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VORNEX TECH helps students and working professionals learn industry-focused engineering and technology skills through structured online training, practical sessions, and flexible learning options.

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Concepts
01
Practice
02
Projects
03
Confidence
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Learn the tools, understand the workflow, and apply the skill with guided practice.
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Build career-ready skills with practical training in Mechanical, Civil & BIM, Electrical, and IT software courses.

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Upgrade your professional skills, learn new tools, and prepare for your next career opportunity with flexible learning options.

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and pay for only 2

Choose three eligible software courses and receive the value of one course free. Contact us to confirm eligible combinations and batch availability.

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Built for your next step

Learning that fits your goal

Whether you are starting from the basics or upgrading for your next role, choose a learning path designed around your stage and ambition.

For Students & Freshers

Build a strong foundation, learn industry tools, and gain the confidence to approach academic and entry-level opportunities.

  • Start from fundamentals
  • Learn software with guided practice
  • Build project-ready skills

For Working Professionals

Upgrade your existing knowledge without putting your work schedule on hold, with focused and flexible learning choices.

  • Improve current job skills
  • Learn new tools and workflows
  • Prepare for career transitions
Explore your domain

Choose a specialization track

Explore focused course collections across engineering, design, analysis, electrical systems, and software development.

Mechanical

CAD, CAM, CAE, CNC, manufacturing, and engineering design.

Civil & BIM

AutoCAD, Revit, structural analysis, BIM, and project tools.

Electrical

Electrical drafting, MEP, EPLAN, ETAP, HVAC, and OrCAD.

IT & Programming

Programming, web development, office productivity, and full stack.

A simple learning process

From first enquiry to confident practice

We keep the learning journey clear, supportive, and easy to follow.

01

Choose your path

Explore the domain and course that matches your current knowledge and career goal.

02

Learn with guidance

Attend live sessions, ask questions, and practise concepts through structured lessons.

03

Apply and grow

Work through exercises and projects, strengthen your portfolio, and keep progressing.

Ready to build your next skill?

Tell us your background, preferred learning mode, and course interest. We will help you identify a suitable learning path.

About VORNEX TECH

We’re a group of passionate engineers and friends with one mission — to make quality CAD & technical education affordable for every student.

100% Online Interactive Live Training

To guarantee real learning, all our classes are conducted live online by experienced domain engineers. Missed a class or need revision? Recorded classes are provided on request for enrolled students!

Why Choose VORNEX TECH?

Affordable Education

At VORNEX TECH, we provide the same industry-relevant content at an affordable price, because we believe knowledge should be accessible to everyone.

Industry Experts

We are a team from Mechanical, Electrical, Civil, and IT professional backgrounds, focused on helping students learn skills that actually matter in the industry.

Genuine Verified Certification

Every certificate issued carries a unique Credential ID. Employers and institutes can verify its authenticity anytime using our online verification portal.

Departments We Cover

Mechanical • Electrical • Civil • IT

🚀 Coming Soon – LMS Platform

We are currently building our Learning Management System (LMS), where students will get access to recorded courses in:

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vornex.tech1@gmail.com

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Mechanical CAD / CAM / CAE Courses

Select a software below to view its complete course overview, audience, teaching methodology, and session-wise syllabus.

CAD

AutoCAD Mechanical

2D drafting, engineering drawings, mechanical detailing, and 3D modeling.

CAD

CATIA V5R20

Advanced part design, surface modeling, assemblies, sheet metal, and drafting.

CAD

Creo Parametric

Parametric 3D modeling, assemblies, advanced features, and production drawings.

CAD

Autodesk Inventor

Digital prototyping, parametric parts, assemblies, sheet metal, and documentation.

CAE

ANSYS Workbench

Structural, modal, thermal, and buckling analysis using FEA workflows.

CAE

ANSYS CFD

CFD geometry preparation, meshing, flow simulations, and engineering applications.

CAE

HyperMesh

FEA pre-processing, geometry cleanup, meshing, and model setup.

CAM

CNC Programming

CNC fundamentals, G-code, machine operations, offsets, and turning applications.

CAM

Mastercam Multiaxis

Multi-axis CAM programming, toolpaths, machining strategies, and applications.

CAM

Mastercam

2D and 3D CAM geometry, machining operations, solids, and toolpath programming.

CAD/CAM

Autodesk Fusion 360

Cloud-enabled design, solid modeling, surface modeling, sheet metal, assemblies, and drawings.

CAD/CAE

NX CAD

Siemens NX sketching, modeling, assemblies, drafting, and advanced design workflows.

CAD

Solid Edge

Synchronous and ordered mechanical modeling, assemblies, sheet metal, and drafting.

CAD

SOLIDWORKS

Parametric mechanical design, assemblies, surfaces, sheet metal, and manufacturing drawings.

GD&T

GD&T

Geometric dimensioning, tolerancing, datums, feature controls, and drawing interpretation.

AutoCAD Mechanical

Overview

2D drafting, engineering drawings, mechanical detailing, and 3D modeling. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, automotive, aerospace, production, and design engineering students; CAD beginners; working design engineers; diploma and B.E./B.Tech learners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
AUTO CADMECHANICALAUTODESK AUTOCAD MECHANICALLEVEL–1 (2D Drafting)
Session 1
INTRODUCTIONProduct Design LifecycleNeed for DesigningIntroduction to CAD/CAM/CAEConcept of Designing and DraftingIntroduction to Engineering DrawingsProjections (First angle &Third angle)Views (Orthographic, Isometric, Perspective)QuadrantsBasic Drafting RulesIntroduction to AUTOCADHistory of AUTOCAD
Session 2
COORDINATE SYSTEMSAbsolute Co-ordinate SystemsAbsolute originCartesian coordinatesSyntaxRelative rectangular methodConcept of using @ symbolAngle Calculation in four QuadrantsRelative polar methodDirect Distance Entry method
Session 3
BASIC CONSTRUCTION COMMANDSCOMMAND: LINE ALIAS: “L”Options:(a) Close (C)(b) Undo (U)AUTODESK AUTOCAD MECHANICALKEY CONCEPTSHow to toggle between Straight & Aligned lines?Double-Enter concept.COMMAND: CIRCLE ALIAS: “C”(a) Center, Radius (R)(b) Center, Diameter (D)(c) 2 Points (2P)(d) 3 Points (3P)(e) Tangent, Tangent, Radius (Ttr)(f) Tangent, Tangent, TangentCOMMAND: RECTANGLE ALIAS: “REC”(a) Area (A)(b) Dimension (D)(c) Rotation (R)(d) Chamfer (C)(e) Elevation (E)(f) Fillet (F)(g) Thickness (T)(h) Width (W)COMMAND: REGULAR POLYGON ALIAS: “POL”Center (C)Inscribed in circle (I)Circumscribed about circle (C)Edge (E)COMMAND: ARC ALIAS: “A”(a) 3 Points(b) Start, Center, End(c) Start, Center, Angle(d) Start, Center, Length(e) Start, End, Angle(f) Start, End, Direction(g) Start, End, Radius(h) Center, Start, End(i) Center, Start, Angle(j) Center, Start, Length(k) ContinueCOMMAND: ELLIPSE ALIAS: “EL”(a) Axis endpoint(b) Center point(c) Rotation angleCOMMAND: ELLIPTICAL ARC ALIAS: “EL”(a) Start and end angles of the arc(b) Start and included angles of the arc(c) Start and end parameters.COMMAND: SPLINE ALIAS: “SPL”(a) Methods(b) Knots(c) ObjectCOMMAND: SPLINEEDIT ALIAS: “SPE”(a) Close(b) Join(c) Fit data(d) Edit vertex(e) Convert to polyline(f) Reverse(g) Undo(h) Exit
Session 4
MODIFYING COMMANDS-1COMMAND: ERASE ALIAS: “E”COMMAND: OOPSCOMMAND: UNDO ALIAS: “U”COMMAND: REDOCOMMAND: MOVE ALIAS: “M”Options:(a) Displacement(b) Base Point(c) Second Point(d) Use first point as displacementCOMMAND: COPY ALIAS: “CO / CP”(e) Mode- Single, MultipleAUTODESK AUTOCAD MECHANICAL(f) Array- Second point, FitCOMMAND: COPY WITH BASE POINT ALIAS: “COPYBASE”COMMAND: COPY TO CLIPBOARD ALIAS: “COPYCLIP”COMMAND: CUT TO CLIPBOARD ALIAS: “CUTCLIP”COMMAND: PASTE FROM CLIPBOARD ALIAS: “PASTECLIP”COMMAND: PASTE TO THE ORIGINAL CORDINATES ALIAS: “PASTEORIG”COMMAND: PASTE AS BLOCK ALIAS: “PASTEBLOCK”COMMAND: PASTE SPECIAL ALIAS: “PASTESPEC”COMMAND: OFFSET ALIAS: “O”(a) Through (T)(b) Erase (E)(c) Layer (L)COMMAND: MIRROR ALIAS: “MI”COMMAND: SCALE ALIAS: “SC”(a) Copy (C)(b) Reference (R)(c) Scale factor (Default)COMMAND: ROTATE ALIAS: “R”(a) Rotation angle (Default)(b) Copy (C)(c) Reference (R)
Session 5
OBJECT SELECTION METHODSCOMMAND: SELECTCOMMAND: QUICK SELECT ALIAS: “QSELECT”AUTODESK AUTOCAD MECHANICALMODIFYING COMMANDS-2COMMAND: FILLET ALIAS: “F”Options:(a) Undo (U)(b) Polyline (P)(c) Radius (R)(d) Trim (T)(e) Multiple (M)COMMAND: CHAMFER ALIAS: “CHA”(c) Distance (D)(d) Angle (A)(e) Trim (T)(f) Method (ME)(g) Multiple (M)COMMAND: TRIM ALIAS: “TR”Fence (F)Crossing (C)Project (P)a) None (N)b) UCS (U)c) View (V)Edge (E)Erase (R)Undo (U)COMMAND: EXTEND ALIAS: “EX”COMMAND: STRETCH ALIAS: “S”COMMAND: LENGTHEN ALIAS: “LEN”(a) Delta (DE)(b) Percent (P)(c) Total (T)(d) Dynamic (D)
Session 6
MODIFYING COMMANDS-3COMMAND: BREAK AT POINT INVOKE: “TOOL BAR”COMMAND: BREAK ALIAS: “BR”COMMAND: MEASURE ALIAS: “ME”COMMAND: DIVIDE ALIAS: “DIV”COMMAND: JOIN ALIAS: “J”COMMAND: EXPLODE ALIAS: “X”COMMAND: RECTANGULAR ARRAY ALIAS: “ARRAYRECT”Options:(a) Associative (AS)AUTODESK AUTOCAD MECHANICAL(b) Base point (B)(c) Count (C)(d) Spacing (S)(e) Columns (C)(f) Rows (R)(g) Levels (L)(h) Exit (X)Editing Associative Rectangular Array:By using Grips:Parent object gripCorner gripSecond & Last row gripSecond & Last column gripBy using Array creation contextual tabBy using ARRAYEDIT commandCOMMAND: ARRAYEDIT(a) Source (S)(b) Replace (REP)(c) Base point (B)(d) Columns (C)(e) Rows (R)(f) Levels (L)(g) Reset (R)COMMAND: ARRAYCLOSECOMMAND: POLAR ARRAY ALIAS: “ARRAYPOLAR”(c) Items (I)(d) Angle between (A)(e) Fill (F)(h) Rotate (ROT)(i) Exit (X)(a) Parent object grip(b) Corner grip(c) Second & Last row grip(d) Second & Last column grip(f) Fill angle (F)(g) Rows (R)(h) Levels (L)(d) Items (I)(i) Rotate (ROT)(e) Angle between (A)(j) Reset (R)(k) Exit (X)COMMAND: PATH ARRAY ALIAS: “ARRAYPATH”(d) Levels (L)(e) Z-Direction(f) Method(g) Tangent direction(h) Rows (R)(i) Align items(j) Exit (X)Editing Associative Path Array:(a) By using Array creation contextual tab(b) By using ARRAYEDIT command(h) Align (A)(c) Method(i) Z-Direction(d) Base point (B)(e) Items (I)COMMAND: ARRAY ALIAS: “AR”COMMAND: ARRAYCLASSIC
Session 7
MODIFYING COMMANDS-3COMMAND: POINT ALIAS: “P”COMMAND: MULTIPLE POINTS (FROM DRAW TOOLBAR)COMMAND: DONUT (OR) DOUGHNUT ALIAS: “DO”COMMAND: RAY LINE ALIAS: “RAY”COMMAND: CONSTRUCTION LINE ALIAS: “XL”Options:(a) Horizontal (H)(b) Vertical (V)(c) Angle (A)(d) Bisect (B)(e) Offset (O)COMMAND: POLYLINE ALIAS: “PL”(a) Arc(b) Half width(c) Close(d) Length(e) Undo(f) WidthSub-Options of Arc:1) Angle2) Center3) Close4) DirectionAUTODESK AUTOCAD MECHANICAL5) Half width6) Line7) Radius8) Second point9) Undo10) WidthCOMMAND: MULTILINE ALIAS: “MLINE”(a) Justification (J)(b) Scale (S)(c) Style (ST)COMMAND: MULTILINE STYLE ALIAS: “MLSTYLE”COMMAND: MULTILINE EDIT ALIAS: “MLEDIT”Cross intersection(a) Closed cross (CC)(b) Open cross (OC)(c) Merged cross (MC)Tee intersection(a) Closed Tee (CT)(b) Open Tee (OT)(c) Merged Tee (MT)Corner Joint (CJ)Adding vertices (AV) & Deleting vertices (DV)Cutting and Welding Multiline(a) Cut single (CS)(b) Cut all (CA)(c) Weld all (WA)COMMAND: POLYLINEEDIT ALIAS: “PEDIT”(a) Close (C)(b) Open (O)(c) Join (J)(d) Fit (F)(e) Spline (S)(f) Decurve (D)(g) Ltypegen (L)(h) Reverse (R)(i) Undo (U)(j) Edit vertex (E)Sub-Options of Edit vertex:(a) Next(b) Previous(c) Break(d) Insert(e) Move(f) Regen(g) Straighten(h) Tangent(i) Width(j) ExitCOMMAND: TEXT ALIAS: “DT”(a) Justify (J)(b) Style (S)COMMAND: MTEXT ALIAS: “MT”(a) Height (H)(b) Justify (J)(c) Line Spacing (L)(d) Rotation (R)(e) Style (S)(f) Width (W)(g) Columns (C)COMMAND: MTEDIT ALIAS: “MTED”COMMAND: HATCH ALIAS: “H”
Session 8
BASIC DISPLAY COMMANDSCOMMAND: REGENERATE ALIAS: “RE”OR “REGEN”COMMAND: REGENERATE ALL ALIAS: “REA”COMMAND: VIEW RESOLUTION ALIAS: “VIEWRES”COMMAND: ZOOM ALIAS: “Z”Options:(a) All (A)d) Extends (E)g) Window(b) Center (C)e) Previous (P)h) Object(c) Dynamic (D)f) Scale (S)i) Real timeCOMMAND: PANCOMMAND: VIEW ALIAS: “V”AUTODESK AUTOCAD MECHANICALINQUIRY COMMANDSCOMMAND: AREA ALIAS: “AA”(a) Object (O)(b) Add area (A)(c) Subtract area (S)COMMAND: TEXTSCRCOMMAND: BOUNDARY ALIAS: “BO”COMMAND: DISTANCE ALIAS: “DIST”COMMAND: MEASURE GEOMETRY ALIAS: “MEA”COMMAND: LIST ALIAS: “LI”COMMAND: DBLISTCOMMAND: TIMECOMMAND: STATUSCOMMAND: DRAWING PROPERTIES ALIAS: “DWGPROPS”COMMAND: IDENTITY ALIAS: “ID”
Session 9
DIMENSIONSDimensioning conceptsNeed for dimensioningFundamental dimensioning terms(a) Dimension line(b) Dimension text(c) ArrowheadsExtension lines(a) Leader(b) Center mark & Center lines(c) Alternate units(d) TolerancesAUTODESK AUTOCAD MECHANICAL(e) LimitsASSOCIATIVE DIMENSIONSCOMMAND: QUICK DIMENSION ALIAS: “QDIM”Options:(a) Continuous (C)(f) datum Point (P)(b) Staggered (S)(g) Diameter (D)(c) Baseline (B)(h) Edit (E)(d) Ordinate (O)(i) Settings (T)(e) Radius (R)COMMAND: LINEAR DIMENSION ALIAS: “DLI”(a) M text (M)(b) Text (T)(c) Angle (A)(d) Horizontal (H)(e) Vertical (V)(f) Rotated (R)COMMAND: ALIGNED DIMENSION ALIAS: “DAL”(a) Mtext (M)COMMAND: ARC LENGTH ALIAS: “DAR”(d) Partial (P)(e) Leader (L)COMMAND: BASELINE DIMENSION ALIAS: “DBA”COMMAND: CONTINUOUS DIMENSION ALIAS: “DCO”COMMAND: ANGULAR DIMENSIONS ALIAS: “DAN”COMMAND: DIAMETER DIMENSION ALIAS: “DDI”COMMAND: RADIUS DIMENSION ALIAS: “DRA”COMMAND: JOGGED DIMENSION ALIAS: “DJO”COMMAND: ORDINATE DIMENSION ALIAS: “DOR”(a) Xdatum (X)(b) Ydatum (Y)(c) Mtext (M)(d) Text (T)(e) Angle (A)COMMAND: DIMENSION BREAK ALIAS: “DIMBREAK”(a) Auto (A)(b) Manual (M)(c) Remove (R)(d) Multiple (M)COMMAND: DIMENSION SPACE ALIAS: “DIMSPACE”(a) Value (Default)(b) Auto (A)
Session 10
LEADERS & MULTILEADERSCOMMAND: QUICK LEADER ALIAS: “QLEADER(OR) LE”COMMAND: LEADER ALIAS: “LEADER (OR) LEAD”COMMAND: MULTILEADER ALIAS: “MLD(or) MLEADER”Options:(a) Leader Arrowhead location (Default)(b) Leader landing first (L)(c) Content first (C)(d) Options (O)Sub-options of “Options”:(a) Leader type (L)(b) Landing (A)(c) Content type (C)(d) Max points (M)(e) First angle (F)AUTODESK AUTOCAD MECHANICAL(f) Second angle (S)(g) Exit options (X)COMMAND: MULTILEADER EDIT ALIAS: “MLE(or)MLEADEREDIT”(a) Add leaders (A)(b) Remove leaders (R)COMMAND: MULTILEADER ALIGN ALIAS: “MLA(or)MLEADERALIGN”(a) Use current spacing (U) (Default)(b) Distribute (D)(c) Make a leader segment parallel (p)(d) Specify Spacing (S)COMMAND: MULTILEADER COLLECT ALIAS: “MLC(or) MLEADERCOLLECT”(a) Vertical (V)(b) Horizontal (H)(c) Wrap (W)COMMAND: MULTILEADER STYLE ALIAS: “MLEADERSTYLE(OR) MLS”
Session 11
COMMAND: GEOMETRIC TOLERANCE ALIAS: “TOL”COMMAND: CENTER MARKS & CENTERLINES ALIAS: “DIMCENTER”COMMAND: INSPECTION DIMENSION ALIAS: “DIMINSPECT”COMMAND: JOGGED LINEAR DIMENSION ALIAS: “DJL(or) DIMJOGLINE”EDITING DIMENSIONSBy using editing toolsEditing Dimensions by StretchingEditing Dimensions by Trimming & ExtendingBy using “DIMEDIT & DIMTEDIT” commandsCOMMAND: DIMENSION EDIT ALIAS: “DIMEDIT”AUTODESK AUTOCAD MECHANICALOptions:(a) Home (H)(b) New (N)(c) Rotate (R)(d) Oblique (O)COMMAND: DIMENSION TEXT EDIT ALIAS: “DIMTEDIT”(a) Left (L)(b) Right (R)(c) Center (C)(d) Home (H)(e) Angle (A)Editing dimensions with gripsEditing dimensions using the properties paletteCOMMAND: DIMENSION OVERRIDE ALIAS: “DIMOVERRIDE”COMMAND: DIMENSION UPDATE ALIAS: “DIMUPDATE”COMMAND: DIMENSION DISASSOCIATE ALIAS: “DIMDISASSOCIATE”COMMAND: DIMENSION REASSOCIATE ALIAS: “DIMREASSOCIATE”DIMENSION STYLE MANAGERCOMMAND: DIMENSION STYLE MANAGER ALIAS: “D (or) DIMSTYLE”SYSTEM VARIABLESOVERRIDE CONCEPTS
Session 12
TECHNICAL DRAWING STUDYOrthographic ProjectionDrawing ViewsMultiview projectionSectional viewsAuxiliary viewsDetail viewsAUTODESK AUTOCAD MECHANICALBroken-out sectionPartial viewsDrawing StandardsDimensioning StandardsSheet FormatsTitle Block DescriptionDimensioning RulesDimensioning lines & their Application
Session 13
PARAMETRIC SKETCHINGConstraintsConcept of a fully defined sketchUnder-defined sketchFully defined sketchOver-defined sketchDimensional constraintsGeometrical constraintsCOMMAND: GEOMETRICAL CONSTRAINTS ALIAS: “GEOMCONSTRAINT”COMMAND: COINCIDENT ALIAS: GCCOINCIDENTCOMMAND: COLLINEAR ALIAS: GCCOLLINEARCOMMAND: CONCENTRIC ALIAS: GCCONCENTRICCOMMAND: HORIZONTAL ALIAS: GCHORIZONTALCOMMAND: VERTICAL ALIAS: GCVERTICALCOMMAND: PERPENDICULAR ALIAS: GCPERPENDICULARCOMMAND: PARALLEL ALIAS: GCPARALLELCOMMAND: TANGENT ALIAS: GCTANGENTCOMMAND: SMOOTH ALIAS: GCSMOOTHCOMMAND: SYMMETRIC ALIAS: GCSYMMETRICCOMMAND: EQUAL ALIAS: GCEQUALCOMMAND: FIX ALIAS: GCFIXCONTROLLING THE DISPLAY OF CONSTRAINTSCOMMAND: CONSTRAINT BAR ALIAS: “CONSTRAINT BAR”AUTODESK AUTOCAD MECHANICALOptions:(a) Select objects(b) Show all (S)(c) Hide all (H)COMMAND: AUTO CONSTRAINT ALIAS: “AUTOCONSTRAINT”(a) Settings (S)COMMAND: DIMENSIONAL CONSTRAINTS ALIAS: “DIMCONSTRAINT”COMMAND: LINEARCOMMAND: HORIZONTALCOMMAND: VERTICALCOMMAND: ALIGNEDCOMMAND: ANGULARCOMMAND: RADIUSCOMMAND: DIAMETERCOMMAND: DIMENSIONAL CONSTRAINT FORMAT ALIAS: “DCFORM”COMMAND: DIMENSIONAL CONSTRAINT CONVERT ALIAS: “DCCONVERT”COMMAND: DELETE CONSTRAINT ALIAS: “DELCONSTRAINT”COMMAND: DYNAMIC DIMENSIONS ALIAS: “DCDISPLAY”COMMAND: CONSTRAINT SETTINGS ALIAS: “CONSTRAINTSETTINGS”LEVEL-2 (PRODUCTIVITY TOOLS)
Session 14
LAYERSCOMMAND: LAYER ALIAS: “LA”AUTODESK AUTOCAD MECHANICALCOMMAND: LAYER CURRENT ALIAS: “LAYCUR”COMMAND: LAYER DELETE ALIAS: “LAYDEL”COMMAND: LAYER CLOSE ALIAS: “LAYERCLOSE”COMMAND: LAYER FREEZE ALIAS: “LAYFRZ”COMMAND: LAYER THAW ALIAS: “LAYTHW”COMMAND: LAYER ISOLATED ALIAS: “LAYISO”COMMAND: LAYER UNISOLATED ALIAS: “LAYUNISO”
Session 15
LAYERS AND MATCH PROPERTIESCOMMAND: LAYER LOCK ALIAS: “LAYLCK”COMMAND: LAYER UNLOCK ALIAS: “LAYULK”COMMAND: LAYER MATCH ALIAS: “LAYMCH”COMMAND: LAYER MERGE ALIAS: “LAYMRG”COMMAND: LAYER ON ALIAS: “LAYON”COMMAND: LAYER OFF ALIAS: “LAYOFF”COMMAND: LAYER WALK ALIAS: “LAYWALK”COMMAND: COPYTOLAYERCOMMAND: LAYVPICOMMAND: MATCH PROPERTIESOptions:ObjectSettings
Session 16
LAYOUTCOMMAND: LAYOUT ALIAS: “LO”COMMAND: LAYOUTWIZARDCOMMAND: MULTI VIEW ALIAS: “MVIEW”COMMAND: VIEW PORTS ALIAS: “VPORTS”AUTODESK AUTOCAD MECHANICALCOMMAND: VIEWPORT MAXIMUM ALIAS: “VPMAX”COMMAND: VIEWPORT MINIMUM ALIAS: “VPMIN”COMMAND: MODEL SPACE ALIAS: “LAYISO”COMMAND: PAPER SPACE ALIAS: “PS”COMMAND: MODELCOMMAND: TILEMODE
Session 17
TABLECOMMAND: TABLE ALIAS: “TB”COMMAND: TABLE EDIT ALIAS: “TABLEDIT”COMMAND: TABLE EXPORT ALIAS: “TABLEEXPORT”COMMAND: TABLE STYLE ALIAS: “TS”COMMAND: TABLE INSERT ALIAS: “TINSERT”
Session 18
BLOCKS & INSERTCOMMAND: BLOCK ALIAS: “B”COMMAND: INSERT ALIAS: “I”COMMAND: WRITE BLOCK ALIAS: “WBLOCK”COMMAND: MULTIINSERT ALIAS: “MINSERT”
Session 19
ATTRIBUTESCOMMAND: ATTRIBUTES DEFINITION ALIAS: “ATTDEF/ATT”COMMAND: ATTRIBUTES EDIT ALIAS: “ATTEDIT/ATE”COMMAND: ATTRIBUTES DISPLAY ALIAS: “ATTDISP”COMMAND: ENHANCED ATTRIBUTES EDIT ALIAS: “EATTEDIT”COMMAND: BLOCK ATTRIBUTES MANAGER ALIAS: “BATTMAN”COMMAND: ATTRIBUTES REQUEST ALIAS: “ATTREQ”COMMAND: ATTDIAAUTODESK AUTOCAD MECHANICAL
Session 20
EXTERNAL REFERENCECOMMAND: EXTERNAL REFERENCE ALIAS: “XREF”COMMAND: REFERENCE ATTACH ALIAS: “XATTACH”COMMAND: REFERENCE EDIT ALIAS: “REFEDIT”COMMAND: REFERENCE SET ALIAS: “REFSET”COMMAND: REFERENCE CLOSE ALIAS: “REFCLOSE”COMMAND: REFERENCE OPEN ALIAS: “XOPEN”
Session 21
COMMAND: GROUP ALIAS: “G”COMMAND: FILTERCOMMAND: HYPERLINKCOMMAND: HYPERLINKOPTIONSCOMMAND: DETACHURLCOMMAND: ETRANSMITCOMMAND: PUBLISHTOWEBCOMMAND: TOOLPALETTES ALIAS: “TP”COMMAND: TOOLPALETTESCLOSECOMMAND: DESIGN CENTER ALIAS: “ADC”COMMAND: DESIGN CENTER CLOSE ALIAS: “ADCCLOSE”
Session 22
COMMAND: EXPORTCOMMAND: OPTIONSCOMMAND: IMAGECOMMAND: IMAGEADJUSTCOMMAND: IMAGEATTACHCOMMAND: IMAGECLIPCOMMAND: IMAGEQUALITYAUTODESK AUTOCAD MECHANICALCOMMAND: IMAGEFRAMECOMMAND: PDFATTACH
Session 23
ISOMETRIC VIEWISOMETRIC DRAWINGSISOPLANEISOCIRCLELEVEL-3 (3D-MODELING)
Session 24
GETTING STARTED WITH 3DIntroduction to AutoCAD 3dStarting three-dimensional modelling in AutoCADUse of three-dimensional drawingTypes of 3d modelsWireframe modelsSurface modelsSolid models
Session 25
VISUAL STYLES2D WireframeWireframeHiddenConceptualShadedShaded with edgesShades of graySketchyX-rayRealisticSURFACE CREATIONPlanar surfaceEdge surfaceRuled surfaceRevolved surfaceAUTODESK AUTOCAD MECHANICALTabulated surfaceSurftab
Session 26
CREATING SOLID MODELSPolysolidBoxWedgeConeSphereCylinderTorusPyramidHelixExtrudePresspullSweepRevolveLoft
Session 27
3D OPERATIONS3D Move3D Rotate3D Align3D Arraya) Rectangular arrayb) Polar array3D MirrorSliceThickenConvert to solidExtract edges
Session 28
SOLID EDITINGUnionSubtractAUTODESK AUTOCAD MECHANICALIntersectExtrude facesMove facesOffset facesRotate facesTaper facesCopy facesColour facesFillet edgesChamfer edgesImprintSeparateShell
Session 29
UCS iconDynamic UCSViewport
Session 30
Material browserAssigning materialsBasic renderingCreating new materialsMapping materials on objects.

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

CATIA V5R20

Overview

Advanced part design, surface modeling, assemblies, sheet metal, and drafting. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, automotive, aerospace, production, and design engineering students; CAD beginners; working design engineers; diploma and B.E./B.Tech learners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
CATIA V5 R20CATIA V5R20
Session 1
INTRODUCTIONProduct design cycleNeed for designingIntroduction to CAD/CAM/CAEIntroduction to CATIA V5R20About Dassault systemsSpecialization of CATIA V5R20Introduction to workbenches of CATIA V5R20Properties of CATIA V5R20a) Feature based environmentRoll backRe-orderb) Parametric modelingc) Bi-directional associativityd) Parent-Child relationshipSketch, Feature, Component, Product, Drafting- ConceptsFile extensions of various workbenches
Session 2
SKETCHER WORKBENCHTOOLBAR: VIEWFly modeFit all inPanRotateZoom inZoom outNormal viewCreate multi viewQuick viewView modeHide/ShowCATIA V5R20Swap visible spaceSUB-TOOLBAR: QUICK VIEWIsometric viewFront viewBack viewLeft viewRight viewTop viewBottom viewNamed viewsSUB-TOOLBAR: VIEW MODEShading (SHD)Shading with edgesShading with edges without smooth edgesShading with edges and Hidden edgesShading with materialWireframe (NHR)Customize view parametersTOOLBAR: PROFILEProfilePredefined profileCircleSplineConicLineAxisPointSUB-TOOLBAR: PREDEFINED PROFILERectangleOriented rectangleParallelogramElongated holeCylindrical elongated holeKeyhole profileHexagonCentered rectangleCentered parallelogramSUB-TOOLBAR: CIRCLEThree-point circleCircle using coordinatesTri-tangent circleThree-point arcThree-point arc starting with limitsSUB-TOOLBAR: SPLINEConnect
Session 3
SUB-TOOLBAR: CONICEllipseParabola by focusHyperbola by focusConicSUB-TOOLBAR: LINELineInfinite lineBi-tangent lineBisecting lineLine normal to curveSUB-TOOLBAR: POINTPoint by clickingPoint by using coordinatesEquidistant pointsIntersection pointProjection pointCATIA V5R20TOOLBAR: CONSTRAINTConstraints defined in dialog boxConstraintContact constraintFix togetherAuto constraintAnimate constraintEdit multi constraintTOOLBAR: SELECTSelectRectangle selection trapIntersecting rectangle selection trapFree hand selection trapOutside rectangle selection trapOutside intersecting rectangle selection trapTOOLBAR: SKETCH TOOLSGridSnap to pointConstruction/Standard elementGeometrical constraintsDimensional constraints
Session 4
TOOLBAR: OPERATIONCornera) Trim all elementsb) Trim first elementc) No trimd) Standard lines trime) Construction lines trimf) Construction lines no trimChamferCATIA V5R20g) Angle and hypotenuseh) First and second lengthi) Angle and first lengthTransformations3D GeometrySUB-TOOLBAR: RELIMITATIONSTrimBreakQuick trima) Break and rubber inb) Break and rubber outc) Break and keepClose arcComplementSUB-TOOLBAR: TRANSFORMATIONSMirrorSymmetryTranslatea) Instancesb) Duplicate modec) Keep internal & external constraintsd) Length valuee) Snap modeRotatec) Constraint conservationd) Angle valueScalea) Duplicate modeb) Conservation of the constraintsc) Scale valued) Snap modeOffsetb) No propagationc) Tangent propagationd) Point propagatione) Both side offsetSUB-TOOLBAR: 3D GEOMETRYProject 3D elementsIntersect 3D elementsProject 3D silhouette edges
Session 5
PART WORKBENCHTOOLBAR: SKETCH BASED FEATURESTOOL: PADCreating features by extrusionCreating a thin extruded featureExtruding the sketch using the profile definition dialog boxExtruding the sketch along a directional referenceFeature Termination Options:Up to nextUp to lastUp to planeUp to surfaceFeature Termination at an offsetOptions:First limita) Typeb) LengthCATIA V5R20c) LimitProfile/Surfacea) Selectionb) Thickc) Reverse sided) Mirrored extente) Reverse directionSecond limitDirectiona) Normal to profileb) ReferenceThin pada) Thicknessb) Neutral fiberc) Merge endsTOOL: MULTI-PADDomainsa) Numberb) Domainc) Thicknessa) Normal to sketchc) ReverseTOOL: DRAFTED FILLETED PADa) Lengtha) LimitDrafta) Angleb) Neural element (First & second limit)Filletsa) Lateral radiusb) First limit radiusc) Second limit radiusd) Reverse direction
Session 6
TOOL: POCKETCreating cut features by extrusionCreating a thin cut featureExtruding the sketch using the profile definition dialog boxExtruding the sketch along a directional referenceFeature Termination Options:Up to nextUp to lastUp to planeUp to surfaceFeature Termination at an offsetOptions:First limita) Typeb) Depthc) LimitProfile/Surfacea) Selectionb) ThickCATIA V5R20c) Reverse sided) Mirrored extente) Reverse directionSecond limitDirectiona) Normal to profileb) ReferenceThin pocketa) Thickness (1 & 2)b) Neutral fiberc) Merge endsTOOL: MULTI-POCKETDomainsa) Numberb) Domainc) Thicknessa) Normal to sketchc) ReverseTOOL: DRAFTED FILLETED POCKETa) Deptha) LimitDrafta) Angleb) Neural element (First & second limit)Filletsa) Lateral radiusb) First limit radiusc) Second limit radiusd) Reverse direction
Session 7
TOOL: SHAFTLimitsa) First angleb) Second angleProfile/Sectiona) Selectionb) Thick profilec) Reverse sideAxisb) Reverse directionThin shafta) Thickness 1b) Thickness 2c) Neutral fiberd) Merge endsTOOL: GROOVECATIA V5R20Thin grooveTOOL: HOLEExtension tabDiameterDepthLimitOffsetDirectiona) Normal to surfaceb) Reversec) ReferencePositioning sketchBottoma) Flatb) V-BottomType tabSimpleTaperedCounter boredCountersunkCounter drilledAnchor pointa) Extreme positionb) Middle positionThread definition tabMetric thin pitchMetric thick pitch
Session 8
TOOL: RIBProfileCenter curveProfile controla) Keep angleb) Pulling directionc) Reference surfaced) Move to profile pathe) Merge rib’s endsf) Thick profileThin Riba) Thickness 1b) Thickness 2c) Neutral fiberd) Merge endsTOOL: SLOTe) Merge slot’s endsThin SlotCATIA V5R20TOOL: SOLID COMBINETOOL: STIFFNERModea) From sideb) From topThicknessd) Reverse directionDeptha) Reverse direction
Session 9
TOOLBAR: REFERENCE ELEMENTSTOOL: PLANEOffset from planea) Referenceb) Offsetc) Reverse directiond) Repeat object after OKParallel through pointA. ReferenceB. PointAngle/Normal to planea) Rotation axisb) Referencec) Angled) Normal to planee) Project rotation axis on reference planef) Repeat object after OKThrough three pointsa) Point 1b) Point 2c) Point 3CATIA V5R20Through two linesa) Line 1b) Line 2Through point and linea) Pointb) LineTangent to surfacea) Surfaceb) PointThrough planar curvea) CurveNormal to curveTOOL: LINEPoint-pointc) Startd) Up to-1e) Endf) Up to-2g) Lengthh) Infinite start pointi) Infinitej) Infinite end pointk) Mirrored extentPoint-Directionb) DirectionAngle/Normal to curved) Starte) Up to-1f) Endg) Up to-2h) Normal to curvei) Reverse directionj) Repeat object after OKTangent to curveb) Element 2i) Infinite end pointj) Infinitek) Mirrored extendl) Reverse directionNormal to surfaceBisectingTOOL: POINTCoordinatesa) Xb) Yc) Zd) Reference pointe) Reference axis systemOn curveOn planea) Planeb) Hc) Ve) Projection surfacef) On surfaceg) Surfaceh) Directioni) Distancej) Reference pointCircle/Sphere/EllipseTangent on curveBetweenc) Ratiod) Reverse directione) Middle pointf) Support
Session 10
TOOL: MULTI-SECTIONS SOLIDCouplinga) Ratiob) Tangencyc) Tangency then curvatured) Verticese) Display coupling curvesf) Replaceg) Removeh) AddGuidesSpineRelimitationsa) Relimited on start sectionb) Relimited on end conditionTOOL: REMOVED MULTI-SECTIONS SOLIDCATIA V5R20
Session 11
TOOLBAR: DRESS-UP FEATURESSUB-TOOLBAR: FILLETSTOOL: EDGE FILLETEdge fillet definitiona) Radiusb) Object(s) to filletSelection modea) Tangencyb) Minimalc) Intersectiond) Intersection with selected featuresOptionsa) Conic parametersb) Trim ribbonsc) Edge(s) to keepd) Limiting element(s)e) Parting elementf) Blend corner (s)g) Setback distanceTOOL: VARIABLE RADIUS FILLETVariable radius fillet definitionb) Edge(s) to filletVariationa) Pointsb) Variation (Cubic, Linear)CATIA V5R20TOOL: CHORDAL FILLETChordal fillet definitiona) Chordal lengthTOOL: FACE-FACE FILLETFace-face fillet definitionb) Faces to filleta) Conic parameterTOOL: CHAMFERModea) Length 1/Angleb) Length 1/Length 2Object(s) to chamferPropagationReverse
Session 12
SUB-TOOLBAR: DRAFTSTOOL: DRAFT ANGLEDraft definitiona) Draft type (Constant, Variable)b) Anglec) Face(s) to draftd) Selection by neutral faceNeutral elementPulling directionParting elementa) Parting = Neutralb) Draft both sidesc) Define parting elementLimiting element(s)TOOL: DRAFT REFLECT LINEDraft reflect line definitiona) Angleb) Face(s) to drafta) Parting elementb) Define parting elementTOOL: VARIABLE ANGLE DRAFTCATIA V5R20d) Points
Session 13
TOOL: SHELLDefault inside thicknessDefault outside thicknessFaces to removeOther thickness facesTOOL: THREAD/TAPGeometrical definitiona) Lateral faceb) Limit facec) Thread/Tapd) Reverse directionBottom typea) Typeb) Bottom limitNumerical definitionb) Thread descriptionc) Support diameterd) Thread depthe) Support heightf) Pitchg) Right threadedh) Left threadedCATIA V5R20TOOL: THICKNESSDefault thicknessDefault thickness facesTOOL: REMOVE FACEFaces to keepTOOL: REPLACE FACEReplacing surfaceFace to remove
Session 14
TOOLBAR: SURFACE BASED FEATURESTOOL: SPLITSplitting elementTOOL: THICK SURFACEFirst offsetSecond offsetObject to offsetReverse directionTOOL: CLOSE SURFACEObject to closeTOOL: SEW SURFACEObject to sewFaces to removeTOOLBAR: BOOLEAN OPERATIONSAssembleAddRemoveIntersectUnion TrimCATIA V5R20Remove Lump
Session 15
TOOLBAR: TRANSFORMATION FEATURESSUB-TOOLBAR: TRANSFORMATIONSTOOL: TRANSLATEVector definitiona) Direction, distance (Direction, distance)b) Point to point (Start point, End point)c) Coordinates (X, Y, Z, Axis system)TOOL: ROTATEDefinition modea) Axis-Angle (Axis, angle)b) Axis- Two elements (Axis, First element, Second element)c) Three points (First point, Second point, Third point)TOOL: SYMMETRYReferenceTOOL: AXIS TO AXISTargetSUB-TOOLBAR: PATTERNSTOOL: RECTANGULAR PATTERNFor first & second directionsParametersa) Instance(s) & Lengthb) Instance(s) & Spacingc) Spacing & Lengthd) Instance(s) & Unequal spacingObject to patterna) Objectb) Keep specificationReference directionCATIA V5R20a) Row in direction 1b) Row in direction 2c) Rotation anglePattern representationa) Simplified representationTOOL: USER PATTERNInstancesPositionsNumberObjectAnchorKeep specificationTOOL: CIRCULAR PATTERNAxial referencea) Instance(s) & Total angleb) Instance(s) & Angular spacingc) Angular spacing & Total angled) Complete crowne) Instance(s) & Unequal spacinga) Reference elementb) ReverseRotation of Instance(s)a) Radial alignment of Instance(s)b) Crown definitiona) Circle(s) & Circle spacingb) Circle (s) & Crown thicknessc) Circle spacing & Crown thicknessSUB-TOOLBAR: SCALETOOL: SCALERatioTOOL: AFFINITYAxis systema) Originb) XY planec) X axisRatiosa) Xb) Yc) Z
Session 16
TOOLBAR: ADVANCED DRESS-UP FEATURESTOOL: DRAFT BOTH SIDESModea) Reflect/Reflectb) Neutral/NeutralComputation methoda) Fittedb) Driving/Drivenc) IndependentAnglePulling directionNeutral element(s) 1st sideNeutral element(s) 2nd sideTOOL: AUTO FILLETSelection typea) Current solidCATIA V5R20b) Faces selectionFaces to filletFillet radiusFunctional facesTOOL: AUTO DRAFTa) Add materialb) Remove materialParting element
Session 17& 18
ASSEMBLY WORKBENCHTOOLBAR: PRODUCT STRUCTURE TOOLSExisting componentExisting component with positioningReplace componentGenerate numberingTOOLBAR: CONSTRAINTS TOOLBARCoincidence constraintContact constraintOffset constraintAngle constraintFix componentFix togetherQuick constraintChange constraintRe-use patternTOOLBAR: MOVE TOOLBARManipulationSnapSmart moveCATIA V5R20Explode
Session 19
SHEETMETAL WORKBENCHTOOL: SHEETMETAL PARAMETERSParametersa) Thicknessb) Default bend radiusBend Extremitiesa) Minimum with no reliefb) Square reliefc) Round reliefd) Lineare) Tangentf) Maximumg) Closedh) Flat jointBend AllowanceTOOLBAR: WALLTOOL: WALLProfileSketch at extreme positionSketch at middle positionInvert material sideTOOL: EXTRUSIONLimit 1 dimensionLimit 2 dimensionLimit 1 up to planeLimit 2 up to planeLimit 1 up to surfaceLimit 2 up to surfaceMirrored extendCATIA V5R20Automatic bendInvert directionTOOL: WALL ON EDGEType: AutomaticHeight & inclinationHeightAngleClearance modea) No clearanceb) Mono-directionalc) Bi-directionalReverse directionWith bendExtremitiesLeft limitLeft offsetRight limitRight offsetType: Sketch basedRotation angleSUB-TOOLBAR: SWEPT WALLSTOOL: FLANGEBasicRelimited (Limit1 & Limit 2)LengthRadiusSpineTrim supportTOOL: HEMa) Relimited (Limit1 & Limit 2)b) Lengthc) RadiusTOOL: TEAR DROPTOOL: USER FLANGE
Session 20
TOOLBAR: ROLLED WALLTOOL: HOPPERCanonic hopperProfilea) First profileb) Second profileOpening linea) First pointb) Second pointInvert material sideSurfacic hopperSurface selectionTOOL: ROLLED WALLFirst limitSecond limitTypea) Dimensionb) Up to planec) Up to surfaced) Limite) LengthMirrored extentSymmetrical thicknessTOOLBAR: BENDINGTOOL: BENDSupport 1Support 2RadiusAngleCATIA V5R20TOOL: CONICAL BENDLeft radiusRight radiusTOOL: BEND FROM FLATLinesFixed pointTOOL: UNFOLDINGReference facesUnfolded facesAngle typeTOOL: FOLDINGTOOLBAR: CUTTINGTOOL: CUT OUTEnd limita) Up to nextb) Up to surfacec) DimensionDepthReverse sideReverse directionTOOL: HOLEExtension tabDiameterLimitOffsetDirectiona) Normal to surfaceb) Reversec) ReferencePositioning sketchBottoma) Flatb) V-Bottomc) Type tabSimpleTaperedCounter boredCountersunkCounter drilledAnchor pointa) Extreme positionb) Middle positionc) Thread definitionMetric thick pitchMetric thin pitchTOOL: CIRCULAR CUTOUTPointSupport (Object)TOOL: CORNER RELIEFa) User profile (Profile)b) Circular (Radius)c) Square (Length)TOOL: CORNEREdgesSelect allTOOL: CHAMFERLength 1/AngleLength 1/Length 2ReversePropagationa) Tangencyb) MinimalEdge(s)
Session 21
TOOLBAR: STAMPINGSurface stampBead stampCurve stampFlanged cutoutLouverBridgeFlanged holeCircular stampStiffening ribDowelUser stampTOOLBAR: TRANSFORMATIONSSUB-TOOLBAR: TRANSFORMATIONTOOL: MIRRORMirroring planeElement to mirrorCATIA V5R20SUB-TOOLBAR: PATTERNSTOOL: RECTANGULAR PATTERNFor first & second directionsParametersa) Instance(s) & Lengthb) Instance(s) & Spacingc) Spacing & Lengthd) Instance(s) & Unequal spacingObject to patterna) Objectb) Keep specificationReference directiona) Row in direction 1b) Row in direction 2c) Rotation anglePattern representationSimplified representationTOOL: USER PATTERNInstancesa) Positionsb) Numberb) Anchorc) Keep specificationTOOL: CIRCULAR PATTERNAxial referencea) Instance(s) & Total angleb) Instance(s) & Angular spacingc) Angular spacing & Total angled) Complete crowne) Instance(s) & Unequal spacinga) Reference elementb) ReverseRotation of Instance(s)a) Radial alignment of Instance(s)a) Simplified representationb) Crown definitiona) Circle(s) & Circle spacingb) Circle (s) & Crown thicknessc) Circle spacing & Crown thicknessSUB-TOOLBAR: SYMMETRIESTOOL: TRANSLATEVector definitiona) Direction, distance (Direction, distance)b) Point to point (Start point, End point)c) Coordinates (X, Y, Z, Axis system)TOOL: ROTATEDefinition modea) Axis-Angle (Axis, angle)b) Axis- Two elements (Axis, First element, Second element)c) Three points (First point, Second point, Third point)TOOL: SYMMETRYReferenceTOOL: AXIS TO AXISTarget
Session 22
SURFACE WORKBENCHTOOLBAR: SURFACESTOOL: EXTRUDEProfileDirectionExtrusion limitsa) Limit 1b) Limit 2Typea) Dimensionb) Up to elementMirrored extentReverse directionTOOL: REVOLVERevolveRevolution axisAngular limitsa) Angle 1b) Angle 2TOOL: SPHERECenterSphere axisSphere radiusSphere limitationsa) Create the sphere by specifying the anglesb) Create the whole spherec) Parallel start angled) Parallel end anglee) Median start anglef) Median end angleTOOL: CYLINDERPointCATIA V5R20Parametersa) Radiusb) Length 1c) Length 2TOOL: OFFSETSurfaceOffsetBoth sidesRepeat object after OKTOOL: BLENDFirst curveFirst supportSecond curveSecond supportTOOL: FILLPassing pointTOOL: MULTI-SECTIONS SURFACECouplinga) Ratiob) Tangencyc) Tangency then curvatured) Verticese) Display coupling curvesf) Replaceg) Removeh) AddGuidesSpineRelimitationsa) Relimited on start sectionb) Relimited on end condition
Session 23& 24
TOOL: SWEEPExplicita) With reference surfaceb) With two guide curvesc) With pulling directionLinea) Two limitsb) Limit & Middlec) With reference surfaced) With reference curvee) With tangency surfacef) With draft directiong) With two tangency surfacesCirclea) Three guidesb) Two guides & radiusc) Center & two anglesd) Center & radiuse) Two guides & tangency surfacef) One guide & tangency surfaceg) Limit curve & tangency surfaceConica) Two guidesb) Three guidesc) Four guidesd) Five guides
Session 25
TOOLBAR: OPERATIONSTOOL: JOINElements to joinTOOL: HEALINGCATIA V5R20Merging distanceTOOL: UNTRIMTOOL: DISASSEMBLETOOL: SPLITElement to cutCutting elementsTOOL: TRIMTrimmed elementsOther side/Next elementOther side/Previous elementTOOL: BOUNDARYTOOL: EXTRACT
Session 26
TOOL: TRANSLATEVector definitiona) Direction, distance (Direction, distance)b) Point to point (Start point, End point)c) Coordinates (X, Y, Z, Axis system)TOOL: ROTATEDefinition modea) Axis-Angle (Axis, angle)b) Axis- Two elements (Axis, First element, Second element)c) Three points (First point, Second point, Third point)TOOL: SYMMETRYReferenceTOOL: AXIS TO AXISTargetCATIA V5R20TOOL: SCALERatioTOOL: AFFINITYAxis systema) Originb) XY planec) X axisRatiosa) Xb) Yc) Z
Session 27
TOOLBAR: WIREFRAMETOOL: CIRCLECircle typea) Center & radiusb) Center & pointc) Two points & radiusd) Three pointse) Center & axisf) Bi-tangent & radiusg) Bi-tangent & pointh) Tri-tangenti) Center & tangentCenterSupportRadiusGeometry on supportAxis computationCircle limitationsa) Part arcb) Whole circlec) Trimmed circleCATIA V5R20d) Complementary circlee) Start & End anglesTOOL: CORNERElement 1Element 2CornerTOOL: CONNECT CURVETOOL: SPLINETOOL: HELIXStarting pointAxisTypea) Pitchb) Revolutionc) Heightd) Orientatione) Start angleRadius variationa) Taper angleb) Profilec) Way (Inward, Outward)TOOL: PROJECTIONTOOL: INTERSECTION
Session 19
DRAFTING WORKBENCHTOOL: NEW DRAWINGStandardSheet stylePortraitLandscapeHide when starting WorkbenchCATIA V5R20SUB-TOOLBAR: PROJECTIONSFront viewUnfolded viewView from 3DProjectionIsometricAdvanced front viewSUB-TOOLBAR: SECTIONSOffset section viewAligned section viewOffset section cutAligned section cutSUB-TOOLBAR: DETAILSDetailSketched detail profileSUB-TOOLBAR: CLIPPINGSClippingSketched clipping profileSUB-TOOLBAR: BREAK VIEWBroken viewBreakout viewAdd 3D clippingsSUB-TOOLBAR: WIZARDWizardFirst configurationSecond configurationThird configuration
Session 20
TOOLBAR: DRAWINGNew sheetNew viewCATIA V5R20TOOLBAR: DIMENSIONINGSUB-TOOLBAR: DIMENSIONSDimensionsChained dimensionsCumulated dimensionsStacked dimensionsLength/Distance dimensionsAngle dimensionsRadius dimensionsDiameter dimensionsChamferThread dimensionCo-ordinate dimensionsHole dimension tableCo-ordinate dimension tableSUB-TOOLBAR: TOOL PALETTESProjected dimensionForce dimension on elementForce horizontal dimension in viewForce vertical dimension in viewForce dimension along a directionTrue length dimensionIntersection point detectionSUB-TOOLBAR: TOLERANCINGDatum featureGeometrical toleranceTOOLBAR: GENERATIONTOOL: GENERATE DIMENSIONSNext dimension generationDimension generation up to the endAbortion in dimension generationPause in dimension generationNot generatedTransferredVisualization in 3DTime outBalloon generationBill of materialsTOOLBAR: ANNOTATIONSSUB-TOOLBAR: TEXTTextText with leaderBalloonDatum targetSUB-TOOLBAR: SYMBOLSRoughness symbolWelding symbolWeldSUB-TOOLBAR: TABLETableTable from CSVTOOL: ADD LEADERTOOLBAR: DRESS UPSUB-TOOLBAR: AXIS AND THREADSCenterlineCenterline with referenceThreadThread with referenceAxis lineAxis line & Center lineSUB-TOOLBAR: AREA FILLArea fill creationArea fill modificationTOOL: Arrow
Session 30
TOOLBAR: GEOMETRY CREATIONSUB-TOOLBAR: POINTSPointPoint using coordinatesEquidistant pointsIntersection pointProjection pointSUB-TOOLBAR: LINESLineInfinite lineBi-tangent lineBisecting lineLine normal to curveSUB-TOOLBAR: CIRCLES AND ELLIPSECircleThree-point circleCircle using coordinatesTri-tangent circleThree-point arcThree-point arc starting with limitsEllipseSUB-TOOLBAR: PROFILESProfileRectangleOriented rectangleParallelogramHexagonElongated holeCylindrical elongated holeKeyhole profileCentered rectangleCentered parallelogramCATIA V5R20SUB-TOOLBAR: CURVESSplineConnectParabola by FocusHyperbola by FocusConicTOOLBAR: GEOMETRY MODIFICATIONCornerChamferTrimBreakQuick trimClose arcComplementSUB-TOOLBAR: TRANSFORMATIONSMirrorSymmetryTranslateRotateScaleOffsetSUB-TOOLBAR: CONSTRAINTSGeometrical constraintConstraints defined in dialog boxFix togetherContact constraintsTOOL: Picture

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

Creo Parametric

Overview

Parametric 3D modeling, assemblies, advanced features, and production drawings. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, automotive, aerospace, production, and design engineering students; CAD beginners; working design engineers; diploma and B.E./B.Tech learners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
CREO PARAMETRIC
Session 1
Product design cycleNeed for designingIntroduction to CAD/CAM/CAEIntroduction to CREO PARAMETRICAbout Parametric Technology Corporation (PTC)Specialization of CREO PARAMETRICIntroduction to workbenches of CREO PARAMETRICProperties of CREO PARAMETRICFeature based environmenta) Roll backb) Re-orderParametric modelingBi-directional associativityParent-Child relationshipSketch, Feature, Component, Product, Drafting- ConceptsFile extensions of various workbenches
Session 2
SKETCHER MODEGROUP: SKETCHINGTOOLS:Line(a) Line chain(b) Line tangentRectangle(a) Corner rectangle(b) Slanted rectangle(c) Center rectangleCREO PARAMETRIC(d) ParallelogramCircle(a) Center & Point(b) Concentric(c) 3 Point(d) 3 TangentArc(a) 3 Point/Tangent end(b) Center and Ends(c) 3 Tangent(d) Concentric(e) ConicEllipse(a) Axis ends ellipse(b) Center and axis ellipseSplineFillet(a) Circular(b) Circular trim(c) Elliptical(d) Elliptical trimChamfer(a) Chamfer(b) Chamfer trimTextOffsetEnter offset in the direction of the arrowSelect offset edgea) Singleb) Chainc) LoopThickenEnter thicknessSelect thicken edgeSelect end caps(a) Open(b) Flat(c) CircularProjectCenterline(a) Centerline(b) Centerline tangentPointCo-ordinate systemSketcher palette(a) Polygons(b) Profiles(c) Shapes(d) Stars
Session 3
GROUP: EDITINGTOOLS:Modify(a) Modify dimensions(b) Regenerate(c) Lock scale(d) SensitivityMirrorDivideDelete segmentCornerRotate resizeGROUP: CONSTRAINTVerticalHorizontalPerpendicularTangentMid-pointCoincidentSymmetryEqualParallelCREO PARAMETRICGROUP: DIMENSIONNormalPerimeterBaselineReferenceGROUP: INSPECTOverlapping geometryHighlight open endsShaded closed loopsIntersection pointTangency pointEntityGROUP: DATUMCenterline(a) Centerline(b) Centerline tangentPointCo-ordinate systemGROUP: OPERATIONSDeleteReplaceToggle constructionToggle lockSelect(a) One-by-one(b) Chain(c) All geometry(d) AllGROUP: SET UPTOOL: SKETCH SET UPPlacementSketch plane(a) Plane(b) Use previousSketch orientation(c) Sketch view direction(d) Flip(e) ReferenceOrientation(f) Top(g) Bottom(h) Left(i) RightReferencesketch viewGROUP: CLOSEOKCancel
Session 4
PART MODELING MODEGROUP: SHAPESTOOL: EXTRUDEExtrude as solidFeature termination options(a) Extrude from sketch plane by a specified depth value(b) Extrude on both sides of sketch plane by half the specifieddepth value in each direction(c) Specified depth value in each direction(d) Extrude up to next surface(e) Extrude to intersect with all surface(f) Extrude to intersect with selected surface(g) Extrude to selected point, curve, plane or surfaceChange depth direction of extrude to other side of sketchRemove materialThicken sketchChange direction of extrude between one side, other side or both sidesof sketchPlacement(a) Sketch(b) UnlinkOptionsDeptha) Side 1b) Side 2c) Capped endsCREO PARAMETRICd) Add taperTOOL: REVOLVERevolve as solid(c) AxisAnglea) Side 1 (Variable, Symmetric, to selected)b) Side 2 (Variable, to selected, None)Capped endsChange angle direction of revolve to other side of sketchChange direction of revolve between one side, other side or both sidesof Sketch
Session 5
GROUP: DATUMTOOL: DATUM FEATURESCreate datum planesa) PlacementReferencesb) DisplayNormal directionFlipAdjust outlineSize (Height, Width, Lock aspect ratio, Reference)CREO PARAMETRICCreate datum axesOffset referencesSize (Length, Reference)c) PropertiesNameCreate datum pointb) PropertiesCreate datum curvesCreate coordinate systemsa) Originb) OrientationTOOL: SWEEPSweep as solidCreate or edit sweep sectionRemove materialCreate a thin featureSection remains unchanged as sketched along the sweepa) Trajectoriesb) Section plane controlc) Horizontal/Vertical controld) X-direction reference at startOptionsa) Cap endsb) Merge endsTangencyProperties
Session 6
TOOL: HELICAL SWEEPSweep as solidCreate or edit sweep sectionRemove materialCreate a thin featureUse left hand ruleUse right hand ruleReferencesa) Helix sweep profileb) Unlinkc) Profile start pointd) Axis of revolutione) Section orientationThrough axis of revolutionNormal to trajectoryPitcha) Pitch number(b) Pitch value(c) Location typeCREO PARAMETRIC(d) LocationOptions(a) Capped ends(b) Along trajectoryKeep constant sectionVary section
Session 7
TOOL: BLENDSweep as solidBlend with sketched sectionsBlend with selected sectionsRemove materialCreate a thin featureSectionsa) Sketched sectionsb) Selected sectionsc) Section numberd) Number of entitiese) Insertf) Removeg) Sketch plane location defined byOffset dimensionReferenceh) Offset fromi) SketchOptionsa) Blended surfacesStraightSmoothb) Start & End sectionsCREO PARAMETRICCapped endsTangencya) BoundaryStartEndb) ConditionFreeTangentNormal
Session 8
TOOL: ROTATIONAL BLENDSweep as solidBlend with sketched sectionsBlend with selected sectionsRemove materialCreate a thin featureSectionsa) Sketched sectionsb) Selected sectionsc) Section numberd) Number of entitiese) Insertf) Removeg) Sketch plane location defined byOffset dimensionReferenceh) Offset fromi) SketchOptionsa) Blended surfacesStraightCREO PARAMETRICSmoothb) Start & End sectionsConnect end & start sectionsCapped endsTangencya) BoundaryStartEndb) ConditionFreeTangentNormal
Session 9
TOOL: SWEPT BLENDCreate a protrusion/cutRemove materialCreate a thin featureReferencesa) Trajectoriesb) Section plane controlc) Horizontal/Vertical controld) X-direction reference at startSectionsa) Sketched sectionsb) Selected sectionsc) Section numberd) Number of entitiese) Insertf) Removeg) Sketchh) Section locationCREO PARAMETRICi) RotationTangencya) BoundaryStartEndb) ConditionFreeTangentNormal
Session 10
GROUP: ENGINEERINGTOOL: HOLECreate Simple HoleUse predefined rectangle as drill hole profileUse standard hole profile as drill hole profileUse sketch to define drill hole profileFeature Termination optionsa) Drill from placement reference by a specified depth valueb) Drill on each side of placement reference by half the specifieddepth valuec) Drill up to next surfaced) Drill to intersect with all surfacese) Drill to intersect with selected surfacesf) Drill to selected point, curve, plane or surfacePlacementFlipTypea) Linearb) Radialc) Diameterd) On pointe) CoaxialCREO PARAMETRICOffset referencesOrientationShapea) Noneb) Through untilc) To selectedCreate A Standard HoleAdds tappingCreate a tapered holeThread seriesDrill hole shoulder depthDrill hole depthAdds countersinkAdds counterbore
Session 11
TOOL: ROUNDSwitch to set modeSwitch to transition modeSetsa) Circularb) Conicc) C2 continuousd) D1*D2 conice) Full roundf) Through curveTransitionsPiecesa) Setsb) PiecesMake variableOptionsAttachmenta) SolidCREO PARAMETRICb) SurfacePropertiesName
Session 12
TOOL: EDGE CHAMFERSwitch to set modeSwitch to transition modeD*DD1*D2Angle * D45*DSetsTransitionsPiecesOptionsAttachmenta) Solidb) SurfacePropertiesNameTOOL: CORNER CHAMFERD1D2D3PlacementCorner collectorTOOL: SHELLThicknessReferences(a) Removed surfaces(b) Non-default thicknessCREO PARAMETRICPrevent shell from penetrating ata) Concave cornersb) Convex cornersTOOL: TRAJECTORY RIBChange depth direction of rib to other side of the sketchWidthAdds draftAdds rounds on internal edgesAdds rounds on exposed edgesTOOL: PROFILE RIBThickness valueReferenceSketch
Session 13
TOOL: DRAFTReferences(a) Draft surfaces(b) Draft hinges(c) Pull directionSplit(a) Split optionsNo splitSplit by draft hingeSplit by split object(b) Split object(c) Side optionsDraft sides independentlyCREO PARAMETRICDraft sides dependentlyDraft first side onlyDraft second side onlyAnglesAdjust angles to keep tangencyOptions(a) Exclude loops(b) Draft tangent surfaces(c) Extend intersect surfaces
Session 14
GROUP: EDITING (PATTERNS)TOOL: DIMENSION PATTERNDirection 1(a) Dimension(b) IncrementDirection 2TOOL: DIRECTION PATTERNFirst direction referenceFlip the first directionEnter the number of members in the first directionEnter the spacing between pattern members in the first directionSecond direction referenceEnter the number of members in the second directionEnter the spacing between pattern members in the second directionTOOL: AXIS PATTERNCenter axisFlip the angular direction of patternEnter the number of pattern members in the first directionEnter the angle between pattern membersCREO PARAMETRICAngular extentEnter the number of pattern members in the second directionEnter the radial distance between pattern membersTOOL: FILL PATTERNArea to be filledSquare patternDiamond patternHexagon patternSpiralSketched curvesSpacing between pattern member centersSpacing between the sketch boundaries and the center of patternmembersRotation of gridTOOL: TABLE PATTERNPattern table dimensionsEditTable dimensionsTOOL: REFERENCE PATTERNTOOL: CURVE PATTERNCurve to be used for patternSpacing between pattern membersNumber of pattern membersTOOL: POINTPATTERNUse points from an internal or external sketchUse points from a datum point featureSelect a sketch containing point entities or datum point feature
Session 15
TOOL: ADVANCED FEATURESToroidal bendCREO PARAMETRICSpinal bendCosmetic SketchCosmetic ThreadCosmetic GrooveDesignated AreaECAD
Session 16
TOOL: ADVANCED FEATURESWrapRemoveSplit surfaceWarpRender
Session 17
ASSEMBLY MODELING MODETOPIC: INTRODUCTION TO PRO/ASSEMBLYTOPIC: COMPONENTAdd componentComponent placementConstraintsMotion typesCreate componentCreating sub-assemblyAdd package componentAdd include componentAdd flexible component
Session 18
Pattern toolComponent operation(a) Copy component(b) Merge componentCREO PARAMETRIC(c) Cut-out component(d) Transform operation(e) Repeat component(f) Replace component
Session 19
Cut feature(a) Hole(b) Basic feature(c) Advanced featureView component(a) Create explode view(b) Edit position(c) Offset lineComponent display(a) Colour and appearanceView manager(a) Style manager(b) Explode view manager(c) Simplified representation(d) Orientation
Session 20
SURFACE MODELING MODEGROUP: BASIC SURFACE FEATURETOOL: EXTRUDED SURFACECreate surfaceCreate surface trimCreate thin surface trimTOOL: REVOLVED SURFACECREO PARAMETRICTOOL: SWEEP SURFACETOOL: HELICAL SWEEP SURFACE
Session 21
TOOL: BLEND SURFACECreate surfaceCreate surface trimCreate thin surface trimTOOL: SWEPT BLEND SURFACETOOL: VARIABLE SECTION SWEEP SURFACE
Session 22
GROUP: EDITINGTOOL: MIRRORReferenceTOOL: TRIMReferences(a) Trimmed quilt(b) Trimming objectCREO PARAMETRICOptions(a) Keep trimming surface(b) Thin trim(c) Excluded surface(s)TOOL: MERGEa) ReferencesQuilts(a) Intersect(b) JoinTOOL: EXTENDTOOL: OFFSETStandard offset featureOffset feature with draftExpand featureReplace surface featureTOOL: INTERSECTSurfacesTOOL: PROJECTDirectional referencesa) Along directionb) Normal to surfaceTOOL: THICKENFill thickened quilt with solid materialRemoves material from inside thickened quiltTotal thickening offset valueFlip directionTOOL: SOLIDIFYFills volume delimited by quilt with solid materialRemoves material inside or outside quilt
Session 23
GROUP: SURFACESTOOLS:Boundary blendFillVertex roundBlend tangent to surfaceFlatten quiltFlatten-Quilt Deformation
Session 24
SHEETMETAL MODEPlanar wallFlat walla) Flat wall without radiusb) Flat wall with radiusc) Unattached Flat WallExtruded walla) Extrude Wall without Radiusb) Extrude Wall with Radiusc) Unattached Extrude WallRevolved wallUnattached Revolved WallFlange WallAdvanced Walla) Variable Section Sweepb) Swept Blendc) Helical Sweepd) Rotational Blende) Blend wallCREO PARAMETRICf) Boundary Blendg) Twist Wallh) Swept Wall
Session 25
Rip Operationa) To Create Edge Ripb) To Create Surface Ripc) To Create Sketched Ripd) To Create Rip connectForm Featurea) Die formb) Punch formc) Sketched formd) Quilt forme) Flatten formCorner ReliefConversiona) Edge Ripb) Rip Connectionc) Edge Bendd) Corner ReliefHoleRoundPunchNotchDraftChamferJoinMerge
Session 26
Bend Featurea) Normal Bendb) Edge Bendc) Planar BendCREO PARAMETRICUnbend Featurea) Regular Typeb) Unbend Selectedc) Unbend AllBend Back FeatureUnbend SelectedUnbend AllFlat PatternOffsetExtendSplit AreaFillFamily Table
Session 27
DRAFTING MODECreate and retrieve the drawing viewPage set upDrawing optionsInserting 3D modelsb) Inserting drawing modelsc) Set the current working modelInserting viewsa) Setting the view scaleb) Using scalec) No scaled) Inserting basic view typese) General viewf) Projection viewg) Auxiliary viewh) Detailed viewi) Half viewj) Partial viewCREO PARAMETRICk) Broken viewCreating cross section viewa) Full section viewb) Half section viewc) Local section viewd) Full & local section viewe) Total X-sectionf) Area X-sectiong) Align X-sectionh) Total aligni) Unfold X-sectionj) Total unfoldAssembly and exploded viewa) Exploded viewb) Unexploded view
Session 28
Modify the existing drawing viewsa) Modifying view typeb) Modifying view scalec) Modifying view named) Modifying view statee) Modifying view reorientf) Modifying view alignmentg) Modifying X sectionh) Modifying reference pointi) Modifying boundaryj) Modifying add and delete rowsk) Modifying Explodel) Modifying Originm) Modifying Perspectiven) Modifying View DisplayModifying cross hatchingo) Modifying spacingp) Modifying angleCREO PARAMETRICq) Modifying offsetr) Modifying line style
Session 29
Applying dimensiona) Basic dimensionShow and Erase DimensionDimension Properties & ModifyingAutomatic Dimension Cleanupb) Insert Additional DimensionNew Reference DimensionCommon Reference DimensionOrdinate Dimensionc) Insert Additional Reference Dimensiond) Coordinate dimensionModifying dimensiona) Working with Dimension Valueb) Propertiesc) Toggle Ordinate / Lineard) Move Item to ViewApplying Non dimension detailinga) Insert geometric toleranceb) Insert Projection View Arrowsc) Insert Jog & Breakd) Insert Notee) Insert Balloonf) Insert Surface Finishg) Insert Drawing Symbolh) Insert Snap Linei) Insert Draft DatumDatum PlaneDatum AxisCREO PARAMETRICDatum Targets
Session 30
Multi-sheet drawinga) Add and delete sheetb) Reorder the Sheet in a Drawingc) Move Item to another SheetTablea) Insert tableb) Insert Table from Filec) Insert Rows & Columnsd) Add & Delete Contentse) Merge & Unmerge Cellsf) Rotate & Set Rotate Origing) Line Displayh) Change Height & Widthi) Move & Delete Tablej) Save Tablek) Select Tablel) Select Rows &ColumnsCreate Reporta) Repeat RegionAdd RegionRemove RegionAdd Report ParameterModel/RepresentationColumn Model/RepresentationAttributesCreate BOM Balloona) Set Regionb) Clear Regionc) Change Typed) Create Balloone) Cleanup BalloonPagination OperationCREO PARAMETRICa) Set Extentb) Clear Extentc) Add Segmentd) Delete Segmente) Add Titlef) Delete Title2D Draftinga) Creating Drafting geometryb) Drafting with Absolute Co-Ordinatec) Drafting with Relative Co-Ordinated) Drafting with Polar Co-OrdinateEdit 2-D Draftinga) Trim Operationb) Transform Operationc) Working with drafting cross section

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

Autodesk Inventor

Overview

Digital prototyping, parametric parts, assemblies, sheet metal, and documentation. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, automotive, aerospace, production, and design engineering students; CAD beginners; working design engineers; diploma and B.E./B.Tech learners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
AUTODESKINVENTORAUTODESK INVENTOR
Session 1
Product design cycleNeed for designingIntroduction to CAD/CAM/CAEIntroduction to AUTODESK INVENTORAbout AUTODESKSpecialization of AUTODESK INVENTORIntroduction to workbenches of AUTODESK INVENTORProperties of AUTODESK INVENTORFeature based environmenta) Roll backb) Re-orderParametric modelingBi-directional associativityParent-Child relationshipSketch, Feature, Component, Product, Drafting- ConceptsFile extensions of various workbenches
Session 2
GRAPHICAL USER INTERFACEAbout Inventor GatewayTitle barMenu barRibbon toolbarRadial toolbarQuick access toolbarView toolbarGraphical areaModel tree
Session 3
SKETCHER ENVIRONMENTCREATING CURVESTOOLBAR: CREATETOOL: CURVELineAUTODESK INVENTORSplineControl VertexInterpolationEquation curveLengthAngleExisting relationsAdd relationsTOOL: CIRCLECenter pointTangentEllipseTOOL: ARCThree pointTOOL: RECTANGLETwo pointTwo-point centerThree-point centerCenter to CenterTOOL: SLOTOverallTOOL: POLYGONInscribedCircumscribedTOOL: FILLETTOOL: CHAMFERSymmetricDistance 1 & Distance 2Distance & AngleTOOL: TEXTInsert textGeometry textText editTOOL: POINTTOOL: PROJECT
Session 4
MOODIFYING CURVESTOOLBAR: MODIFYTOOL: MOVEBase pointCopyPrecise inputTOOL: TRIMTOOL: COPYOptimize for single selectionTOOL: ROTATECenter pointAngleTOOL: EXTENDTOOL: SPLITTOOL: SCALEScale factorTOOL: STRECTCHTOOL: OFFSET`TOOL: MIRRORAUTODESK INVENTORTOOL: RECTANGULAR PATTERNDirection 1Direction 2FlipCountSpacingTOOL: CIRCULAR PATTERNAxis
Session 5
PATTERNING CURVESDIMENSIONING AND CONSTRAINTSTOOLBAR: CONSTRAINTOOL: DIMENSIONTOOL: AUTOMATIC DIMENSIONS & CONSTRAINTSTOOL: SHOW CONSTRAINTSTOOL: CONSTRAINT SETTINGTOOL: GEOMETRICAL CONSTRAINCoincidentCollinearConcentricFixParallelPerpendicularHorizontalVerticalTangentSmoothSymmetricEqualAUTODESK INVENTOR
Session 6
PART MODELING ENVIRONMENTTOOL: BOXTOOL: CYLINDERTOOL: SPHERETOOL: TORUSTOOLBAR: PRIMITIVESTOOLBAR: WORK FEATURETOOL: PLANETOOL: AXISTOOL: POINTTOOL: UCS
Session 7
TOOLBAR: CREATETOOL: BOOLEANUnionSubtractIntersectNew solidTOOL: EXTRUDEProfileOutputExtentsFlipSymmetricAsymmetricTaperTOOL: REVOLVEAxisAUTODESK INVENTOR
Session 8
TOOL: SWEEPProfilePathOutputTypePath & Guide RailPath & Guide SurfaceOrientationTaperTwistTOOL: LOFTCurvesSectionsRailsCenter lineAreaconditionsWeightTransitionPoint setTOOL: COILCoil shapeAxisRotationCoil size - TypePitch & RevolutionRevolution & heightPitch & heightSpiralCoil endsAUTODESK INVENTORTOOL: EMBOSSDepthWrap to faceEmboss from faceEngrave from faceEmboss / Engrave from faceFlip
Session 9
TOOL: RIBShapeProfileThicknessTo nextFiniteDraftAt topAt rootDraft AngleBossCenterDiameterOffsetTOOL: HOLEPlacementDrilledCounter boreSpot faceCounter sunkDrill pointSimple holeClearance holeTapped holeTaper Tapped holeAUTODESK INVENTORTOOL: THREADLocationFaceThread lengthSpecificationThread typeSizeDesignationTOOL: FILLETEDGE FILLETSelect modeEdgeLoopFeatureVariableSetbackFace set 1Face set 2RadiusSide face set1Center face setSide face set2TOOL: CHAMFERDistanceDistance & AngleAngleTwo distanceDistance 1Distance 2
Session 10
TOOL: SHELLRemove faceThicknessTOOL: FACE DRAFTFixed EdgePull directionFacesDraft AngleFixed PlaneFixed planeFaceParting lineDraft angleTOOL: COMBINEBaseTool bodyBoolean operationTOOL: SPLITSplit faceSplit toolTOOL: SPLIT SOLIDSpilt ToolSolid
Session 11
TOOL: THICKEN OFFSETAUTODESK INVENTORSolidSurfaceDistanceTOOL: DIRECTMoveSizeRotateDeleteTOOLBAR: PATTERNTOOL: RECTANGULAR PATTERNDirection 1 & 2SpacingCurve lengtha) Pattern Solidb) Pattern FeatureTOOL: CIRCULAR PATTERNFeaturePattern SolidPattern FeatureTOOL: MEASUREAngleLoopArea
Session 12&13
ASSEMBLY ENVIRONMENTASSEMBLING THE COMPONENTSBOTTOM-UP ASSEMBLYTOOL: PLACETOOL: FREE MOVETOOL: FREE ROTATEAUTODESK INVENTORTOOL: JOINTTOOL: CONSTRAINSMateAngleTangentInsertSymmetryEXPLODED VIEWSCreate ExplosionEdit ExplosionAuto Explode ComponentsUnexploded ComponentsDelete ExplosionHide ExplosionShow ExplosionHide ComponentShow Component
Session 14
SURFACE MODELINGEXTRUDE SURFACEREVOLVE SURFACESWEEP SURFACELOFT SURFACETOOL: STITCHTOOL: PATCHTOOL: SCULPTTOOL: EXTENDTOOL: REPLACE FACEFREEFORMTOOL: BOXTOOL: CYLINDERTOOL: SPHERETOOL: TORUSAUTODESK INVENTORTOOL: QUADBALL
Session 15& 16
SHEETMETAL MODELINGEDIT FREEFORMTOOL: EDIT FORMTOOL: INSERT EDGETOOL: SUBDIVIDETOOL: BRIDGETOOL: MATCH EDGETOOL: SYMMETRYTOOL: DELETETOOLBAR: CREATETOOL: FACETOOL: FLANGEShapeUnfold optionsBendCornerTOOL: CONTOUR FLANGEProfileTOOL: LOFTED FLANGEProfile 1Profile 2TOOL: CONTOUR ROLLAxisSingleTear dropRolledAUTODESK INVENTORDoubleTOOL: BENDTOOL: FOLDBend lineTOOL: CUTTOOL: CORNER SEAMTOOL: PUNCHTOOL: RIPTOOL: UNFOLDTOOL: REFOLDTOOL: HOLETOOL: CORNER ROUNDTOOL: CORNER CHAMFER
Session 17&18
DRAFTING ENVIRONMENTINSERTING NEW SHEETTOOLBAR: CREATETOOL: BASEInsert componentOrientationScaleStyleAngle of projectionTOOL: PROJECTEDTOOL: AUXILIARY VIEWTOOL: SECTION VIEWTOOL: DETAIL VIEWTOOL: DRAFTTOOL: BREAKAUTODESK INVENTORTOOL: BREAKOUTTOOL: SLICEANNOTATEDimensionTextSymbolBalloonBOM

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

ANSYS Workbench

Overview

Structural, modal, thermal, and buckling analysis using FEA workflows. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, civil, aerospace, automotive, and simulation engineering students; CAE aspirants; R&D and analysis professionals.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
ANSYS WORKBENCH
Session1&2
INTRODUCTIONProduct design cycleNeed for designingIntroduction to CAD/CAM/CAEFile extensions of various workbenchesIntroduction to ANSYS WORKBENCH
Session 3
SKETCH TOOLSDRAWLineCircleArcRectangleConstruction PointConstruction Point at intersectionMODIFYFilletChamferCornerTrimExtendCutCopyPasteMoveOffsetSpline editDIMENSIONCONSTRAINSETTINGS
Session 4
MODELLINGCREATEExtrudeRevolveSweepANSYS WORKBENCHSkin /loftThin /surfaceNew plane
Session 5
MODELLINGCREATEBlendChamferPatternBody TransformationBooleanSlice
Session 6
MODELLINGCREATEPrimitive Sphere Box Parallelepiped Cylinder Cone Prism Pyramid Torus Bend
Session 7
MATERIAL PROPERTIESDefining material propertiesIntroduction of engineering workspaceCreating and adding materials
Session 8
MESHINGMeshingIntroductionANSYS WORKBENCHRefining the mesh
Session 9
STATIC STRUCTURAL ANALYSISIntroductionPre-processingSolutionPost-processingWorkshopStatic structural analysis of cantilever beam
Session 10
STATIC STRUCTURAL ANALYSISWorkshopStatic structural analysis of plate with central circular hole
Session 11
STATIC STRUCTURAL ANALYSISWorkshopStatic structural analysis of cylindrical pressure vessel
Session 12
STATIC STRUCTURAL ANALYSIS FORSURFACE AND LINE MODELSWorkshopStatic structural analysis of Sheet with Circular HoleStatic structural analysis of Line with Body Model
Session 13
NATURAL FREQUENCIES FOR MODAL ANALYSISIntroduction performing the modal analysesAdding modal analyses system to Ansys workbenchStarting the mechanical windowSpecifying the analyses settingWorkshopAnalysis of cantilever beamANSYS WORKBENCH
Session 14
NATURAL FREQUENCIES FOR MODAL ANALYSISWorkshopModal analysis of simply supported beam frequencies
Session 15
NATURAL FREQUENCIES FOR MODAL ANALYSISWorkshopModal analysis of a connecting rod
Session 16
NATURAL FREQUENCIES for MODAL ANALYSISWorkshopAnalysis of motor cover
Session 17
STEADY STATE THERMAL ANALYSISWorkshopThermal analysis of Heat Sink
Session 18
TRANSIENT THERMAL ANALYSISWorkshopThermal analysis of Piston
Session 19
TRANSIENT THERMAL ANALYSISWorkshopThermal analysis of Disc Brake
Session 20
BUCKLING ANALYSISWorkshopEigen value buckling analysis of Fixed Free Column

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

ANSYS CFD

Overview

CFD geometry preparation, meshing, flow simulations, and engineering applications. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, civil, aerospace, automotive, and simulation engineering students; CAE aspirants; R&D and analysis professionals.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
ANSYS CFD
Session 1
Product design cycleNeed for AnalysingIntroduction to CAD/CAM/CAEIntroduction to FEM/FEA ConceptsGeneral steps of Finite Element methodNeed for FEMIntroduction to AnsysIntroduction to Mechanical Engineering Terms
Session 2
Introduction to Analysis typesAnalysis stepsGUI of AnsysOverview on MeshingLines & AreasVolumes & 2D Examples
Session 3
TOOLBAR: CREATEExtrudeRevolveSweepSkin LoftThin SurfaceBody TransformationBooleanSlicePrimitives
Session 4
TOOLBAR: CONCEPTLine from PointLine from SketchLine from Edge3D CurveSplit EdgeSurface from EdgeSurface from SketchANSYS CFDSurface from FaceCross SectionTOOLBAR: SELECTIONGeometry SelectMesh SelectPoint SelectEdge SelectFace SelectBody Select
Session 5
OperationExtrude & Working plane settingsBoolean operationCopy, Move, Modify & Scale
Session 6
Explaining about nodes & elementsMeshingTypes of mesh-Free& mapped meshingExplaining about mesh attributes. Size controlsMeshing key points, lines, areas & volumes
Session 7
Simple flow analysisFlow through a Straight pipe
Session 8
Flow through a L-Bend Pipe or Elbow
Session 9
Flow through a Heat Exchanger
Session 10
Flow through a Propeller or Fan Blade
Session 11
Flow through a Turbo ChargerANSYS CFD
Session 12
Flow through a Sphere
Session 13
Flow through a Aerofoil
Session 14
Vortex Generation in an Aircraft Wing
Session 15
Shockwave Analysis in Bullet (Oblique Shock Wave)
Session 16
Flow through a Convergent Divergent Nozzle
Session 17
Drag analysis in Vehicle Body

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

HyperMesh

Overview

FEA pre-processing, geometry cleanup, meshing, and model setup. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, civil, aerospace, automotive, and simulation engineering students; CAE aspirants; R&D and analysis professionals.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
HYPERMESH
Session 1
IntroductionSteps in FEAElements and NodeTypes of Elements
Session 2
User Interface of HypermeshImport and ExportModel Browser
Session 3
MaskDeleteBy FaceBy AreaBy Load collectorBy ConfigBy Surface
Session 4
Model IdentificationBy TopologyBy Delete OptionCreate Surface
Session 5
Creation of NodesXyz CoordinateOn GeometryArc CentreExtract By Line & ParametricInterpolate By Node, Line & SurfIntersectTemp Node
Session 6
Measure DistanceBy Two NodesBy Three NodesBy Two PointsBy Three PointsHYPERMESH
Session 7
Line Creationxyz CoordinateLinear Node/Standard Node / Smooth NodeDrag Along VectorArc By Centre/Vector/Node
Session 8
Line CreationConicExtract Edge / ParametricIntersectOffsetMidline
Session 9
Line EditCombineSplit At PointSplit At JointSplit At LineSplit By PlaneSmooth LineExtend Line
Session 10
Surface CreationSquareCylinder Full/PartialCone Full/PartialSphere By Centre / Node / PartialTorus By Centre / Node / Partial
Session 11
Surface EditTrim With NodeTrim With LineTrim With SurfaceUntrimExtendShrinkHYPERMESH
Session 12
SolidBy Node
Session 13
Solid EditTrim With NodeTrim With LineTrim With SurfaceMergeDetachBoolean
Session 14
CleanupTopologyAuto cleanup
Session 15
1d MeshingBar ElementCantilever Beam
Session 16
1d MeshingSimply Supported BeamFixed Fixed Beam
Session 17
2d MeshingOverviewElement ShapeMidsurface Creation
Session 18
2d MeshingSymmetryAutomeshHYPERMESH
Session 19
3d MeshingElement ShapeSolid EditLinear Solid
Session 20
3d MeshingSpinTetra Mesh
Session 21
Element QualityAspect RatioWrapageSkewnessVolumetric Skew
Session 22
Analysis-01Beam Analysis
Session 23
Analysis-02Plate Modal Analysis
Session 24
Analysis-03Column Buckling Analysis
Session 25
Analysis-04Connecting Rod Analysis
Session 26
Meshing Practice Problem-01
Session 27
Meshing Practice Problems-02

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

CNC Programming

Overview

CNC fundamentals, G-code, machine operations, offsets, and turning applications. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical and manufacturing students; CNC operators; production engineers; machinists; tool-room professionals and beginners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
CNC PROGRAMMING
Session 1
Product design cycleNeed for ManufacturingIntroduction to CAD/CAM/CAEIntroduction to CNCAdvantages of CAD/CAM over Conventional Methods
Session 2
Introduction to Computer Numerical Control (CNC)Numerical controlFunctions of a machine toolConcept of numerical controlHistorical DevelopmentDefinitionAdvantages of CNC machine toolsEvolution of CNCAdvantages of CNCLimitat ions of CNCFeatures of CNCThe Machine Control Unit (MCU) for CNCClassification of CNC Machine ToolsCNC MACHINING CENTERSClassificationFeatures of CNC Machining Centers
Session 3
Reading the machining sketchesDifferent Geometrical Tolerance symbols.Reading Dimensional Tolerances.Understanding the Views.Concept of First angle & Third angle projection.
Session 4
INTRODUCTION OF CNC MACHINESType of CNC MachinesOperator console keys in contr ol (Auto, Edit, MD I, Skip etc.)Control bed movement & spindle rotation (JOG mode, INC mode, Hand JOG etc.)Concepts of MCS (Machine Coordinate System) & WCS (Work coordinate syst em)Work offset & tool offsetG - Codes M - CodesTool Holders & InsertsCutters SpecificationBasic ProgrammingAxis Absolute Method & Incremental Meth odCutter Radius CompensationCNC PROGRAMMINGCanned CyclesCreation of Sub Program
Session 5
INTRODUCTION OF CNC MACHINES (TURNING CENTRE)Details about Machine axis.Details about Machine parts
Session 7
Type of operationFacing
Session 8
Type of operationTurning
Session 9
Type of operationStep turning
Session 10
Type of operationChamfer Turning
Session 11
Type of operationRadius Turning (CW &CCW of Angle method)
Session 12
Type of operationBoring
Session 13
Type of operationTaper Boring
Session 14
Type of operationChamferCNC PROGRAMMING
Session 15
Type of operationTaper Turning
Session 16
Type of operationDrilling

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

Mastercam Multiaxis

Overview

Multi-axis CAM programming, toolpaths, machining strategies, and applications. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical and manufacturing students; CNC operators; production engineers; machinists; tool-room professionals and beginners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
MasterCAM MultiaxisMASTERCAM MULTIAXIS
Session -1
Product Design CycleNeed for ManufacturingIntroduction to CAD/CAM/CAEIntroduction to MasterCAM
Session -2 (2D – Operations)
Contour
Session -3
Pocket
Session -4
Circle MillDrill
Session -5 (3D – Operations)
Curve
Session -6
Swarf Milling
Session -7
Parallel
Session -8
Along Curve
Session -9
Morph
Session -10
Flow
Session -11
Multi Surface
Session -12
PortMASTERCAM MULTIAXIS
Session -13
Triangular Mesh
Session -14 (3D Operation – Application)
Swarf
Session -15
Rotary
Session -16
Project Curve
Session -17
Roughing
Session -18
Deburr
Session -19
Port Expert
Session -20
Blade Expert
Session -21
Rotary Advance

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

Mastercam

Overview

2D and 3D CAM geometry, machining operations, solids, and toolpath programming. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical and manufacturing students; CNC operators; production engineers; machinists; tool-room professionals and beginners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
MASTER CAMMASTERCAM
Session 1
Product design cycleNeed for ManufacturingIntroduction to CAD/CAM/CAEIntroduction to MASTERCAMAdvantages of CAD/CAM over Conventional MethodsCAM Programming Basics
Session 2
ABOUT MASTERCAM GATEWAYGRAPHICAL USER INTERFACEa) Introduction to Manufacturingb) About Manufacturing typesc) About Machining typesd) Milling Operations overviewe) Milling overviewf) About Conventional Milling and Climb millingg) Milling machines overviewh) Milling Cutters overviewMANUFACTURING IN MASTERCAMa) Understanding CAM Terminologiesb) About Machining Environmentc) Understanding CAM setupd) About CAM configuratione) About NC assistantf) About Milling Processors and operation subtypes
Session 3
SKETCHER PARAMETERSVIEW MODEa) Fitb) Repaintc) Zoom targetd) Zoom windowe) Zoom selectedf) Un - zoom previousg) Un - zoomh) Dynamic rotationi) Previous viewj) Named viewMASTERCAMBASIC 2D GEOMETRY CREATIONPOINTa) Positionb) Dynamicc) Node pointsd) Segmentse) Endpointf) Small arcsLINEa) Endpointb) Closest pointc) Bisectd) Perpendiculare) Parallelf) Tangent through point
Session 4
ARCa) Circle edge pointb) Circle centre pointc) Arc polard) Arc polar endpointe) Arc endpointsf) Arc 3 pointsg) Arc tangentFILLETa) Single entitiesb) Chain entitiesCHAMFER
Session 5
SPLINEa) Manual splineb) Automatic splinec) Curve splined) Blended splineCURVEa) Curve on one edgeb) Curve on all edgeMASTERCAMc) Constant parameter curved) Flowline curvee) Dynamic curvef) Curve sliceg) Surface curveh) Partline curvei) Intersection curve
Session 6
ANALYZE/EDITING GEOMETRYEntity propertyPositionDistanceVolume/areaa) 2d areab) Surface areac) Solid propertiesChainContourAngleDynamic
Session 7
RECTANGULARRectangular shapePolygonEllipseSpiralHelixPRIMITIVE SHAPESCylinderBlockSphereTorusLETTERSBOUNDING BOXMODIFYING GEOMETRYTrim /break /extendBreak two pieceTrim manyJoin entitiesMASTERCAMClose arcBreak at intersectionBreak at many piecesBreak circleBreak drafting in to linesConvert nurbsModify spinesimplify
Session 8
SOLIDSExtrudeRevolveSweepLoftFILLETEdge filletFace to face filletCHAMFEROne distanceTwo distanceDistance and angleSHELLTRIMTHICKENDRAFT FACE
Session 9
PATTERNRectangular patterncircular patternmanual patternBOOLEAN OPERATIONSBoolean addBoolean removeBoolean commonNON ASSOCIATIVERemove non associativeCommon region non associativeFIND FactorROM SURFACESMASTERCAMLAYOUTFACE /FEATURES COLOURSSet solid face colourClear solid face colourSet solid features coloursClear solid features colourClear all solid face and features colours
Session 10
SURFACERuled/loftedRevolvedOffsetSweptNetFenceDraftExtrudeFILLETTo surfaceTo curveTo plane
Session 11
TRIMTo surfaceTo curveTo planeEXTEND TRIMMED EDGESEXTENDFROM SOLIDFLAT BOUNDARYFILL BOUNDARYFILL HOLESREMOVE BOUNDARYSPLITUN - TRIMTWO SURFACE BLENDTHREE SURFACE BLENDTHREE FILLET BLENDMASTERCAM
Session 12
DRAFTINGRegenAutomaticValidateSelectAllDIMENSIONHorizontalVerticalParallelBaselineChainedAngularCircularPerpendicularTangentORDINATEAdd to an existingWindowAlignPOINTMULTIPLE EDITWITNESS LINELEADERNOTEX - HATCHSMART DIMENSION
Session 13
TRANSFORMATION GEOMETRYTRANSLATETRANSLATE 3DMIRRORROTATESCALEDYNAMIC XFORMMASTERCAMMOVE TO ORIGINOFFSETOFFSET CONTOURPROJECTRECTANGULAR ARRAYROLLDRAGSTRETCHSTL
Session 14
MACHINE TYPEMillingLatheMILLING OPERATION2D SKETCH OPERATIONContour 2d/3d/isometricDrill
Session 15
POCKET2d/3d/isometricENGRAVING
Session 16
Circle pathCirmillThread millAutodrillStart drillSlot drillHelix bore3D OPERATION
Session 17
SURFACE ROUGHContourSURFACE FINISHMASTERCAM
Session 18
SURFACE ROUGHPocketSURFACE FINISHScale up
Session 19
SURFACE ROUGHParallelSURFACE FINISHParallel/parallel steep
Session 20
SURFACE ROUGHSURFACE FINISHProjectRadial
Session 21
SURFACE ROUGHFlowlineSURFACE FINISH
Session 22
SURFACE ROUGHRest millPlunge
Session 23
SURFACE FINISHPencilLeftoverBlendMASTERCAM
Session 24
LATHE OPERATIONRoughFinish
Session 25
ThreadGroove
Session 26
Plunge turnFace
Session 27
Cut offDrill

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

Autodesk Fusion 360

Overview

Cloud-enabled design, solid modeling, surface modeling, sheet metal, assemblies, and drawings. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical and manufacturing students, product designers, CAD/CAM professionals, and learners interested in integrated digital manufacturing.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
AUTODESK FUSIONAUTODESK FUSION 360
Session 1
AUTODESK ACCOUNT CREATIONFUSION 360 INSTALLATIONSOFTWARE INTRODUCTION
Session 2
CREATE SKETCHOPTIONS (SKETCHER)CONSTRAINTSSTOP SKETCH
Session 1
CREATING 3D MODELS (SOLID MODELING)CREATEEXTRUDEPRESSPULLREVOLVESWEEPLOFTRIBWEBPRIMITIVES (BOX, CYLINDER, SPHERE, TORUS, COIL, PIPE)
Session 2
LOFTRIBWEBPRIMITIVES (BOX, CYLINDER, SPHERE, TORUS, COIL, PIPE)CONSTRUCTPLANE CREATIONAXIS CREATIONPOINT CREATIONAUTODESK FUSION 360
Session 1
MODIFYFILLETCHAMFERDRAFTSHELLHOLETHREADPATTERN (RECTANGULAR, CIRCULAR, PATH)
Session 2
MIRRORSCALECOMBINEREPLACE FACESPLIT FACESPLIT BODYSILHOUETTE SPLITMOVE/COPYALIGN
Session 1
SURFACE MODELING – PATCHCREATE (EXTRUDE, REVOLVE, SWEEP, LOFT, PATCH, OFFSET)TRIMEXTENDSTICH AND UNSTICHREVERSE NORMALTHICKEN
Session 2
SHEET METALSHEET METAL RULESCREATEAUTODESK FUSION 360FLANGEBENDEXTRUDEHOLETHREADUNFOLDCREATE FLAT PATTERNINSPECT (MEASURE)
Session 1
ASSEMBLYJOINTCOMPONENTALIGNMENTMOTION (RIGID, REVOLUTE, CYLINDRICAL, SLIDER, PIN-SLOT, PLANAR, BALL)
Session 2
DRAWING (FROM DESIGN)CREATE DRAWING (STANDARD, UNITS, SHEET SIZE)DRAWING VIEWS (BASE VIEW, PROJECTED VIEW, SECTION VIEW, DETAILED VIEW)APPEARANCE (ORIENTATION, STYLE, EDGE VISIBILITY)MODIFY (MOVE, ROTATE, DELETE)DIMENSIONSGEOMETRYTEXT AND LEADERSSYMBOLSTABLES, BALLOON CREATIONINSERTING IMAGEOUTPUT (DWG & PDF)

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

NX CAD

Overview

Siemens NX sketching, modeling, assemblies, drafting, and advanced design workflows. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, aerospace, automotive, and simulation engineering students; CAD/CAE aspirants; R&D and analysis professionals.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
NX CAD
Session 1
Product design cycleNeed for designingIntroduction to CAD/CAM/CAEIntroduction to UNIGRAPHICSAbout SiemensSpecialization of UnigraphicsIntroduction to workbenches of NXProperties of NXFeature based environment Roll back Re-orderParametric modelingBi-directional associativityParent-Child relationshipSketch, Feature, Component, Product, Drafting- ConceptsFile extensions of various workbenches
Session 2
About NX GatewayGraphical User InterfaceTitle barMenu barTool barRadial tool barSelection barCue and Status lineDialog railResource barNavigatorsHD3D ToolsIntegrated BrowserRolesTOOLBAR: VIEWFit all inPanRotateZoom inZoom outQuick viewView orientationView modeNX CADQuick pickQuick pick categoriesClip work sectionEdit work sectionSUB-TOOLBAR: VIEW ORIENTATIONIsometric viewTrimetric viewFront viewBack viewLeft viewRight viewTop viewBottom viewSUB-TOOLBAR: VIEW MODEShaded with edgesShadedStudioWireframe with dim edgesWireframe with hidden edgesStatic wireframeFace analysisPartially shadedCoordinate SystemsAbsolute Coordinate systemsDatum Coordinate systemsWork Coordinate systemsView TriadFile ManagementCreating new files and About TemplatesOpening FilesSaving Files
Session 3
SKETCHER MODE GROUP: SKETCHING TOOLSDatum/PointCurveProfileLineArc Three-point arc Centre point arcNX CADCircle Circle by centre and diameter Three-point circleFillet Trim Untrim Three edge filletChamfer Trim and Untrim Offset and Angle Symmetric AsymmetricRectangle By 2 points By 3 points From centrePolygon Inscribed radius Circumscribed radius Side lengthStudio spline Through points By polesFit splineEllipseConic Parabola by focus Conic Hyperbola by focusGROUP: EDITING TOOLSEditing SketchesQuick trimQuick extendMake cornerCurve from curvesOffset curvePattern curveMirror curveIntersection pointDerived linesIntersection curveProject curve
Session 4
GROUP: CONSTRAINTSDimensional ConstraintsInferred DimensionsHorizontal dimensionsVertical dimensionsParallel dimensionsAngular dimensionsDiameter dimensionsRadius dimensionsPerimeter dimensionsGeometrical ConstraintsFixedFully fixedCollinearHorizontalVerticalParallelPerpendicularEqual lengthConstant lengthConstant angleAuto ConstraintInferred Constraints and DimensionsConvert to/from referenceMake symmetricAuto DimensionAnimate DimensionContinuous Auto Dimensioning
Session 5
PART WORKBENCHBasic TerminologiesFeatureBodySolid bodySheetFaceSection CurvesGuide curvesNX CADCreating Datum featuresDatum PlaneDatum AxisDatum CSYSPointPoint SetDatum plane gridCurve from CurvesOffsetOffset in faceBridgeCircular Blend curveSimplifyJoinProjectCombine projectionMirrorWrap/Unwrap curveCurve from BodiesIntersectSectionExtractExtract virtual curveFeature modeling commandsChanging units in NX
Session 6
TOOL: EXTRUDEExtrude as solid/sheet by selecting a section of edgesLimit optionsValueSymmetric valueUntil nextUntil selectedUntil extendedThrough allBoolean operationUniteSubtractIntersectApplying DraftFrom start limitFrom sectionNX CADFrom section-Asymmetric angleFrom section-Symmetric angleFrom section -Matched endsForms and Dimensions:SimpleCounter boredCounter sunkTaperedOffset SketchesSingle sidedTwo sidedSymmetricTOOL: REVOLVERevolve as solid/sheet by selecting a sketch about an axis
Session 7
Creating PrimitivesBlockCylinderConeSphereFeature Modeling commandsHole General Hole Drill size Hole Screw clearance Hole Threaded Hole Hole SeriesBossPocket Cylindrical Rectangular GeneralNX CADEmbossOffset EmbossSlot Ball end U-slot T-slot Dovetail
Session 8
Feature Modeling commandsGroove Rectangular Ball end U-GrooveDartThread Symbolic DetailedShellDraft From plane From edges Tangent to faces To parting edges Draw directionDraft Body Faces to draft
Session 9
TOOL: SWEEP ALONG GUIDESWEEP A SECTION ALONG A GUIDEAdding ThicknessBoolean operationTOOL: SWEPTSWEEP ONE OR MORE SECTIONS ALONG GUIDE CURVESSection sweep using spineSection locationNX CADInterpolationAlignmentParameterArc lengthOrientation methodScaling methodLaw typeTOOL: VARIATIONAL SWEEPLimits option%Arc lengthArclengthThrough pointsAdding secondary sectionsTOOL: TUBECreates a thin feature using cross section values
Session 10
BLEND FEATURESTOOL: EDGE BLENDConstant radiusVariable radiusCorner set backStop short of cornerOverflow resolutionsTOOL: FACE BLENDTwo defining face chainsThree defining face chainsTOOL: CHAMFERSymmetricAsymmetricOffset and AngleFEATURE OPERATIONSTOOL: INSTANCE FEATURERectangular arrayEnter the number of members in the XC directionEnter the spacing between members in the XC directionNX CADEnter the number of members in the YC directionEnter the spacing between members in the YC directionCircular arrayEnter the number of members in the first directionEnter the angle between pattern membersPattern faceRectangular patternCircular patternMirror
Session 11&12
TOOL: MIRROR FEATUREReference Plane or surfaceComplex &Symmetrical featureTOOL: MIRROR BODYPatterningTOOL: INSTANCE GEOMETRYTypesFrom bodiesFrom/ToFrom facesMirrorFrom edgesTranslateFrom curvesRotateFrom pointsAlong pathBoolean commandsUnitSubtractIntersectTOOL: TRIM BODYTarget bodyTrim bodyReference plane or faceNX CADTOOL: DIVIDE FACEFace to divideSplitting elementProjection directionTOOL: SPLIT BODYTool bodyCirclePlaneFaceTOOL: MEASURE DISTANCETo measure distance between geometriesDistanceProjected distanceScreen distanceLengthRadiusPoint on curvesBetween setsTOOL: MEASURE ANGLETo measure angle between geometriesBy objectsBy 3 pointsBy screen points
Session 13
FEATURE OPERATIONS AND SMART TOOLS Synchronous ModelingMove faceTRANSFORM METHODSDistance-AngleDistanceAngleDistance between pointsRadial distanceRotate by three pointsCSYS to CSYSPull faceNX CADPoint to PointOffset RegionOffset set of facesOffset distanceResize faceResizing the size of the cylindrical faceChanging Diameter valueReplace faceReplacing faceReplacement faceResize BlendResize the Edge and face BlendRadius valueResize ChamferResize the chamfer valueSymmetric offsetAsymmetric offsetOffset and angleLabel ChamferResize the Chamfer faceConstruction faces
Session 14
Delete faceRemoving faceRemoving holeCopy faceCopies set of facesPivot point specificationTRANSFORM METHODSDistance-AngleDistanceAngleDistance between pointsRadial distanceRotate by three pointsCSYS to CSYSNX CADCut facePaste faceTarget bodyTool bodyPASTE OPTIONSAutomaticAddSubtractMirror faceSymmetrical faces creationSplitting elementPattern faceRectangular patternCircular patternMirror
Session 15
Make CoplanarSurfacesReferencesFEATURE PARAMETERSMotion faceStationary faceMotion groupMake coaxialNX CADThrough pointMake tangentFeatures facesReference facesMake symmetricComplex and identical feature creationLine of symmetrySplitting elementMake parallelSimilarity feature formationMake perpendicularDimensionsLinear dimension Deformation using linear dimension values Reference faces& EdgesInputs Origin point Measurement Faces to move New LocationAngular dimension Shape Deformation using Angular dimension valuesRadial dimensionOffsetting conical and cylindrical shapes by reference facesRadius and Diameter valuesResizing parametersLocationTOOL: RENDER
Session 16 & 17
ASSEMBLY WORKBENCHINTRODUCTION TO ASSEMBLY MODELINGTOPIC: COMPONENTAdd ComponentPlacing ComponentConstraintsMotion typesTOPIC: CONSTRAINTSAngle ConstraintBond ConstraintCentre ConstraintDistance ConstraintFit ConstraintParallel ConstraintNX CADPerpendicular ConstraintTouch and Align ConstraintTOPIC: COMPONENT ARRAYSLinear arrayCircular arrayFeature instance arrayTOOLSReplacing ComponentRepositioning ComponentMirroring AssemblyCreating New ComponentCreating New parentCreating Exploded Views
Session 18
SURFACE WORKBENCHTOOL: EXTRUDED SURFACEExtrude as surface by selecting a section of edgesLimit optionsValueSymmetric valueUntil nextUntil selectedUntil extendedThrough allBoolean operationUniteSubtractIntersectApplying DraftFrom start limitFrom sectionFrom section-Asymmetric angleFrom section-Symmetric angleFrom section -Matched endsOffset SketchesSingle sidedTwo sidedSymmetricNX CADTOOL: REVOLVED SURFACERevolve as surface by selecting a sketch about an axisCreating PrimitivesBlockCylinderConeSphereFEATURE MODELING COMMANDSHoleGeneral HoleDrill size HoleScrew clearance HoleThreaded HoleHole SeriesBossPocketCylindricalRectangularGeneral
Session 19
FEATURE MODELING COMMANDSEmbossOffset EmbossSlotRectangularBall endU-slotT-slotDovetailGrooveNX CADBallendU-GrooveDartThreadSymbolicDetailedShellDraftFrom planeFrom edgesTangent to facesTo parting edgesDraw directionDraft BodyFaces to draftTOOL: RULED SURFACESection string 1Section string 2AlignmentParameterPointsTOOL: THROUGH CURVESProfilesStartEndAlignment methodTOOL: THROUGH CURVES MESHPrimary curvesGuide curvesTOOL: STUDIO SURFACEArc lengthTOOL: N SIDED SURFACEOuter loopShape controlTYPESTriangularTrimmed
Session 20
BLEND FEATURESTOOL: EDGE BLENDConstant radiusVariable radiusCorner set backStop short of cornerOverflow resolutionsTOOL: FACE BLENDTwo defining face chainsThree defining face chainsTOOL: SOFT BLENDFirst setSecond setFirst tangency curveSecond tangency curveTOOL: STLYED BLENDTypesFace chain 1ProfileFace chain 2LawCurveTOOL: STYLED CORNERInput blend 1Input blend 2Input blend 3NX CADBase faceTOOL: AESTHETIC BLENDTOOL: BRIDGETOOL: SPHERICAL CORNERWall faces 1Wall faces 2Wall faces 3TOOL: CHAMFERSymmetricAsymmetricOffset and Angle
Session 21
SURFACE GENERATIONTOOL: STYLED SWEEPSection curvesGuide curvesShape controlTOOL: FOUR POINT SURFACESurface corner Point 1Surface corner Point 2Surface corner Point 3Surface corner Point 4TOOL:ReliefBend parametersTOOL: LOFTED FLANGEStart sectionEnd section
Session 22
TOOL: HEM FLANGEClosedOpenNX CADS typeCurlOpen loopClosed loopCentered loopTOOL: BENDBend propertiesBend parametersInvert material direction and sideTOOL: JOGHeight referenceInsideOutsideTOOL: SHEET METAL FROM SOLIDWeb facesBend facesBend ParametersTOOL: CLOSED CORNERClose and ReliefRelief Corner PropertiesCircular cut-outU cut-outV cut-outRectangular cut-outTOOL: THREE BEND CORNERSCircular Cut-outTOOL: BREAK CORNERBlendChamferTOOL: CHAMFERSymmetricAsymmetricOffset and Angle
Session 23
TOOL: DIMPLEBasic sectionDimple propertiesDepth referenceInvert material thicknessRounding parametersTOOL: LOUVERBasic cut sectionLouver propertiesLancedFormedLouver shapeDepthWidthTOOL: DRAWN CUT-OUTCut-out propertiesInert material side &thicknessTOOL: BEADCircularU shapedV shapedEnd conditionPunchedTOOL: SOLID,PUNCHPunchDieTOOL: GUSSETBend faceNX CADPlacement typeSquareRoundSingleFitFillFixed Gusset shapeTOOL: NORMAL CUT-OUTCut methodThicknessMid planeTOOL: BEND TAPERTaper sides and AngleSide1Side 2Side 1&2Symmetric
Session 24
TOOL: CONVERT TOSHEETMETALBase faceEdge to ripBend reliefTOOL: ADVANCED FLANGEBy valueBy ReferenceBend parametersInvert material sideRelief and Flange propertiesTOOL: BRIDGE BENDFold transitionZor U transitionReferenceWidthInfiniteSymmetricFull start edgeNX CADFull end edgeFull both edgesTOOL: UNBENDStationary faceBendTOOL: REBENDOrientationTOOL: FLAT PATTERNUpward faceTOOL: RESIZE BEND RADIUSFixed folded lengthFixed unfolded lengthTOOL: RESIZE BEND ANGLETOOL: RESIZE NEUTRAL FACTOR
Session 25&26
DRAFTING WORKBENCHCreate and retrieve the Drawing viewPage setup and setting up standardsDrawing optionsInserting 3D modelsInserting drawing modelsSet the current working modelInserting viewsSetting the view scaleUsing scaleInserting basic view types Base view Projected view Auxiliary view Drawing viewNX CADCreating cross section viewSimple section viewStepped section viewHalf section viewsRevolved section viewFolded section viewUnfolded section viewPictorial section viewHalf pictorial section viewsBreak out section viewBroken view
Session 27
Inferred DimensionHorizontal DimensionVertical DimensionParallel DimensionPerpendicular DimensionAngular DimensionCylindrical DimensionHole DimensionDiameter DimensionChamfer DimensionRadius or Radius of curvature DimensionThickness DimensionArc length DimensionHorizontal chain DimensionVertical chain DimensionHorizontal Baseline DimensionVertical Baseline DimensionOrdinate DimensionTOPIC: ANNOTATIONSTEXTTextText with leaderBalloonDatum TargetDatum feature symbolSYMBOLSSurface finish symbolIdentification symbolNX CADTarget point symbolIntersectionTABLETableParts listAXISCentre markBolt circle centerlineCircular centerlineSymmetrical centerline2D centerline3D centerlineOffset Centre point symbolAREA FILLArea fill creationArea fill modification
Session 28
TOPIC: GEOMETRY CREATIONPOINTSPointPoint setLINES AND ARCSProfileLineArcThree-point arcCentre point arcCIRCLES AND ELLIPSECircleCircle by Centre and diameterThree-point circleEllipseConicParabola by focusNX CADHyperbola by focusPROFILESRectangleBy 2 pointsBy3 pointsFrom CentrePolygonInscribed radiusCircumscribed radiusSide lengthCURVESStudio spline Through points By polesFit splineTOPIC: GEOMETRY MODIFICATIONCornerChamferFilletQuick trimTOPIC: TRANSFORMATIONSMirrorSymmetryTranslateRotateScaleOffsetTOPIC: CONSTRAINTSGeometrical constraintsDimensional ConstraintsContact constraints

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

Solid Edge

Overview

Synchronous and ordered mechanical modeling, assemblies, sheet metal, and drafting. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, automotive, aerospace, production, and design engineering students; CAD beginners; working design engineers; diploma and B.E./B.Tech learners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
SOLID EDGE
Session 1
Product design cycleNeed for designingIntroduction to CAD/CAM/CAEIntroduction to SOLID EDGEAbout SiemensSpecialization of SOLID EDGEIntroduction to workbenches of SOLID EDGEProperties of SOLID EDGEa) Feature based environmentRoll backRe-orderb) Parametric modelingc) Bi-directional associativityd) Parent-Child relationshipSketch, Feature, Component, Product, Drafting- ConceptsFile extensions of various workbenches
Session 2
SKETCHER ENVIRONMENTTOOLBAR: SKETCH ENTITIESTOOL: LINELinePointFree sketchTOOL: RECTANGLERectangle by centerRectangle by two pointsSOLID EDGERectangle by three pointsPolygon by centerTOOL: CIRCLECircle by center pointsCircle by three pointsTangent circleEllipse by center pointEllipse by three pointsTOOL: ARCTangent ArcArc by three pointsArc by center pointsTOOL: SPLINETOOL: SKETCH FILLETTOOL: SKETCH CHAMFERTOOL: SPLIT
Session 3
TOOL: EXTENT TO NEXT SURFACETOOL: TRIMTOOL: TRIM CORNERTOOL: OFFSETTOOL: MOVETOOL: ROTATETOOL: MIRRORTOOL: SCALETOOL: STRETCHTOOL: PROJECTSOLID EDGETOOL: CONSTRUCTIONTOOL: CREATE AS CONSTRUCTIONTOOL: FILLTOOL: AXIS OF REVOLUTION
Session 4
TOOL: RELATETOOL: INTELLISKETCHTOOL: DIMENSIONTOOL: HOLE CIRCLETOOL: MOUNTIND BOSS LOCATION
Session 5
PART MODELING ENVIRONMENTTOOL: EXTRUDEFromSketch planeOffsetProfile CreationBlindExtrude to non-symmetric/symmetricFinite ExtentFrom/To ExtentThrough nextThrough allDirection one and Direction twoTreatment stepSOLID EDGETOOL: CUT-EXTRUDESketchCut to Non-symmetric /symmetricFinite cutFrom/To cut
Session 6
TOOL: REVOLVEAxis of revolutionFromSketch planeOffsetProfile CreationSketchRevolve to Non-symmetric /symmetricFinite RevolveFrom/To revolveThrough nextSOLID EDGEThrough allDirection one and Direction twoTreatment stepTOOL: CUT-REVOLVERevolve Cut to Non-symmetric /symmetricFinite ExtentFrom/To Revolve cut
Session 7
TOOL: HOLEPlane StepHole StepExtent StepHole OptionsSimpleSOLID EDGEThreadedCounter boreCounter sinkTaperedHole ExtentsFinite ExtentFrom/To ExtentThrough nextThrough allV-bottom AngleTOOL: ROUNDSelect StepEdgeSoften corner StepCornerShapeTangent continuousCurvature continuousRound OptionsConstant RadiusVariable RadiusBlendSurface blendTOOL: CHAMFERSelect edgeChamfer OptionsEqual SetbacksAngle and setback2 setbacks
Session 8
TOOL: DRAFTDraft PlaneSelect FaceSelect DirectionDraft OptionsFrom PlaneFrom EdgeFrom Parting SurfaceFrom Parting LineTOOL: THIN WALLCommon ThicknessOffset OutsideOffset InsideOffset SymmetricOpen FaceUnique ThicknessTOOL: THIN REGIONFace To ThinCapping FaceSOLID EDGE
Session 9
TOOL: RIPSketch PlaneProfile StepDirection StepSide StepTOOL: WEB NETWORKTreatment StepTOOL: LIPSelect Edge StepTOOL: VENTVent OptionsThicknessExtensionOffsetDepthDraft AngleSelect Boundary StepSelect Rip stepsSelect Spare StepExtent StepSOLID EDGETOOL: MOUNTING BOSSSelect PlaneMounting Boss StepMounting Boss OptionsBoss DiameterMounting holeStiffening RipsAdd draftAdd rounds and FilletsTOOL: EMBOSSSelect Target stepSelect Tool stepEmboss options
Session 10
TOOL: SWEEPSingle Path and Cross sectionPath StepCross section stepAxis StepMultiple paths Cross sectionTwistNumber of turnsSOLID EDGETurns per LengthTOOL: SWEEP CUT
Session 11
TOOL: SOLID SWEEPPath stepTool StepAxis StepLock DirectionTOOL: LOFTCross section StepGuide curve StepExtent StepTOOL: HELIXAxis and cross section StepDraw axis and cross stepSOLID EDGEStart and End StepParameters StepAxis Length & PitchAxis Length & TurnsPitch & TurnsHelix StepFinite ExtentFrom/To helixThrough nextThrough allTOOL: HELIX CUTOUTFrom/To helix cut
Session 12
TOOL: NORMALSelect curve stepFaces Touching curvesAll FacesSide StepTOOL: NORMAL CUTOUTTOOL: PATTERNSelect StepSketch StepPartial CircleFull circleOptionsRadiusSweepCountSpacingTOOL: MIRRORMIRROR COPY FEAUTURESelect feature stepPlane stepMIRROR COPY PARTSOLID EDGE
Session 13
TOOL: ADD BODYAdd part bodyInitial body nameNew body nameTOOL: ENCLOSURESelect feature stepSelect plane stepType of EnclosureBoxInside cylinderOutside cylinderTOOL: MULTI BODY PUBLISHTOOL: UNIONTOOL: SUBTRACTTOOL: INTERSECTTOOL: SPLITTOOL: FILLET WELDTOOL: GROOVE WELDTOOL: LABEL WELDTOOL: STITCH WELD
Session 14
SURFACE ENVIRONMENTTOOL: KEYPOINTSelect point stepSOLID EDGERed define pointsEnd conditions stepOpenCloseCurve length stepFixed lengthConstrain directionsTOOL: INTERSECTIONTOOL: PROJECTTOOL: HELICAL CURVETOOL: CROSSTOOL: CONTOURTOOL: ISOCLINETOOL: DERIVEDTOOL: SPLIT
Session 15
TOOL: BLUE SURFCross section stepGuide curve stepTypesNaturalNormal to sectionParallel to sectionTOOL: BOUNDEDTOOL: REDEFINETOOL: SWEPTSingle Path and Cross sectionSOLID EDGEPath StepAxis StepMultiple paths Cross sectionTwistNumber of turnsTurns per Length
Session 16
TOOL: EXTRUDEDFromSketch planeOffsetProfile Creation a. BlindExtrude to non-symmetric /symmetricFinite ExtentFrom/To ExtentThrough nextThrough allDirection one and Direction twoTreatment stepTOOL: REVOLVEDAxis of revolutionSOLID EDGEProfile CreationSketchRevolve to non-symmetric /symmetricFinite RevolveFrom/To revolve
Session 17
TOOL: OFFESETTOOL: COPYTOOL: RULEDTOOL: MODIFY SURFACESTOOL: INTERSECTTOOL: REPLACE FACETOOL: TRIMTOOL: EXTENTTOOL: SPLITTOOL: STITCHEDTOOL: SHOW NON STITCHED EDGESTOOL: PARTING SPLITTOOL: PARTING SURFACESOLID EDGETOOL: OFFSET EDGETOOL: BLUE DOTTOOL: PATTERNSelect StepSketch StepPartial CircleFull circleOptionsRadiusSweepCountSpacingTOOL: MIRRORMIRROR COPY FEAUTURESelect feature stepPlane stepMIRROR COPY PART
Session 18
SHEET METAL ENVIRONMENTTOOL: TAPSelect featureTOOL: FLANGEEdge stepMaterial insideMaterial outsideSOLID EDGEBend outsideProfile stepOffset stepTOOL: CONTOUR FLANGEPlane stepPlane normal to curvePlane at endPlane at distanceDraw profile stepTOOL: LOFTED FLANGETOOL: LOUVER
Session 19
TOOL: DRAWN CUTOUTTOOL: GUSSETTOOL: CROSS BRAKETOOL: ETCHTOOL: EMBOSSTOOL: TWO BEND CORNERTOOL: THREE BEND CORNERTOOL: RIP CORNERTOOL: HOLEPlane StepHole StepExtent StepHole OptionsSimpleThreadedSOLID EDGECounter boreCounter sinkTaperedHole ExtentsFinite ExtentFrom/To ExtentThrough nextThrough allV-bottom Angle
Session 20
TOOL: NORMAL CUTOUTSelect curve stepFaces Touching curvesAll FacesSide StepTOOL: CUTFromSketch planeOffsetProfile CreationSketchCut to non-symmetric /symmetricFinite cutFrom/To cutThrough nextThrough allSOLID EDGEoffsetDirection one and Direction twoTreatment stepTOOL: SLOTTOOL: ENCLOSURETOOL: BENDTOOL: UNBENDTOOL: REBENDTOOL: JOG
Session 21
TOOL: BREAK CORNERTOOL: CHAMFERTOOL: ADD BODYAdd part bodyInitial body nameNew body nameTOOL: MULTI BODY PUBLISHTOOL: UNIONTOOL: SUBTRACTTOOL: INTERSECTTOOL: SPLITTOOL: MID SURFACETOOL: PATTERNSelect StepSketch StepPartial CircleFull circleSOLID EDGEOptionsRadiusSweepCountSpacingTOOL: MIRRORMIRROR COPY FEAUTURESelect feature stepPlane stepMIRROR COPY PART
Session 22
ASSEMBLY ENVIRONMENTTOOL: INSERT COMPONENTPart/Assembly to insertBrowseThumbnail previewTOOL: ASSEMBLETOOL: CREATE PART IN PLACETOOL: STANDARD MATESFlash fitMatePlaner alignAxial alignTangent mateInsertSOLID EDGEParallelConnectAngleTangent
Session 23
TOOL: ASSEMBLY FEATURESAssembleMove on selectDrag component
Session 24
TOOL: FACE RELATETOOL: PATTERNSelect StepSketch StepPartial CircleFull circleOptionsRadiusSweepCountSpacingTOOL: MIRRORMIRROR COMPONENTSSelect feature stepPlane stepTOOL: DUPLICATE COMPONENTSOLID EDGETOOL: ORIENTTOOL: STYLE
Session 25
DRAFTING ENVIRONMENTTOOL: SHEET SETUPSheet sizeSheet scaleSheet nameBackground sheetTOOL: SHEET OPTIONSInsertDeleteRename sheetBackground2D modelEdit backgroundSet sheet scale
Session 26
TOOL: VIEW WIZARDTOOL: UPDATE VIEWSTOOL: DRAWING VIEWSPrincipalAuxiliary viewDetail viewCutting PlaneSectionBroken-OutSOLID EDGE
Session 27
TOOL: TABLESParts ListHole tableTableTOOL: DIMENSIONSDimensionsTOOL: ANNOTATIONSCall OutBalloonSurface texture symbol

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

SOLIDWORKS

Overview

Parametric mechanical design, assemblies, surfaces, sheet metal, and manufacturing drawings. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical, automotive, aerospace, production, and design engineering students; CAD beginners; working design engineers; diploma and B.E./B.Tech learners.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
SOLIDWORKS
Session 1
INTRODUCTIONProduct design cycleNeed for designingIntroduction to CAD/CAM/CAEIntroduction to SOLIDWORKSAbout Dassault systemsSpecialization of SOLIDWORKSIntroduction to workbenches of SOLIDWORKSProperties of SOLIDWORKSFeature based environmenta) Roll backb) Re-orderParametric modelingBi-directional associativityParent-Child relationshipSketch, Feature, Component, Product, Drafting- ConceptsFile extensions of various workbenches
Session 2
SKETCHER ENVIRONMENTTOOLBAR: SKETCH ENTITIESTOOL: LINEOrientationa) As sketchedb) Horizontalc) Verticald) AngleOptionsa) For constructionb) Infinite lengthParametersa) Lengthb) AngleExisting relationsAdd relationsSOLIDWORKSTOOL: CENTERLINETOOL: MIDPOINTLINETOOL: RECTANGLECorner RectangleCenter Rectangle3 Point corner Rectangle3 Point center RectangleParallelogramTOOL: CIRCLEa) Center X coordinateb) Center Y coordinatec) RadiusFor constructionTOOL: PERIMETER CIRCLETOOL: CENTERPOINT ARCc) Start X coordinated) Start Y coordinatee) End X coordinatef) End Y coordinateg) Radiush) AngleTOOL: TANGENT ARCTOOL: 3 POINT ARCa) Parametersb) Center X coordinatec) Center Y coordinated) Start X coordinatee) Start Y coordinatef) End X coordinateg) End Y coordinateh) Radiusi) AngleTOOL: POLYGONa) Number of sidesb) Inscribed circlec) Circumscribed circleTOOL: SPLINESplineStyle SplineEquation Driven Splineb) Optionsa) Existing relationsb) Add relationsTOOL: ELLIPSEc) Radius 1d) Radius 2TOOL: PARTIAL ELLIPSEe) AngleTOOL: PARABOLAa) Start X coordinateb) Start Y coordinatec) End X coordinated) End Y coordinatee) Center X coordinatef) Center Y coordinateTOOL: CONICTOOL: SLOTStraight slotCenter point straight slot3 Point Arc slotCenter point Arc slotTOOL: SKETCH FILLETMessageEntities to filletFillet parametersa) Fillet radiusb) Keep constrained cornersc) Dimension each filletTOOL: SKETCH CHAMFERChamfer parametersa) Angle-distanceb) Distance-distancec) Equal distanced) Distance 1e) Distance 2TOOL: SKETCH TEXTCurvesTextBoldItalicRotateLeft alignCenter alignRight alignFull justifyFlip verticalFlip horizontalUse document fontFont stylea) Regularb) Italicc) Boldd) Bold italicHeighta) Unitsb) Spacec) PointEffectsa) Strikeoutb) UnderlineTOOL: POINTa) X coordinateb) Y coordinateTOOL: TRIMa) Power trimb) Cornerc) Trim away insided) Trim away outsidee) Trim to closestTOOL: EXTENDTOOL: CONVERT ENTITIESEntities to convertSelect chainTOOL: INTERSECTION CURVE
Session 3
Parametersa) Offset distanceb) Add dimensionsc) Reversed) Select chaine) Bi-directionalf) Make base constructiong) Cap ends (Arcs, Lines)TOOL: MIRROROptionsa) Entities to mirrorb) Copyc) Mirror aboutTOOL: LINEAR PATTERNDirection-1a) X-axisb) Reverse directionc) Spacing (D1)d) Dimension spacinge) Number of instancesSOLIDWORKSf) Display instance countg) Angle (A1)Direction-2a) Y-axisc) Spacing (D2)g) Angle (A2)h) Dimension angle between axesi) Entities to patternj) Instances to skipTOOL: CIRCULAR PATTERNa) Center Xb) Center Yc) Reverse Directiond) Spacinge) Equal spacingf) Dimension radiusg) Dimension angular spacingh) Number of instancesi) Display instance countj) Radiusk) Entities to patternl) Instances to skipTOOL: MOVEEntities to movea) Keep relationsa) From/Tob) X/Yc) Start pointBase pointRepeatTOOL: COPYEntities to copyTOOL: ROTATEEntities to rotatea) Center of rotationa) Base pointb) AngleTOOL: SCALEEntities to scaleScale aboutb) Scale factorc) CopyTOOL: STRETCHEntities to stretchFrom/ToX/Yb) RepeatTOOL: DISPLAY/DELETE RELATIONSTOOL: ADD RELATIONSTOOL: FULLY DEFINE SKETCHTOOL: REPAIRSKETCHTOOL: QUICK SNAPSPoint snapCenter point snapMidpoint snapQuadrant snapIntersection snapNearest snapTangent snapPerpendicular snapParallel snapH/V snapH/V point snapGrid snapAngle snapTOOL: RAPID SKETCH
Session 4
PART MODELING ENVIRONMENTTOOLBAR: BOSS/BASETOOL: EXTRUDEFroma) Sketch planeb) Surface/Face/Planec) Vertexd) OffsetDirection 1a) Blindb) Up to vertexc) Up to surfaced) Offset from surfacee) Up to bodyf) Mid planeg) Reverse directionh) Direction of extrusioni) Depth (D1)j) Draft anglek) Draft outwardSOLIDWORKSDirection 2f) Depth (D2)g) Draft angleThin featurea) One-directionb) Mid-planec) Two-directiond) Reverse directione) Thickness (T1)f) Cap endsSelected contoursTOOL: CUT-EXTRUDEb) Through Allc) Up to nextd) Up to vertexe) Up to surfacef) Offset from surfaceg) Up to bodyh) Mid planei) Reverse directionj) Direction of extrusionk) Depth (D1)l) Flip side to cutm) Draft anglen) Draft outwardh) Depth (2)i) Draft anglef) Thickness (T2)
Session 5
TOOL: REVOLVEAxis of revolutionDirection 1a) Blindb) Reverse directionc) Up to vertexd) Up to surfacee) Offset from surfacef) Mid planeg) Direction 1 angle (A1)Direction 2b) Up to vertexc) Up to surfaced) Offset from surfacee) Direction 2 angle (A2)Thin featurea) One-directionb) Mid-planec) Two-directiond) Reverse directione) Direction 1 thickness (T1)f) Direction 2 thickness (T1)SOLIDWORKSSelected contoursTOOL: CUT-REVOLVEe) Mid planef) Reverse directiong) Direction 1 Anglee) Direction 2 Anglee) Thickness (T1)f) Thickness (T2)TOOL: SWEPTProfile & Patha) Profileb) PathOptions (Orientation and twist type)a) Follow pathb) Keep normal constantc) Follow path & first guide curved) Follow first & second guide curvee) Twist along pathf) Twist along path with normal constantg) Show previewGuide curvesStart/End tangencya) Start tangency typea) Noneb) Path tangentc) End tangency typed) Nonee) Path tangentTOOL: SWEPT CUT
Session 6
TOOL: LOFTProfilesStart/End constraintsa) Start constraintb) Nonec) Direction vectord) Normal to profilee) Start tangent lengthf) Apply to allEnd constraintg) Noneh) Direction vectori) Normal to profilej) End tangent lengthk) Apply to allGuide curvesCenterline parametersOptionsa) Merge tangent facesb) Close loftc) Show previewThin featurea) One-directionb) Mid-planec) Two-directiond) Reverse directione) Direction 1 thickness (T1)f) Direction 2 thickness (T1)TOOL: CUT-LOFTApply to all End constraintf) NoneSOLIDWORKSg) Direction vectorh) Normal to profilei) End tangent lengthj) Apply to all
Session 7
TOOL: BOUNDARYDirection 1Direction 2Thin featurea) One-directionb) Mid-planec) Two-directiond) Reverse directionTOOL: BOUNDARY CUTTOOL: HOLEWIZARDHole PositionHole typeSOLIDWORKS
Session 8
TOOL: FILLETFillet typea) Constant radiusItems to filleta) Radiusb) Multiple radius filletc) Tangent propagationd) Full previewe) Partial previewf) No previewSet back parametersa) Distanceb) Setback verticesc) Setback distancesd) Set unassignede) Set allFillet optionsa) Select through facesb) Keep featuresc) Round cornersd) Overflow typeDefaultKeep edgeKeep surfacea) Variable radiusa) Tangent propagationb) Full previewc) Partial previewd) No previewVariable radius parametersb) Attached radiic) Set unassignedSOLIDWORKSd) Set alle) Number of instancesf) Smooth transitiong) Straight transitiona) Defaultb) Keep edgec) Keep surfacea) Face filletb) Face set 1c) Face set 2d) Tangent propagatione) Full previewf) Partial previewg) No previewb) Hold linesc) Curvature continuousd) Constant widtha) Full round filleta) Face set 1b) Center face setTOOL: FILLET XPERTTypea) Addb) ApplyOptionsb) Tangent propagationc) Full previewd) Partial previewe) No previewa) ChangeFillets to changeb) Resizec) RemoveExisting filletsa) CornerCorner facesa) Show alternativesCopy targetsa) Copy tob) Enable HighlightingTOOL: CHAMFERChamfer parametersa) Angle distanceb) Distance - distancec) Vertexd) Flip directione) Distancef) Angleg) Select through facesh) Keep featuresi) Tangent propagationj) Full previewk) Partial previewl) No preview
Session 9
TOOLBAR: PATTERN/MIRRORTOOL: LINEAR PATTERNDirection 1a) Pattern directionb) Reverse directionc) Spacing (D1)d) Number of instancesDirection 2c) Spacing (D2)Features to patternFaces to patternBodies to patternInstances to skipOptionsa) Vary sketchb) Geometry patternc) Propagate visual propertiesd) Full previewe) Partial previewInstances to varya) Direction 1 incrementb) Direction 2 incrementc) Modified instancesSOLIDWORKSTOOL: CIRCULAR PATTERNParametersa) Pattern axisc) Anglee) Equal spacingb) Modified instancesTOOL: MIRRORMirror face/Planea) Geometry patternb) Propagate visual propertiesc) Full previewd) Partial previewTOOL: CURVE DRIVEN PATTERNc) Number of instancesd) Equal spacinge) Spacing (D1)f) Curve methoda) Transform curveb) Offset curveg) Alignment methodTangent to curveAlign to seedh) Face normalb) Number of instancesc) Equal spacingd) Spacing (D2)e) Pattern seed onlyTOOL: SKETCH DRIVEN PATTERNSelectionsa) Reference sketchb) Reference pointa) Centroidb) Selected pointc) Reference vertexTOOL: TABLE DRIVEN PATTERNRead a file fromReference pointa) Selected pointb) CentroidCoordinate systemsFeatures to copyBodies to copyFaces to copyBrowseSaveTOOL: FILL PATTERNFill boundaryPattern layouta) Perforationb) Circularc) Squared) Polygone) Instance spacingf) Stagger angleg) Marginsh) Pattern directiona) Selected featuresb) Create seed cuta) Circleb) Squarec) DiamondTOOL: VARIABLE PATTERNFeatures to PatternTableFailed instances
Session 10
TOOL: RIBParametersa) Thicknessa) First sideb) Both sidesc) Second sideb) Rib thicknessc) Extrusion directiond) Parallel to sketche) Normal to sketchf) Flip material sideDraft On/Offa) Draft angleb) Draft outwardSelected contoursTOOL: DRAFTType of drafta) Neutral planeDraft angleNeutral planeb) Reverse directionFaces to drafta) Face propagationa) Noneb) Along tangentc) All facesd) Inner facese) Outer facesSOLIDWORKSa) Parting lineDirection of pulla) Reverse directionParting linea) Step drafta) Tapered stepsb) Perpendicular stepsTOOL: SHELLa) Thickness (D1)b) Faces to removec) Shell outwardd) Show previewMulti-Thickness settingsa) Multi-Thicknessb) Multi-Thickness facesTOOL: WRAPWrap parameters (Emboss)a) Face for wrap sketchb) Thicknessc) Reverse directiond) Pull directione) Source sketchWrap parameters (Deboss)b) DepthWrap parameters (Scribe)c) Source sketchTOOL: INTERSECTSelectionsa) Cap planar opening on surfacesb) IntersectRegions to excludeOptionsa) Merge result
Session 11
TOOLBAR: REFERENCE GEOMETRYTOOL: PLANEFirst referenceSecond referenceThird referenceOptionsa) Parallelb) Perpendicularc) Coincidentd) At anglee) Offset distancef) Flipg) Number of planes to createh) Mid PlaneSOLIDWORKSTOOL: AXISSelectionsa) Reference entitiesOne Line/Edge/AxisTwo planesTwo points/VerticesCylindrical/ Conical facePoint & Face/PlaneTOOL: COORDINATE SYSTEMSa) OriginX-axis direction reference & ReverseY-axis direction reference & ReverseZ-axis direction reference & ReverseTOOL: POINTArc centerCenter of faceIntersectionProjectionAlong curve distance (or) Multiple reference pointa) Distanceb) Percentagec) Evenly distributeTOOL: CENTER OF MASSTOOL: MATE REFERENCETOOLBAR: CURVE
Session 12
TOOL: SPLIT LINEType of splita) SilhouetteSelectionsa) Direction of pullb) Faces to splitc) Reverse directiond) AngleSOLIDWORKSa) Projectiona) Sketch to projectc) Single directiond) Reverse directiona) Intersectiona) Splitting Bodies/Faces/Planesb) Faces/Bodies to splitSurface split optionsa) Split allb) Naturalc) LinearTOOL: PROJECT CURVEa) Projection typea) Sketch on facesb) Sketch to projectc) Projection facesd) Reverse projectiona) Sketch on sketchb) Sketches to projectTOOL: COMPOSITE CURVEEntities to joinTOOL: CURVE THROUGH XYZ POINTSCurve filea) Point (X,Y,Z)b) Browsec) Save/Save asTOOL: CURVE THROUGH REFERENCE POINTSThrough pointsClosed curveTOOL: HELIX/SPIRALDefined bya) Pitch & Revolutionb) Height & Revolutionc) Height & Pitchd) SpiralParametersa) Constant pitchb) Variable pitchc) Pitchd) Revolutionse) Heightf) Start angleg) Clockwiseh) Counter clockwiseTaper Helixa) Taper angleb) Taper outwardTOOL: INSTANT 3D
Session 13
TOOL: ADVANCED FEATURESFlexDomeIndentSplitCombineScaleJoinDeformFreeformMove/CopyDelete/Keep BodySOLIDWORKS
Session 14
ASSEMBLY ENVIRONMENTTOOL: BEGIN ASSEMBLYPart/Assembly to insertBrowseThumbnail previewOptionsa) Start command when creating new assemblyb) Graphics previewc) Make virtuald) EnvelopeTOOL: INSERT COMPONENTTOOL: STANDARD MATESCoincident mateParallel matePerpendicular mateTangent mateConcentric mateLockDistanceAngleMate alignmenta) Alignedb) Anti-aligned
Session 15
TOOL: ADVANCED MATESSymmetric mateWidth mateSOLIDWORKSPath mateLinear/Linear couplerDistanceAngleMate alignmenta) Alignedb) Anti-alignedTOOL: MECHANICAL MATESCamHingeGearRack pinionScrewTOOL: OPTIONSShow popup dialogShow previewUse for positioning onlyTOOLS:Linear component patternCircular component patternMirror componentsMove componentRotate componentShow Hidden components
Session 16
TOOL: ASSEMBLY FEATURESHole wizardHole SeriesSimple HoleExtruded cutRevolved cutSwept cutFilletChamferSOLIDWORKS
Session 17
TOOL: REFERENCE GEOMETRYPlanesAxisCoordinate systemsPointCenter of massMate referenceTOOLS:Bill of materialsExploded viewExplode Line SketchInstant 3DUpdate speedpakTake Snapshot
Session 18
SURFACE MODELING ENVIRONMENTTOOL: EXTRUDED SURFACEFroma) Sketch planeb) Surface/Face/Planec) Vertexd) OffsetDirection 1a) Blindb) Up to vertexc) Up to surfaced) Offset from surfacee) Up to bodyf) Mid planeg) Reverse directionh) Direction of extrusioni) Depth (D1)j) Draft anglek) Draft outwardl) Cap endSOLIDWORKSDirection 2f) Depth (D2)g) Draft angleh) Cap endSelected contoursTOOL: REVOLVED SURFACEAxis of revolutionb) Reverse directionc) Up to vertexd) Up to surfacee) Offset from surfaceg) Direction 1 angle (A1)e) Direction 2 angle (A2)TOOL: SWEPT SURFACEProfile & Patha) Profileb) PathOptions (Orientation and twist type)a) Follow pathb) Keep normal constantc) Follow path & first guide curved) Follow first & second guide curvee) Twist along pathf) Twist along path with normal constantg) Show previewStart/End tangencya) Start tangency typeNonePath tangentb) End tangency typeTOOL: LOFTED SURFACEProfilesa) Start/End constraintsStart constraintDirection vectorNormal to profileStart tangent lengthApply to allb) End constraintEnd tangent lengthGuide curvesCenterline parametersOptionsa) Merge tangent facesb) Close loftc) Show previewTOOL: BOUNDARY SURFACE
Session 19
TOOL: FILLED SURFACEPatch boundarySOLIDWORKSConstraint curvesOptionsa) Fix up boundaryb) Merge resultc) Try to form solidd) Reverse directionTOOL: FREEFORMTOOL: PLANAR SURFACETOOL: OFFSET SURFACEOffset parametersa) Surface or Faces to offsetb) Offset distancec) Flip offset directionTOOL: RULED SURFACETypea) Tangent to surfaceb) Normal to surfacec) Tapered to vectord) Perpendicular to vectore) SweepDistance/Directiona) Distance (D)b) Reference vectorc) Co-ordinate inputEdge selectionEdgesa) Trim and Knitb) Connecting SurfaceTOOL: SURFACEFLATTEN
Session 20
TOOL: FILLET XPERTTypeChangeFillets to changea) RadiusSOLIDWORKSb) Resizec) RemoveExisting filletsCornerCorner facesShow alternativesCopy targetsa) Copy tob) Enable HighlightingAddItems to filletb) ApplyOptionsa) Select through facesb) Tangent propagationc) Full previewd) Partial previewe) No previewTOOL: DELETE FACESelectionsFaces to deletea) Deleteb) Delete and patchc) Delete and filld) Show previewTOOL: REPLACE FACEReplace parametersa) Target faces for replacementb) Replacement surface(s)
Session 21
TOOL: EXTEND SURFACEEdges/Faces to ExtendSelected Face/EdgesEnd conditiona) Distanceb) Up to pointc) Up to surfaced) Distance (D)Extension typea) Same surfaceb) LinearTOOL: TRIM SURFACETrim typea) Standardb) MutualSelectionsa) Trimming surfacesb) Keep selectionsc) Remove selectionsd) Pieces to keepSurface split optionsa) Split allb) Naturalc) LinearTOOL: UNTRIM SURFACEOptionsMerge with originalTOOL: KNIT SURFACEa) Surfaces and Faces to knitb) Try to form solid
Session 22
TOOL: THICKENSOLIDWORKSThicken parametersSurfaces to thickenThicknessa) Thicken side 1b) Thicken both sidesc) Thicken side 2TOOL: THICKENED CUTTOOL: CUT WITH SURFACESurface cut parametersa) Selected surface for cutb) Flip cut
Session 23
SHEET METAL ENVIRONMENTTOOL: BASE FLANGE/TABSheet metal parametersa) Direction 1 Thickness (T1)b) Reverse directionBend allowancea) Bend Tableb) K factorc) Bend allowanced) Bend deductione) Bend calculationAuto reliefa) Rectangularb) Tearc) Obroundd) Use relief ratioe) Ratiof) Relief widthSOLIDWORKSg) Relief depthTOOL: LOFTED BENDProfileThicknessReverse directionTOOL: EDGE FLANGEFlange parametersa) Edgeb) Edit flange profilec) Use default radiusd) Bend radiuse) Gap distanceAnglea) Flange angleb) Select facec) Perpendicular to faced) Parallel to faceFlange lengtha) Blindb) Up to vertexc) Up to edge and merged) Reverse directione) Lengthf) Outer virtual sharpg) Inner virtual sharph) Tangent bendFlange positiona) Material insideb) Material outsidec) Bend outsided) Bend from virtual sharpe) Tangent to bendf) Trim side bendsg) OffsetCustom bend allowanceCustom relief typeTOOL: CONVERT TO SHEETMETALa) Select a fixed entityb) Override default parametersc) Sheet thicknessd) Reverse thicknesse) Default radius for bendsBend edgesa) Select edges/faces that represents bendsb) Collect all bendsc) Rip edges foundCorner defaultsa) Open buttb) Overlapc) Underlapd) Default gap for all ripse) Default overlap ratio
Session 24
TOOL: MITER FLANGEMiter parametersa) Along edgesb) Use default radiusc) Bend radiusd) Flange positionMaterial insideMaterial outsideBend outsideTrim side bendsGap distanceRip gapStart/End offseta) Start offset distance (D1)b) End offset distance (D2)Custom bend allowancea) Bend tableb) K factorc) Bend allowanced) Bend deductione) Bend calculationSOLIDWORKSTOOL: HEMEdgesa) Edgesb) Reverse directionc) Edit hem widthd) Material insidee) Bend outsideType and Sizea) Closed (Length)b) Open (Length, Gap distance)c) Tear drop (Angle, Radius)d) Rolled (Angle, Radius)Custom relief typeTOOL: JOGSelectionsa) Fixed faceJog offseta) Blindb) Up to vertexc) Up to surfaced) Offset from surfacee) Offset distancef) Dimension positionOutside offsetInside offsetOverall dimensiong) Fix projected lengthJog positiona) Bend centerlineb) Material insidec) Material outsided) Bend outsideJog angle
Session 25
TOOL: SKETCHED BENDSOLIDWORKSBend parametersa) Fixed faceb) Bend positionBend centerlineMaterial insideMaterial outsideBend outsidec) Bend angled) Use default radiuse) Bend radiusTOOL: CROSS BREAKCross break parametersa) Facesb) Reverse directionc) Edit cross profiled) Break radiuse) Break angleTOOL: CORNERSClosed cornerWelded cornerBreak -corner/Corner-TrimCorner relief
Session 26
TOOL: FORMING TOOLTypeInsertion pointStopping faceFaces to removeTOOL: SHEETMETALGUSSETSOLIDWORKSTOOL: CUT-EXTRUDEFroma) Sketch planeb) Surface/Face/Planec) Vertexd) OffsetDirection 1a) Blindb) Through Allc) Up to nextd) Up to vertexe) Up to surfacef) Offset from surfaceg) Up to bodyh) Mid planei) Reverse directionj) Direction of extrusionk) Depth (D1)l) Flip side to cutDirection 2h) Depth (2)i) Draft angleThin featurea) One-directionb) Mid-planec) Two-directiond) Reverse directione) Thickness (T1)f) Thickness (T2)Selected contoursTOOL: SIMPLEHOLEb) Through allg) Direction of extrusionh) Depthi) Hole diameterj) Draft anglek) Draft outwardTOOL: VENT
Session 27
TOOL: UNFOLDFixed faceBends to unfoldCollect all bendsTOOL: FOLDBends to foldTOOL: FLATTENTOOL: INSERT BENDSBend parametersa) Fixed face or Edgeb) Bend radiusc) ThicknessBend allowancea) Bend tableb) K-factorc) Bend allowanced) Bend deductione) Bend calculationSOLIDWORKSAuto reliefa) Rectangularb) Tearc) ObroundRip parametersa) Edges to ripb) Change directionc) Rip gapTOOL: NO BENDS
Session 28
WELDMENTS ENVIRONMENTTOOL: 3DSKETCHTOOL: WELDMENTSTOOL: STRUCTUAL MEMBERStandardTypeSizeGroupTOOL: TRIM/EXTENDTOOL: EXTRUDE BOSS/BASE
Session 29
TOOL: END CAPTOOL: GUSSETTOOL: WELD BEADTOOL: EXTRUDE CUTTOOL: HOLE WIZARDTOOL: CHAMFER
Session 30
DRAFTING ENVIRONMENTTOOL: SHEET FORMAT SIZESOLIDWORKSTAB: VIEW LAYOUTStandard 3 viewModel viewProjected viewAuxiliary viewSection viewDetail viewBroken out sectionBreakCrop viewAlternate position view
Session 31
ANNOTATIONTOOL: SMART DIMENSIONSmart dimensionHorizontal dimensionVertical dimensionBaseline dimensionOrdinate dimensionHorizontal ordinate dimensionVertical ordinate dimensionChamfer dimensionTOOLS:Model itemsSpell checkerNoteLinear note patternCircular note patternBalloonAuto balloonMagnetic lineSurface finish
Session 32
TOOLS:Weld symbolSOLIDWORKSHole calloutGeometric toleranceDatum featureDatum targetCenter markCenterlineArea Hatch/FillRevision symbolRevision cloudTables

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development

GD&T

Overview

Geometric dimensioning, tolerancing, datums, feature controls, and drawing interpretation. This structured program follows the uploaded VORNEX TECH syllabus and focuses on practical, industry-oriented learning.

Who Can Study?

Mechanical design, quality, manufacturing, inspection, production, and drafting students and professionals.

How We Teach

  • Live, step-by-step software demonstrations with guided practice.
  • Concepts are connected to engineering drawings, real components, manufacturing, and analysis applications.
  • Hands-on exercises, assignments, doubt-clearing, and project-oriented learning.

Syllabus Sessions

Session 1
GD & TGD&T
Session 1
Introduction to GD&TWhat is GD&T?Where does GD&T come from (references…)Why use GD&T?How does GD&T Work? (An Overview…)Terms and DefinitionsCommon symbols & TerminologyFundamental Rules (Drawing)Dimensioning Concepts &RulesFeature Definition-With size & Without size
Session 2
Material condition (Maximum, Least, Regarding material condition)Limit TolerancingLimits of Size & FitsDatum Reference Frame –Theory & InterpretationDatum ElementsForm Tolerancesa) Flatnessb) Surface roughnessc) Straightnessd) Circularitye) CylindricityOrientation Tolerancesa) Perpendicularityb) Parallelismc) Angularity
Session 3
Position Tolerancesa) Cylindrical Tolerance Zoneb) Rectangular Tolerance Zonec) Composite Tolerance Zone-One Datum featureRun out tolerancea) Circular Run outb) Total Run out

Why Choose VORNEX TECH?

Practical industry-focused trainingLive interactive classesWeekday, weekend, alternate-day and recorded optionsAssignments and project guidanceBeginner-friendly explanationsCareer-oriented skill development
CIVIL & STRUCTURAL ENGINEERING

Civil & Structural BIM Courses

Explore industry-focused software training for architecture, structural engineering, infrastructure, visualization, and construction project management.

Choose Your Software

Select a course to view its complete syllabus and learning modules.

15 COURSES
CAD01

AutoCAD

2D drafting, technical drawing, and professional CAD documentation.

CIVIL BIM02

AutoCAD Civil 3D

Land development, surfaces, alignments, corridors, and quantity workflows.

BIM03

Revit Architecture

Architectural BIM modeling, documentation, and construction modeling.

3D VISUALIZATION04

3ds Max

3D modeling, materials, lighting, animation, and rendering.

3D MODELING05

SketchUp

Fast architectural concept modeling and presentation workflows.

STRUCTURAL ANALYSIS06

STAAD.Pro

Structural modeling, loading, analysis, and design fundamentals.

STRUCTURAL BIM07

ETABS

Building analysis, modeling, design, and seismic workflows.

STEEL DETAILING08

Tekla Structures

Steel detailing, connections, fabrication, and structural modeling.

STRUCTURAL BIM09

Revit Structure

Structural BIM modeling, reinforcement, and documentation.

MEP BIM10

Revit MEP

MEP systems, building services modeling, and coordination.

PROJECT MANAGEMENT11

Microsoft Project

Construction planning, scheduling, resources, and project control.

PROJECT MANAGEMENT12

Primavera P6

Professional construction planning, scheduling, and progress control.

CAD PLATFORM13

MicroStation

Precision drafting, elements, editing, and infrastructure documentation.

RENDERING14

V-Ray

Photorealistic materials, lighting, cameras, and architectural rendering.

REAL-TIME VISUALIZATION15

Lumion

Real-time architectural visualization, environments, materials, and effects.

CAD

AutoCAD

2D drafting, technical drawing, and professional CAD documentation.

Session 1

  • Need for Designing
  • Introduction to CAD/CAM/CAE
  • Concept of Designing and Drafting
  • Angle of projections
  • First angle projection
  • Third angle projection
  • Orthographic and Isometric views
  • Quadrants
  • Basic Drafting rules
  • Introduction to AutoCAD
  • Introduction to Autodesk

Session 2

  • COORDINATE SYSTEMS
  • Absolute co-ordinate system
  • a. Absolute origin
  • b. Cartesian coordinates
  • Relative methods
  • Relative Rectangular method
  • Concept of using @ symbol
  • Syntax
  • ❖ Relative Polar method
  • Angle calculation in four quadrants

Session 3

  • AUTOCAD BASICS
  • Workspace
  • Ribbon bar (RIBBON)
  • Command line (CTRL+9/CLI)
  • Menu bar
  • Function keys
  • Units (UN)
  • Limits (LIM)
  • Line (L)
  • Close (C)
  • Undo (U)
  • Ray - Line (RAY)
  • Xline (XL)
  • Horizontal (H)
  • Vertical (V)
  • Angle (A)
  • Bisect (B)
  • Offset (O)
  • Polyline (PL)
  • Arc (A)
  • Halfwidth (H)
  • Length (L)
  • Width (W)

Session 4

  • Polyline edit (PEdit)
  • Close (C)
  • Open (O)
  • Join (J)
  • Fit (F)
  • Spline (S)
  • Reverse (R)
  • Undo (U)
  • Edit vertex (E)
  • Circle (C)
  • Center, Radius (R)
  • Center, Diameter (D)
  • 2 Points (2P)
  • 3 Points (3P)
  • Tangent, Tangent, Radius (Ttr)
  • Tangent, Tangent, Tangent
  • Polygon (POL)
  • Center
  • Inscribed (I)
  • Circumscribed (C)
  • Edge (E)
  • Erase (E)
  • Copy (CO)
  • Displacement (D)
  • Mode (O)
  • Move (M)
  • Base point

Session 5

  • Rectangle (REC)
  • Chamfer (C)
  • Elevation (E)
  • Fillet (F)
  • Thickness (T)
  • Width (W)
  • Area
  • Dimension
  • Rotation
  • Chamfer (CHA)
  • Undo (U)
  • Polyline (P)
  • Distance (D)
  • Angle (A)
  • Trim (T)
  • Method (E)
  • Multiple (M)
  • Radius (R)
  • Properties (PR)
  • Line properties
  • Match properties
  • Object
  • Settings (S)

Session 6

  • Layers
  • Layer (LA)
  • Layer current (LAYCUR)
  • Layer delete (LAYDEL)
  • Layer close (LAYERCLOSE)
  • Layer freeze (LAYFRZ)
  • Layer thaw (LAYTHW)
  • Layer isolated (LAYISO)
  • Layer unisolated (LAYUNISO)
  • Layer lock (LAYLCK)
  • Layer unlock (LAYULK)
  • Layer match (LAYMCH)
  • Layer merge (LAYMRG)
  • Layer on (LAYON)
  • Layer off (LAYOFF)
  • Layerwalk (LAYWALK)
  • Copy to layer

Session 7

  • Arc (A)
  • 3 points
  • Start, Center, End
  • Start, Center, Angle
  • Start, Center, Length
  • Start, End, Angle
  • Start, End, Direction
  • Start, End, Radius
  • Center, Start, End
  • Center, Start, Angle
  • Center, Start, Length
  • Continue
  • Array (AR)
  • Rectangular Array (ARRAYRECT)
  • Associative (AS)
  • Base point (B)
  • Count (C)
  • Spacing (S)
  • Columns (C)
  • Rows (R)
  • Levels (L)
  • Exit (X)
  • Polar Array (ARRAYPOLAR)
  • Items (I)
  • Angle between (A)
  • Fill (F)
  • Rotate (ROT)
  • exit (X)
  • Path Array (ARRAYPATH)
  • Z- Direction
  • Method
  • Tangent direction
  • Align items
  • Array edit (ARRAYEDIT)
  • ❖ Source (S)
  • ❖ Replace (REP)
  • ❖ Method
  • ❖ Base point (B)
  • ❖ Items (I)
  • ❖ Rows (R)
  • ❖ Levels (L)
  • ❖ Z-Direction
  • ❖ Reset (R)
  • ❖ Exit (X)
  • -Array (-ARRAY)
  • Array classic (ARRAYCLASSIC)

Session 8

  • Mirror (MI)
  • Rotate (RO)
  • Copy (C)
  • Reference (R)
  • Offset (O)
  • Through (T)
  • Erase (E)
  • Layer (L)
  • Scale (SC)
  • Donut (DO)
  • Fill (FILL)
  • Regeneration mode (RE)
  • Multiline (ML)
  • Justification (J)
  • Scale (S)
  • Style (ST)
  • Top (T)
  • Zero (Z)
  • Bottom (B)
  • Multiline Style (MLSTYLE)
  • Multiline Edit (MLEDIT)
  • Cross intersection
  • Closed cross (CC)
  • Open cross (OC)
  • Merged cross (MC)
  • Tee intersection
  • Closed Tee (CT)
  • Open Tee (OT)
  • Merged Tee (MT)
  • Corner Joint (CJ)
  • Adding vertices (AV) & Deleting Vertices (DV)
  • Cutting and Welding Multiple
  • Cut single (CS)
  • Cut all (CA)
  • Weld all (WA)

Session 9

  • Spline (SPL)
  • Methods (M)
  • Knots (K)
  • Object (O)
  • Spline Edit (SPE)
  • Close (C)
  • Join (J)
  • Fit data (F)
  • Edit vertex (E)
  • Convert to polyline (P)
  • Reverse (R)
  • Undo (U)
  • Exit (X)
  • Ellipse (EL)
  • Axis endpoint
  • Center point
  • Rotation angle
  • Arc
  • Start and end angles of the arc
  • Start and include angles of the arc
  • Start and end parameters
  • Stretch (S)
  • Lengthen (LEN)
  • Delta (DE)
  • Percent (PE)
  • Total (T)
  • Dynamic (DY)

Session 10

  • Block (B)
  • Base point
  • Object
  • Behavior
  • Insert block (I)
  • Intersection point
  • Scale
  • Rotation
  • Write block (W)
  • Trim (TR)
  • Fence (F)
  • Crossing (C)
  • Project (P)
  • None
  • UCS
  • View
  • Edge (E)
  • Extend
  • No Extend
  • Erase (R)
  • Undo (U)
  • Extend (EX)
  • No extend

Session 11

  • Dimensioning concepts
  • Need for Dimensioning
  • Fundamental dimensioning terms
  • Dimension line
  • Dimension text
  • Arrowheads
  • Extension lines
  • Leader
  • Center mark & Center lines
  • Alternate units
  • Tolerances
  • Limits
  • Dimension style manager (D or DIMSTYLE)
  • System variables
  • Override concepts
  • Lines tab
  • Symbols & Arrow tab
  • Text tab
  • Fit tab
  • Primary units tab
  • Alternate units tab
  • Tolerances tab

Session 12

  • Quick Dimension (QDIM)
  • Continuous (C)
  • Staggered (S)
  • Baseline (B)
  • Ordinate (O)
  • Radius (R)
  • Datum Point (P)
  • Edit (E)
  • settings (T)
  • Linear Dimension (DLI)
  • M text (M)
  • Text (T)
  • Angle (A)
  • Horizontal (H)
  • Vertical (V)
  • Rotated (R)
  • Aligned Dimension (DAL)

Session 13

  • Arc Length (DAR)
  • M text (M)
  • Text (T)
  • Angle (A)
  • Partial (P)
  • Leader (L)
  • Baseline Dimension (DBA)
  • Continuous Dimension (DCO)
  • Angular Dimension (DAN)
  • Diameter Dimension (DDI)
  • Radius Dimension (DRA)
  • Jogged Dimension (DJO)
  • Ordinate Dimension (DOR)
  • X datum (X)
  • Y datum (Y)
  • Dimension Break (DIMBREAK)
  • Auto (A)
  • Manual (M)
  • Remove (R)
  • Multiple (M)
  • Dimension Space (DIMSPACE)
  • Value (Default)

Session 14

  • Plan Creation
  • Area
  • Object (O)
  • Add Area (A)
  • Subtract Area (S)
  • AutoCAD Design Center (ADC)
  • Tool Palettes (TP)
  • Basic room Dimensions
  • Basic Furniture Dimensions

Session 15

  • Elevation
  • Section
  • Detailing
  • Hatch (H)
  • Gradient(GD/GRA)
  • Boundary(BO)

Session 16

  • Text (DT)
  • Justify (J)
  • Left (L)
  • Center (C)
  • Right (R)
  • Align (A)
  • Middle (M)
  • Fit (F)
  • Top Left (TL)
  • Top Center (TC)
  • Top Right (TR)
  • Middle Left (ML)
  • Middle Center (MC)
  • Middle Right (MR)
  • Bottom Left (BL)
  • Bottom Center (BC)
  • Bottom Right (BR)
  • Style (S)
  • Mtext (MT)
  • Height (H)
  • Line Spacing (L)
  • Rotation (R)
  • Width (W)
  • Columns (C)
  • Mtedit (MTED)
  • Text edit (DTED)
  • Home (H)
  • New (N)
  • Rotate (R)
  • Oblique (O)
  • Multileader (MLEADER)
  • Multileader edit (MLE)
  • Multileader collect(MLC)
  • Multileader align(MLA)
  • Multileader style (MLS)

Session 17

  • Wipe out (WIPE)
  • Revision cloud(REVCLOUD)
  • Divide(DI)
  • Measure(ME)
  • Parametric Dimensional
  • Geometric Constraints

Session 18

  • Table (TB)
  • Table Edit
  • Table Style (TS)
  • Point (PO)
  • Multiple points
  • Id point (ID)
  • Point type (PTYPE)
  • Break (BR)
  • Break @ point
  • Join (J)
  • Explode(X)
  • Region (REG)

Session 19

  • Layout (LO)
  • Layout wizard
  • Multi view (MVIEW)
  • View ports (VPORTS)
  • Viewport maximum (VPMAX)
  • Viewport minimum (VPMIN)
  • LAYVPI
  • Model space (MS)
  • Paper space (PS)
  • Model
  • Tilemode (TI)

Session 20

  • Attributes (ATT)
  • External reference (XR)
  • Page Setup Manager
  • Plot (Ctrl+P)
  • Sheet set(SSM)

Session 21

  • Export(EXP)
  • Options (OP)
  • Image(IM)
  • Image adjust
  • Imageattach
  • Image clip
  • Imagequality
  • Image frame
  • Title block creation

Session 22

  • Isometric views
  • Isoplane change
  • Ellipse(EL)
  • Isocircle
  • Isometric practice

Session 23

  • 3D-MODELING
  • Introduction to AutoCAD 3d
  • Starting three-dimensional modelling in AutoCAD
  • Use of three-dimensional drawing
  • Types of 3d models
  • Wireframe models
  • Surface models
  • Solid models

Session 24

  • Visual Styles
  • 2D Wireframe
  • Wireframe
  • Hidden
  • Conceptual
  • Shaded
  • Shaded with edges
  • Shaded of gray
  • Sketchy
  • X-ray
  • Realistic
  • Surface Creation
  • Planar surface
  • Edge surface
  • Ruled surface
  • Revolved surface
  • Tabulated surface
  • Surftab

Session 25

  • Creating Solid Models
  • Polysolid
  • Box
  • Wedge
  • Cone
  • Sphere
  • Cylinder
  • Torus
  • Pyramid
  • Helix
  • Press pull
  • Sweep
  • Revolve
  • Loft

Session 26

  • 3D Operations
  • 3D Move
  • 3D Rotate
  • 3D Align
  • 3D Array
  • Rectangular array
  • Polar array
  • 3D Mirror
  • Slice
  • Thicken
  • Convert to Surface
  • Convert to solids
  • Extract edges

Session 27

  • Solid Editing
  • Union
  • Subtract
  • Intersect
  • Extrude faces
  • Move faces
  • Offset faces
  • Rotate faces
  • Taper faces
  • Copy faces
  • Color faces
  • Delete faces
  • Fillet edges
  • Chamfer edges
  • Imprint
  • Separate
  • Shell

Session 28

  • UCS icon
  • Dynamic UCS
  • Viewport
  • Creating 3D Models (practice session)

Session 29

  • Material browser
  • Assigning materials
  • Assigning selected materials to object
  • Basic rendering
  • Creating new materials
  • Default light
  • Point light
  • Spot light
  • Distance light

Session 30

  • Camera
  • Walkthrough
  • Motion recorder
  • Import

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in AutoCAD and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
CIVIL BIM

AutoCAD Civil 3D

Land development, surfaces, alignments, corridors, and quantity workflows.

Session 1

  • Introduction to AutoCAD Civil 3D
  • Introduction to Autodesk
  • Concept of Landscaping

Session 2

  • Point creation tools
  • Creating Point marker and Point labels

Session 3

  • Various type of line Creation
  • By the use of point
  • By the use of Bearing, Azimuth, Angle

Session 4

  • Surface creation
  • Surface creation using points
  • Surface creation using contour lines

Session 5

  • Alignment creation tools
  • Best fit Alignment
  • Alignment from objects
  • Create offset alignment
  • Create widening

Session 6

  • Create Surface profile
  • Profile creation tools
  • Create best fit profile

Session 7

  • Intersections
  • Create normal intersections in alignments
  • Create Roundabout

Session 8

  • Assembly creation for corridors
  • Assign lane details
  • Assign curbs details
  • Assign daylight details

Session 9

  • Creation of corridors based on assemblies
  • Corridor Section editing

Session 10

  • Parcels
  • Creation of parcels
  • Managing of parcels

Session 11

  • Creation of Sample line
  • Creation of Section views
  • Single section view
  • Multiple section views

Session 12

  • Cutting and filling volume calculation
  • Volume calculation between Two Surfaces

Session 13

  • Creation of Grading with feature line
  • Editing in Grading

Session 14

  • Simple Road creation

Session 15

  • Label editing in points
  • Label editing in Surfaces
  • Label editing in Alignments

Session 16

  • Import Points from other Civil 3D file

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in AutoCAD Civil 3D and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
BIM

Revit Architecture

Architectural BIM modeling, documentation, and construction modeling.

Session 1

  • INTRODUCTION
  • Introduction to Autodesk Revit Architecture
  • History of Revit Architecture
  • Features
  • Revit Elements
  • Project(.rvt)
  • Project Templates(.rte)
  • Families(.rfa)
  • Family Templates(.rft)
  • Graphical user interface
  • Options

Session 2

  • Starting a project
  • Project Information
  • Project units
  • Drawing aids
  • Levels (LL)
  • Adding Storey and Non Storey levels
  • Draw line & Pick line
  • Modifying levels
  • Constrain level lines
  • Elbow
  • Grid creation
  • Wall creation properties
  • Draw method
  • Types of draw method
  • Location lines
  • Detail level
  • Visual styles

Session 3

  • Wall Creation
  • Draw method
  • Edit profile
  • Wall joins
  • Wall Reveals
  • Wall sweep
  • Stacked Walls
  • Construction modelling tools
  • Create group
  • Create parts

Session 4

  • MODIFY COMMANDS
  • Align
  • Move
  • Mirror
  • Rotate
  • Trim
  • Trim/extend to corner
  • Trim/extend to single element
  • Trim/ extend Multiple elements
  • Split element
  • Split with gap
  • Array
  • Linear
  • Radial
  • Scale
  • Unpin/pin
  • Match properties
  • Paint/ Remove Paint
  • Split Face

Session 5

  • Application of materials
  • Create a new material
  • Paint Material
  • AEC Materials
  • Asset Browser
  • Material properties
  • Doors
  • Load Family
  • Tag on Placement
  • Justifications
  • Load tags
  • Leader
  • Edit type/Properties
  • Windows
  • Floor creation
  • Slope arrow
  • Floor slab edge
  • Modify sub elements
  • Add point
  • Add split lines
  • Pick supports

Session 6

  • COMPONENTS
  • Place a component
  • Load family
  • Model in place
  • Solid form
  • Extrusion
  • Blend
  • Revolve
  • Sweep
  • Swept blend
  • Void form

Session 7

  • ROOF CREATION
  • Roof creation
  • Roof by footprint
  • Roof by extrusion
  • Roof by face
  • Roof by soffit
  • Roof fascia
  • Roof gutter
  • Modification of roof
  • Slope
  • Overhang
  • Architectural column
  • Ceiling
  • Automatic ceiling
  • Sketch ceiling

Session 8

  • OPENINGS
  • By face
  • Vertical
  • Wall
  • Shaft
  • Dormer
  • Join/Unjoin roof

Session 9

  • CIRCULATION
  • Railing
  • Sketch path
  • Edit Path
  • Pick New Host
  • Pick New Position
  • Reset Railing
  • Treads
  • Stringer
  • Modifying Rail structure(Edit Type)
  • Ramp
  • Run
  • Boundary
  • Riser
  • Modifying ramp properties
  • Stair
  • Stair by component
  • Straight
  • Full-Step Spiral
  • Centre – End Spiral
  • L-Shape Winder
  • U-Shape Winder
  • Stair by sketch
  • Types of staircase Creation
  • Modifying staircase(Edit Type)

Session 10

  • CURTAIN WALL
  • Creating three types of Curtain wall
  • Curtain system
  • Curtain grid
  • Inclined grid creation
  • Mullion
  • Mullion Types
  • Circulars
  • L- Corner
  • V Corner
  • Quad corner
  • Rectangular
  • Trapezoidal corner
  • Mullion Properties
  • Embedded walls
  • Properties of curtain walls
  • Insert doors and windows in curtain wall

Session 11

  • Model text
  • Model line
  • Model group
  • Create group
  • Place a group
  • Load as group into open projects
  • Room
  • Room separator
  • Tag room
  • Area plan
  • Area
  • Area boundary
  • Tag area
  • Area & Volume Computations
  • Colour fill legend

Session 12

  • MASSING
  • In plane mass
  • Place mass
  • Create Mass Family using Forms
  • Solid form
  • Void form
  • Curtain system
  • UV (Radial, linear) grid formation
  • Mass floor
  • Floor
  • Roof
  • Wall

Session 13

  • Topo surface
  • Create topo surface
  • Place point
  • Elevation
  • Building Pad
  • Swimming pool creation
  • Creating uneven surface to even surface
  • Site component
  • Parking component
  • Split surface
  • Merge surface
  • Graded Region
  • Label contours

Session 14

  • VIEW
  • Visibility graphics
  • Thin lines
  • Render
  • 3D view
  • Camera
  • Walk through
  • Controls
  • Frame
  • Frame settings
  • Export Walkthrough
  • Callout
  • Rectangle method
  • Sketch method
  • Section
  • Split segment
  • Plan views
  • Floor plan/Reflected ceiling Plan
  • Plan region
  • Area plan
  • Drafting view
  • Legend
  • Section box
  • Underlay
  • Copy to clipboard
  • Paste aligned to levels

Session 15

  • Schedule and quantities
  • New schedule
  • Schedule properties
  • Sheet
  • Title block
  • Match line
  • Scope box
  • Switch windows
  • Tile View
  • Tab View
  • User interface

Session 16

  • FAMILY FORMS
  • Introduction to family forms
  • Profiles
  • Model in place
  • Extrusion designs in wall
  • Door creation

Session 17

  • Window creation
  • Grill Gate design

Session 18

  • Railing design
  • Sweep family

Session 19

  • Ceiling design
  • Ceiling Light creation
  • Wall based Cabinet creation

Session 20

  • INSERT
  • Decal
  • Place decal
  • Decal types
  • Link Revit
  • Bind Link
  • Manage Link
  • Link CAD
  • Import CAD
  • Export
  • Image
  • Sun settings
  • Solar studies
  • Single day
  • Multiple day
  • Still
  • Lighting
  • Sun Path on/off
  • Shadows on/off
  • Export solar studies

Session 21

  • Interior Desing Creation

Session 22

  • Exterior Design Creation

Session 23

  • ANNOTATIONS
  • Dimensions
  • Detail Line
  • Region
  • Revision cloud
  • Sheet Issues/Revision
  • Detail Group
  • Text
  • Check spelling
  • Find /Replace
  • Tag by Category

Session 24

  • STRUCTURE
  • Column
  • Beams Wall
  • Structural column
  • Floor
  • Truss
  • Brace
  • Beam system
  • Isolated foundation
  • Structural foundation wall
  • Slab

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in Revit Architecture and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
3D VISUALIZATION

3ds Max

3D modeling, materials, lighting, animation, and rendering.

Session 1

  • Introduction to 3DS-MAX
  • Project work flow
  • Max interface
  • Customizing viewport
  • Viewport layout

Session 2

  • Unit set up
  • Creating, Modifying, Transforming standard primitives and Extended primitives
  • Creation method
  • Keyboard entry
  • Parameters
  • Auto grid
  • Naming the object creation
  • Transforming Objects
  • Move (W)
  • Shortcut (F12)
  • Absolute World
  • Offset World
  • Move by grid value (X: Y: Z:)
  • Rotate (E)
  • Scale (R)
  • Model creating using standard primitives
  • Chair creation (without using modifiers)
  • Table lamp creation (without using modifiers)

Session 3

  • Selection methods
  • Rectangular selection region
  • Circular selection region
  • Fence selection region
  • Lasso selection region
  • Paint selection region
  • Window selection
  • Crossing selection
  • Selection filter
  • All
  • Shapes
  • Geometry
  • Light
  • Cameras
  • Select object
  • Select by name
  • Group
  • Ungroup
  • Explode
  • Assembly
  • Open
  • Disassembly
  • Close
  • Mirror
  • Copy
  • Clone option
  • Instance
  • Reference
  • Sofa creation
  • Table creation
  • Array
  • Pivot point
  • Use pivot point centre
  • Use selection centre
  • Use transform coordinate centre

Session 4

  • Modifiers
  • Introduction to modifiers
  • Parametric deformers
  • Affect region
  • Bend
  • Displace
  • Lattice
  • Mirror
  • Noise
  • Push
  • Relax
  • Ripple
  • Shell
  • Creating Models using above commands

Session 5

  • Parametric deformers
  • Slice
  • Skew
  • Stretch
  • Spherify
  • Squeeze
  • Twist
  • Taper
  • Wave
  • Creating Models using above commands

Session 6

  • Free form deformers(FFD)
  • FFD box
  • FFD cylinder
  • FFD 2x2x2
  • FFD 3x3x3
  • FFD 4x4x4
  • Creating Models using above commands

Session 7

  • Convert to Editable poly
  • Mesh editing
  • Cap holes
  • Chamfer
  • Symmetry
  • Smooth

Session 8

  • Shapes
  • Splines
  • Extended splines
  • NURBS Curves
  • Extrude
  • Path deform(WSM)
  • Editable spline
  • Lathe modifier
  • Text animation

Session 9

  • AEC extended
  • Walls
  • Railing
  • Foliage
  • Snap
  • Angular snap
  • Percent snap
  • Doors fixing
  • Windows fixing
  • Window creation
  • Staircase fixing

Session 10

  • Compound objects
  • Scatter
  • Connect
  • Boolean
  • Pro Boolean
  • Loft
  • Wardrobe making

Session 11

  • Sofa/chair creation
  • Bed, bed sheet & pillow creation
  • Table creation

Session 12

  • Curtain cloth creation
  • Various models in curtain cloth
  • Spacing tools
  • Select and link

Session 13

  • Flower vase model creation
  • Wall Panel Design
  • Lamp creation
  • Grass matt creation

Session 14

  • Particle System
  • Spray Snow
  • Super Spray array
  • Chaos Cosmos

Session 15

  • Modelling of Kitchen Cabinet
  • Modelling of Office Room
  • Modelling of Living Room

Session 16

  • Introduction to materials
  • Modes
  • Slate material editor
  • Compact material editor
  • Tools (OPN)
  • Autodesk material library
  • Multi sub object

Session 17

  • Glass material
  • Realistic water effect
  • Gradient material
  • Bitmap

Session 18

  • Standard Lights
  • Omni Light
  • Target light
  • Free Spot
  • Free Direction
  • Photometric lights
  • Free light
  • Mr sky portal

Session 19

  • Environmental Set up
  • Exposure Control
  • Atmosphere Effects
  • Fire and Fog Effects
  • Effects Control
  • Len's Effects
  • Len's Effect Parameters
  • Len's Effect Global
  • Video Post using Len's Effect

Session 20

  • VRay Material
  • Diffuse
  • Bitmap
  • UVW Map
  • VRay Two-sided material
  • VRay Blend material
  • VRay Bump material
  • VRay Light material
  • VRay Lights
  • Parameters
  • General
  • Intensity
  • Options
  • VRay IES
  • VRay Sun

Session 21

  • Rendering Set up
  • Common
  • Assign Renderer
  • Render Elements
  • VRay/Processing
  • Global Illumination
  • Camera
  • Target Camera
  • Free Camera
  • VRay
  • Dome Camera
  • Physical Camera

Session 22

  • Animation
  • Path constrain
  • Walkthrough assistant

Session 23

  • Create an interior design

Session 24

  • Create an Exterior view
  • Importing CAD File
  • Export

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in 3ds Max and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
3D MODELING

SketchUp

Fast architectural concept modeling and presentation workflows.

Session 1

  • INTRODUCTION TO SKETCHUP

Session 2

  • Templates(simple/architectural/construction/urban)
  • Unit setup
  • Tool bars
  • Basic shapes
  • Rectangle
  • Rotated Rectangle
  • Circle
  • Polygon
  • Arc (2Point and 3Point)
  • Pie
  • Pencil
  • Free Hand
  • Erase
  • Navigation
  • Orbit
  • Pan
  • Zoom/Zoom Extend

Session 3

  • 2D Plan creation using pencil

Session 4

  • Modifiers
  • Move/ copy
  • Rotate / copy
  • Scale
  • Offset
  • Modeling Techniques
  • Push/ Pull
  • Follow me

Session 5

  • 3D Plan creation using push/ pull
  • Door creation using modifiers
  • Window creation using modifiers

Session 6

  • Group and components
  • Load components
  • Entity information
  • Make group
  • Ungroup / explode
  • Make components
  • Saving components
  • Dynamic components
  • Component option
  • Component attribute
  • Layers
  • Preference

Session 7

  • Create dynamic component
  • Door creation
  • Table creation

Session 8

  • Measurements
  • Tape measure
  • Protractor
  • Dimensions
  • Text edit
  • Guides/ delete guides
  • Hide/ unhide
  • Flip along (Mirror)
  • Views
  • Edge style
  • Face style
  • Shadows
  • Fog
  • Array techniques
  • Multiply (*)
  • Divide (/)

Session 9

  • Staircase creation
  • Railing creation using array techniques

Session 10

  • Advanced tool
  • Solid tools
  • Outer shell
  • Intersect
  • Union
  • Subtract
  • Trim
  • Split
  • Sand box
  • Contour
  • 1.Smooth/ soften edges
  • Scratch
  • Smoove
  • Stamp
  • Drape
  • Add detail
  • Flip edge
  • Text
  • 3d text
  • Axes

Session 11

  • Contour buildings creation using sand box.

Session 12

  • Paint bucket
  • Material editor
  • Texture & bitmaps
  • Position texture

Session 13

  • Interior design
  • Kitchen cabinet creation
  • Living area and rooms

Session 14

  • Presentation using Sketchup
  • Section planes / cuts
  • Setting and placing cameras
  • Add scenes and animations
  • Walkthrough
  • Match photos
  • Model creation using match photos

Session 15

  • Exterior design

Session 16

  • Material
  • Create Material
  • Angle blend
  • Multi Material
  • Generic
  • Toon
  • Two sided
  • VRay Material
  • Wrapped Material

Session 17

  • Create Layer
  • Emissive
  • Diffuse
  • Reflection
  • Refraction

Session 18

  • VRay Lights
  • Omni light
  • Rectangular light
  • Spot light
  • Dome light
  • Sphere light
  • IES light
  • Render
  • Options

Session 19

  • Layout
  • Templates
  • Colors
  • Pattern fill
  • Shape style
  • Sketchup model
  • Dimension style
  • Text style
  • Page
  • Layer
  • Scrapbooks

Session 20

  • Export
  • Import

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in SketchUp and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
STRUCTURAL ANALYSIS

STAAD.Pro

Structural modeling, loading, analysis, and design fundamentals.

Session 1

  • Introduction to Staad.pro
  • Introduction to structural Engineering
  • History of Staad.pro Structure
  • Types of structure
  • Space
  • Truss
  • Floor
  • Framed structure
  • Loading bearing structure
  • Non – load bearing structure
  • Basic Analysis in structural Analysis and Design
  • Stress
  • Strain
  • Comprehensive stress
  • Tensile stress
  • Types of loads
  • Methods of design
  • Working stress method
  • Limit state method
  • Ultimate load method
  • Columns
  • Beams
  • Types of beams
  • Supports
  • Modelling
  • Analysis
  • Design

Session 2

  • Staad.pro – Welcome Screen
  • License Configuration
  • Application Configuration
  • Create a New Model File
  • Unit systems
  • Job information
  • Graphical User Interface
  • File Menu
  • Input Units

Session 3

  • BEAM METHODS
  • Grid method – Snap Node/Beam
  • Linear grid method
  • Radial grid method
  • Irregular grid method
  • Geometry Method
  • Staad Editor Method

Session 4

  • Structure wizard
  • Predefined prototype models
  • Truss Models
  • Frame Models
  • Surface/Plate Models
  • Solid Models
  • Select units
  • Merge model with STAAD.pro model
  • Save current model
  • MODEL EDITING TOOLS
  • Translation repeat
  • Global direction (X, Y, Z)
  • No of steps
  • Default step
  • Geometry
  • Link steps/open base
  • Circular repeat
  • Axis of Rotation (X, Y, Z)
  • Node
  • Total Angle
  • Mirror
  • Rotate
  • Move Node/Origin
  • Merge Nodes
  • Renumber Nodes

Session 5

  • BEAM TOOLS
  • Add Beam
  • Node to Node
  • Midpoint
  • Perpendicular intersection
  • Curved Beams
  • Create Collinear Beams
  • Insert Node
  • Add new point
  • Add midpoint
  • Add n point
  • Merge Beams
  • Stretch Beam
  • Connect Beams
  • Move Beams
  • Intersecting Beams
  • Highlight Intersecting Beams
  • Intersect Selected Beams
  • Break Beams

Session 6

  • Properties
  • Define New Properties
  • Section Database
  • Materials
  • Thickness
  • Assignment Method
  • Beta Angle
  • Global Axis
  • Local Axis
  • Supports
  • Support types
  • Member specification
  • Moment Release
  • Offset
  • Property Reduction Factor

Session 7

  • LOAD DEFINITIONS
  • Wind definition
  • Seismic definition
  • LOAD CASE DETAILS
  • Primary Load Cases
  • Load combination
  • Load commands
  • Self-weight
  • Nodal load
  • Member load
  • Uniform force
  • Linear varying force
  • Concentrated Force
  • Floor Load
  • Plate load
  • Pressure on full plate

Session 8

  • ANALYSIS OF A BEAM
  • Cantilever Beam
  • Simply Supported Beam
  • Fixed Beam
  • Continuous Beam
  • Examples – Refer Strength of Materials Book, R.K Bansal.
  • POST PROCESSING MODE
  • Results
  • Displacements
  • Node Reactions
  • Shear Force Diagram
  • Bending Moment Diagram
  • Configuration
  • Select Load Case
  • Structure
  • Scale
  • Annotate

Session 9

  • VIEWS
  • Labels
  • View Tools
  • Zoom Options
  • Pan
  • Display Whole Structure
  • Create New Views
  • View Management
  • Display Options
  • Set Structural Colours
  • Structural Tooltip options
  • Windows
  • 3D Rendering

Session 10

  • SELECTION TOOLS
  • Select Cursor Tools
  • Select Geometry
  • Highlight entities Sequentially
  • Nodes
  • All
  • Inverse
  • List
  • Supports
  • Beam
  • Parallel
  • Connected
  • Plates
  • Solids
  • Filter
  • Selection Filter
  • Configuration Filter
  • Attributes
  • Group
  • Property name
  • Missing property
  • Selection Modes
  • Drag Box
  • Drag Line
  • Region

Session 11

  • CONCRETE DESIGN
  • Design of a Beam
  • Design of a Column
  • Code – IS 456:2000
  • Select Parameters
  • Define Parameters
  • Commands
  • Design Beam
  • Design Column
  • Take Off
  • Staad Output File
  • Examples – Refer Design of Reinforced Concrete Structures Book

Session 12

  • PLATE
  • Add plate
  • Triangular plate (3 Noded)
  • Quad Plate (4 Noded)
  • Importance of FEA/FEM
  • Generate Mesh
  • Create Mesh
  • Plate Mesh
  • Analyze the structure with Plates
  • One-way Slab Design
  • Analysis
  • Report
  • Two-way Slab Design
  • Post processing mode
  • Maximum absolute stress

Session 13

  • STAIRCASE DESIGN
  • Design the staircase
  • Create plate
  • Meshing
  • Support
  • Load case details
  • Analysis
  • Post processing mode
  • Maximum absolute stress

Session 14

  • RAMP DESIGN
  • Design the ramp
  • Create plate
  • Meshing
  • Support
  • Load case details
  • Analysis
  • Post processing mode
  • Maximum absolute stress

Session 15

  • WATER TANK DESIGN
  • Design of Rectangular Tank
  • Model using Plate Mesh
  • Load case details
  • Hydrostatic pressure on Plates
  • Analysis
  • Result

Session 16

  • ELEVATED WATER TANK DESIGN
  • Design of Circular elevated water Tank
  • Model using Plate Mesh
  • Load case details
  • Hydrostatic pressure on Plates
  • Analysis
  • Result

Session 17

  • SEISMIC DESIGN AS PER IS 1893:2016
  • Manual Calculations
  • Staad Pro Design
  • Structure design
  • Seismic definition
  • Seismic load
  • Run analysis
  • Report of seismic load structure

Session 18

  • Design of Multi Storied building

Session 19

  • FOUNDATION DESIGN
  • Graphical user Interface
  • Load & support selection
  • Run STAAD foundation
  • Foundation plan
  • Grid creation
  • Linear grid
  • Radial grid
  • Column position & dimension
  • Load & factors
  • Create new load case
  • Apply self-weight and dead weight factor
  • Load safety factor table
  • Soil bearing capacity factors
  • Generate load combinations
  • Job setup
  • Create a new job
  • Edit current job
  • Design parameter
  • Concrete & rebar
  • Cover & soil
  • Footing geometry
  • Sliding & overturning
  • Design

Session 20

  • DESIGN OF FOOTINGS
  • Isolated Footing
  • Combined Footing
  • Reports
  • Output file in AutoCAD drawing
  • Geometry
  • Detail and scheduling drawing
  • GA drawing
  • Calculation sheet
  • Examples – Refer Foundation Engineering Book
  • Solved Examples – Use Verification manual in Staad Pro help.

Session 21

  • FOUNDATION DESIGN
  • Mat Foundation
  • Pile Foundation
  • Reports
  • Output file in AutoCAD drawing
  • Geometry
  • Detail and scheduling drawing
  • GA drawing
  • Calculation sheet
  • Examples – Refer Foundation Engineering Book

Session 22

  • ROOF TRUSS DESIGN
  • Design of Roof Truss
  • Support
  • Property assigning
  • Load Case details
  • Wind load
  • Steel design
  • Code- IS800
  • Define Parameters
  • Design Commands
  • Take off
  • Analysis
  • Result

Session 23

  • SHEAR WALL DESIGN
  • Design of Shear Wall
  • Support
  • Property assigning
  • Load Case details
  • Concrete design
  • Code- IS456
  • Define Parameters
  • Design Commands
  • Take off
  • Analysis

Session 24

  • IMPORTING CAD MODELS

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in STAAD.Pro and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
STRUCTURAL BIM

ETABS

Building analysis, modeling, design, and seismic workflows.

Session 1

  • Introduction
  • History
  • Features
  • Workflow of ETABS
  • Graphical User Interface
  • Global coordinates & Local Coordinate system
  • Unit system

Session 2

  • Modelling
  • Model Initialization
  • New Model Quick Template
  • Grid Dimensions plan
  • Story Dimension
  • Edit Stories and Grid Systems
  • Add Grid at selected Joints
  • Grid options
  • Set Grid System Visibility

Session 3

  • Define
  • Material Properties
  • Section Properties
  • Frame Sections
  • Tendon Sections
  • Slab Sections
  • Deck Sections
  • Wall Sections
  • Reinforcing Bar sizes

Session 4

  • Draw Tools
  • Joint Objects
  • Beam/column/Brace objects
  • Floor / wall/ objects
  • Grid Lines
  • Dimension Line
  • Reference Points
  • Reference Planes
  • Developed Elevation Definition
  • Wall Stacks
  • Auto Draw Cladding
  • Snap Options

Session 5

  • Selection Tools
  • Pointer/window
  • Poly
  • Intersecting Poly
  • Intersecting Line
  • Co-ordinate Specification
  • Object type
  • Properties
  • Labels
  • Groups
  • Stories Deselect
  • Invert Selection
  • Previous Selection
  • Clear selection

Session 6

  • View Tab
  • Set 3D view
  • Set Plan View
  • Set Elevation View
  • Set Building View Limits
  • Set Display Options
  • Zoom
  • Pan
  • Walk
  • Measure
  • Show/Hide objects

Session 7

  • Editing Tools
  • Replicate
  • Linear
  • Radial
  • Mirror
  • Story
  • Extrude
  • Joints to Frames
  • Frame to Shells
  • Merge Joints
  • Align Joints/Frames/Edges (Ctrl + Shift +M)
  • Move Joints/Frames/Shell

Session 8

  • Edit Frames
  • Divide Frames
  • Join Frames
  • Reverse Frame Connectivity
  • Modify/Show Frame Type
  • Edit Shells
  • Divide Shells
  • Merge Shells
  • Expand/Shrink Shells
  • Split Shell Edge
  • Remove Joint from Shells
  • Chamfer slab corner
  • Reverse wall Local 3 Axis
  • Divide wall for opening
  • Modify/ show wall curve type

Session 9

  • Assign
  • Joints
  • Restraints
  • Frames
  • Section Property
  • Property Modifiers
  • Releases/Partial Fixity
  • End Length offsets
  • Local Axes
  • Shell
  • Slab section
  • Wall section
  • Floor Auto Mesh Options
  • Wall Auto Mesh Options

Session 10

  • Defining Load patterns
  • Dead load
  • Live load
  • Seismic load
  • Wind load
  • Load combinations
  • Assigning Loads
  • Joint Loads
  • Frame Loads
  • Shells Loads

Session 11

  • ANALYSIS OF BEAM
  • Cantilever beam
  • Simply Supported beam
  • Fixed beam
  • Continuous Beam
  • Analysis
  • Check model
  • Run Analysis

Session 12

  • Display Options
  • Undeformed shape
  • Load Assigns
  • Deformed Shape
  • Force/stress diagram

Session 13

  • Concrete frame Design
  • View/Revise Preferences
  • Select Design Groups
  • Select Design Combinations
  • Interactive Design

Session 14

  • Stair case Design
  • Shear wall Design

Session 15

  • Design of Multistorey Building.

Session 16

  • Steel Frame Design
  • Supported Framing Types
  • View/Revise Preference
  • View/Revise overwrites
  • Select Design Combinations
  • Interactive Design
  • Change Design Section

Session 17

  • Reports
  • Project Report
  • Summary Report
  • Add New user Report
  • Add New from xml content file

Session 18

  • Import
  • Export
  • Print Graphics
  • Capture Picture
  • Project information
  • Options
  • Graphics preference
  • Architectural Plan options
  • Graphics Colour
  • Graphics mode

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in ETABS and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
STEEL DETAILING

Tekla Structures

Steel detailing, connections, fabrication, and structural modeling.

Session 1

  • Introduction toTeklaStructures
  • File menu
  • Graphical User Interface
  • Settings
  • Units Configuration

Session 2

  • GridCreation
  • Rectangular Grid
  • Radial Grid
  • Add Grid Lines
  • Grid Properties

Session 3

  • Steel
  • Column
  • Column Properties
  • Position
  • Deforming
  • Beam & Beam Properties
  • Poly Beam
  • Curved Beam
  • Twin Profile
  • Orthogonal Beam
  • Spiral Beam

Session 4

  • Plate
  • Creation of Cylindrical bend Plate
  • Creation of Conical bend Plate
  • Create Stand-alone bend plate
  • Create Lofted Plate

Session 5

  • Bolt
  • Creation of bolt holes on plates
  • Creation of Bolt
  • Bolt Properties
  • Auto Bolt
  • Bolt Catalog

Session 6

  • Weld
  • Create Weld between parts
  • Create weld to part
  • Create PolygonWeld
  • Prepare Part for welding with Polygon
  • Prepare Part for welding with another part
  • Covert to Polygon

Session 7

  • Item
  • Convert part to item
  • Create shape from geometry
  • Shape Catalog
  • Bolted Parts
  • Assembly

Session 8

  • Editing Tools
  • Polygon Cut
  • Line Cut
  • Part Cut
  • Fit Part End
  • Split
  • Combine
  • Chamfer Edge
  • Added Material

Session 9

  • Components
  • Application and Components
  • Create Current Connections
  • Create Auto Connections
  • Base Plate Connections
  • Base Plate with Stiffeners
  • Multiple Stiffener Plate Connections

Session 10

  • Cap Plate Connections
  • Cleat Angle Connections
  • Central Bracing Simple
  • Central Gusset
  • Tube Gusset Connections
  • Beam to Beam Connections (Shear Plate Simple)

Session 11

  • Editing Tools
  • Measure
  • Copy
  • Copy Special
  • Linear
  • Mirror
  • Rotate
  • To another object
  • All Content to another object
  • To another Plane
  • From another model
  • Move
  • Move Special
  • Points
  • Construction objects
  • Phase Manager

Session 12

  • View
  • View List
  • View properties
  • New View
  • Basic View
  • Using Two Points
  • Using Three Points
  • On Work Plane
  • Along Grid Line
  • On Plane
  • On Part front Plane
  • On Part Top Plane
  • On Part Back Plane
  • On Part Bottom Plane 3D View of Part
  • Default Part Views
  • Undeformed Part View
  • 3D View of Component
  • Default View of Component

Session 13

  • Clip Plane
  • Work Area
  • To entire Model in all views
  • To entire Model in Selected Views
  • To Select Parts in Selected Views
  • Using two Points
  • Work Plane
  • Work Plane Tool
  • Parallel to XYZ Plane
  • Using One Point
  • Using Two Points
  • Using Three Points
  • Parallel to view plane
  • Redraw View
  • Rendering
  • Fly
  • Representation
  • Screenshot
  • Navigate&Zoom

Session 14

  • Staircase Modelling
  • Ladder
  • Cage Ladder
  • Handrails
  • Creation of roof Truss

Session 15

  • Concrete
  • Column
  • Attributes
  •  Profile types related to concrete
  • Position
  • Cast Units
  • Deforming
  • Beam
  • Poly Beam
  • Spiral Beam
  • Panel
  • Wall Layout
  • Seam
  • Opening

Session 16

  • Slab
  • Lofted Slab
  • Floor Layout
  • Footing
  • Pad Footing
  • Strip Footing
  • Item
  • Cast Unit
  • Create a portal frame structure with Footing

Session 17

  • Reinforcements in Components
  • Column Automated Reinforcement Layout
  • Beam Reinforcement
  • Continuous Beam Reinforcement
  • Pad Footing Reinforcement
  • Strip footing Reinforcement
  • Starter bars for footing
  • Mesh bars for slab andwall

Session 18

  • Rebar Set
  • Concrete Crossing Rebars
  • Create Longitudinal Rebars
  • Create Rebars by face
  • Create Rebars by Guidelines
  • Create Rebars by PointInput
  • Rebar Shape Placing Tool
  • Regenerate Rebar Sets

Session 19

  • Rebar Groups
  • Bar Group
  • Curved Bar Group
  • Circular Bar Group
  • Single Bar
  • Mesh
  • Strand Pattern
  • Rebar Splice
  • Rebar Shape Catalog
  • Group
  • Ungroup

Session 20

  • RebarVisibility
  • Leg Face
  • Guide lines
  • Property modifier
  • Splitters
  • End Detail Modifiers
  • Rebar Dimensions
  • Color Rebar Group

Session 21

  • Reinforced Concrete Building Creation
  • Creation of Reinforcement Staircase
  • Creation of Spiral Staircase

Session 22

  • Perform numbering
  • Number Series of Selected Object
  • Number Welds
  • Number Modified Objects
  • Numbering Settings
  • Reports

Session 23

  • Drawings & Reports
  • Document Manager
  • Drawing Properties
  • Single Part Drawing
  • Assembly Drawing
  • GA Drawing
  • Multi Drawing

Session 24

  • Create Drawings
  • Single Part Drawing
  • Assembly Drawing
  • GA Drawing

Session 25

  • Import
  • Export
  • Project Properties
  • Settings
  • Catalogs
  • Profile Catalog
  • Material Catalog
  • Rebar Catalog

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in Tekla Structures and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
STRUCTURAL BIM

Revit Structure

Structural BIM modeling, reinforcement, and documentation.

Session 1

  • INTRODUCTION
  • Introduction to Autodesk Revit Structure
  • History of Revit Structure
  • Features
  • Revit Elements
  • Project(.rvt)
  • Project Templates(.rte)
  • Families(.rfa)
  • Family Templates(.rft)
  • Graphical user interface
  • Options

Session 2

  • Starting a project
  • Project Information
  • Project units
  • Drawing aids
  • Levels (LL)
  • Adding Storey and Non Storey levels
  • Draw line & Pick line
  • Modifying levels
  • Constrain level lines
  • Elbow
  • Grid creation
  • Wall creation properties
  • Draw method
  • Types of draw method
  • Location lines
  • Detail level
  • Visual styles

Session 3

  • Wall opening
  • Draw method
  • Edit profile
  • Wall joins
  • Wall Reveals
  • Wall sweep
  • Stacked Walls
  • Construction modelling tools
  • Create group
  • Create parts

Session 4

  • MODIFY COMMANDS
  • Align
  • Move
  • Mirror
  • Rotate
  • Trim
  • Trim/extend to corner
  • Trim/extend to single element
  • Trim/ extend Multiple elements
  • Split element
  • Split with gap
  • Array
  • Linear
  • Radial
  • Scale
  • Unpin/pin
  • Match properties
  • Paint/ Remove Paint
  • Split Face

Session 5

  • Application of materials
  • Create a new material
  • Paint Material
  • AEC Materials
  • Asset Browser
  • Material properties
  • Doors
  • Load Family
  • Tag on Placement
  • Justifications
  • Load tags
  • Leader
  • Edit type/Properties
  • Windows
  • Floor creation
  • Slope arrow
  • Floor slab edge
  • Modify sub elements
  • Add point
  • Add split lines
  • Pick supports

Session 6

  • COMPONENTS
  • Place a component
  • Load family
  • Model in place
  • Solid form
  • Extrusion
  • Blend
  • Revolve
  • Sweep
  • Swept blend
  • Void form

Session 7

  • ROOF CREATION
  • Roof creation
  • Roof by footprint
  • Roof by extrusion
  • Roof by face
  • Roof by soffit
  • Roof fascia
  • Roof gutter
  • Modification of roof
  • Slope
  • Overhang
  • Architectural column
  • Ceiling
  • Automatic ceiling
  • Sketch ceiling

Session 8

  • OPENINGS
  • By face
  • Vertical
  • Wall
  • Shaft
  • Dormer
  • Join/Unjoin roof

Session 9

  • Analytical Model
  • Structural Column
  • Mode
  • Load Family
  • Placement
  • Vertical Column
  • Slanted Column
  • Multiple
  • At grids
  • At Column
  • Tags
  • Tag on Placement
  • Edit Type
  • Beam
  • Load Family Multiple
  • On grids
  • Tag on placement
  • Structural usage

Session 10

  • WALL
  • Wall
  • Structural Wall
  • Location Lines
  • Draw Methods
  • Edit Type
  • Edit
  • Layers
  • Default Wrapping
  • Modify Verical Structure (Section Preview Only)
  • Floor
  • Structure (Metal Deck)

Session 11

  • Structural Truss
  • Load family
  • Edit type
  • Bracing
  • Structural beam system
  • Properties

Session 12

  • FOUNDATION
  • Isolated
  • Mode Load Family Model in place
  • Multiple at Grids At columns
  • Structural foundation of wall Edit type
  • bearing footing
  • Retaining footing
  • Properties
  • Structural foundation slab
  • Edit type Slab
  • Floor slab edge
  • Boundary line
  • Slop arrow
  • Slop direction
  • Edit type
  • Building creation based on the above topic

Session 13

  • Reinforcement
  • Rebar
  • Area
  • Path
  • Fabric area
  • Fabric sheet
  • Rebar coupler
  • Settings
  • Rebar cover settings
  • Reinforcement settings
  • Reinforcement numbers

Session 14

  • Extension
  • Reinforcement
  • Automatic reinforcement
  • Beams
  • Columns
  • Continuous footing
  • Parapets
  • Pile caps
  • Piles
  • Retaining wall
  • Slab corners
  • Slab Openings
  • Spread footings
  • Wall corners
  • Walls
  • Interference of bars

Session 15

  • Modify Clip board
  • Cut
  • Copy
  • Paste
  • Paste from clip board
  • Align to selected levels
  • Align to selected views
  • Align to current view
  • Align to same place
  • Align to picked levels
  • Match type properties
  • Geometry
  • Join
  • Split face
  • Paint
  • Wall join
  • Beam/column join
  • Demolish

Session 16

  • VIEW
  • Visibility graphics
  • View Templates
  • View Filter
  • Thin lines
  • Render
  • 3D view
  • Camera
  • Walk through
  • Controls
  • Frame
  • Frame settings
  • Export Walkthrough
  • Callout
  • Rectangle method
  • Sketch method
  • Section
  • Split segment
  • Plan views
  • Floor plan/Reflected ceiling Plan
  • Plan region
  • Area plan
  • Drafting view
  • Legend
  • Section box
  • Underlay

Session 17

  • Schedule and quantities
  • New schedule
  • Schedule properties
  • Sheet
  • Title block
  • Match line
  • Scope box
  • Switch windows
  • Tile View
  • Tab View
  • User interface

Session 18

  • INSERT
  • Link Revit
  • Bind Link
  • Manage Link
  • Link CAD
  • Import CAD
  • Decel
  • Place decal
  • Decal Types
  • Export
  • Image

Session 19

  • ANNOTATIONS
  • Dimensions
  • Detail Line
  • Region
  • Revision cloud
  • Sheet Issues/Revision
  • Detail Group
  • Text
  • Check spelling
  • Find /Replace

Session 20

  • COLLOBORATE
  • Linking architectural
  • Manage Collaboration
  • Work sets
  • Active work set
  • Synchronize
  • Synchronize with central
  • Reload latest
  • Relinquish all mine
  • Work s haring Monitor
  • Copy/monitor
  • Coordination review

Session 20

  • ANALYZE
  • Loads
  • Load cases
  • Load combinations
  • Structural settings
  • Symbolic representation settings
  • Load combination
  • Analytical model settings

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in Revit Structure and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
MEP BIM

Revit MEP

MEP systems, building services modeling, and coordination.

Session 1

  • INTRODUCTION
  • Introduction to Autodesk Revit MEP
  • Basic information of BIM
  • History of Revit MEP
  • Features
  • Revit Elements
  • Project(.rvt)
  • Project Templates(.rte)
  • Families(.rfe)

Session 2

  • User Interface
  • View cube
  • Navigation Bar
  • Project Browser
  • Properties
  • System Browser
  • MEP Fabrication
  • Status Bar
  • Status Bar-Work sets
  • Status Bar-Design option

Session 3

  • Starting a Project
  • Project Information
  • Project units (UN)
  • Levels (LL)
  • Adding levels
  • Modifying levels
  • Elbow
  • Wall (WA)
  • Creating Walls
  • Types of draw method
  • Location lines
  • Detail Level
  • Visual styles

Session 4

  • Modifying the walls
  • Wall properties
  • Wall sweep
  • Wall reveal
  • Wall opening
  • Draw method
  • Edit profile
  • Wall joints
  • Construction Modeling Tools
  • Create Group
  • Create Parts

Session 5

  • MODIFY COMMANDS
  • Align (AL)
  • Move (MV)
  • Mirror
  • Draw axis (DM)
  • Pick axis (MM)
  • Rotate (RO)
  • Offset (OF)
  • Trim (TR)
  • Trim/extend to corner
  • Trim/extend to single element
  • Trim/ extend Multiple elements
  • Split element (SL)
  • Split with gap
  • Array (AR)
  • Scale (RE)
  • Pin (PN)
  • Unpin(UP)
  • Match properties (MA)

Session 6

  • Area
  • Area Boundary
  • Tag Area
  • Room
  • Room Separator
  • Room Tag
  • Color Fill Legend

Session 7

  • Application of materials
  • Doors(DR)
  • Windows(WN)
  • Floor Creation
  • Floor Slab edge

Session 8

  • COMPONENTS
  • Place a component
  • Load family
  • Solid Form
  • Void Form
  • Model in Place
  • Extrusion
  • Blend
  • Revolve
  • Sweep
  • Sweep Blend

Session 9

  • COLUMN, ROOF AND CELLING
  • Architectural column
  • Roof creation
  • Roof by footprint
  • Roof by extrusion
  • Roof by soffit
  • Roof fascia
  • Roof gutter
  • Ceiling
  • Automatic ceiling
  • Sketch ceiling

Session 10

  • HVAC
  • Introduction to HVAC
  • Introduction to duct
  • Duct settings
  • Creating types of ducts based on shapes
  • Placing the duct
  • Modifying the duct sizes and offset levels
  • Modifying the duct colors
  • Modifying the types of ducts based on functions
  • Supply
  • Fresh Air
  • Return
  • Exhaust

Session 11

  • Duct fittings
  • Various types of duct fittings
  • Placing the duct fittings
  • Duct accessory
  • Various duct accessories
  •  Dampers
  • Placing the duct accessories
  • Creating the duct placeholders

Session 12

  • Air terminal
  • Introduction to an air terminal
  • Types of air terminal
  • Types of air terminal based on placing
  • Modifying the air terminal sizes and offset level
  • Creating the duct work for an air terminal
  • Manual
  • Automatic

Session 13

  • Flex duct
  • Introduction to flex duct
  • Types of flex duct
  • Conversion to flex duct
  • Modifying the flux duct sizes and offset levels
  • Adding insulation to duct
  • Adding lining to duct
  • End cap to duct

Session 14

  • HVAC CONNECTIONS
  • Air handling units
  • Introduction to AHU
  • Placing of AHU
  • Creating duct work for AHU
  • Chiller Unit
  • Introduction to Chiller Unit
  • Placing of Chiller Unit
  • Create the Connection of AHU & Cooling Tower Cooling Tower
  • Introduction to
  • Cooling Tower
  • Introduction to Cooling Tower
  • Placing the Cooling Tower
  • Create the Connection of Chiller Unit

Session 15

  • Spaces
  • Creating spaces
  • Space separator
  • Tag space
  • Zones
  • Creating zones
  • Creating color schemes

Session 16

  • Reports
  • Heating & cooling load report
  • Checking of duct systems & schedules
  • Error checking system
  • Duct and its air flow schedule
  • Select by Id

Session 17

  • PLUMBING AND PIPING
  • Introduction to the plumbing system
  • Pipes
  • Pipe settings
  • Types of pipes
  • Creating the plumbing system
  • Modifying the pipe colors
  • Modifying the pipe sizes and offset levels
  • Creating the parallel pipes

Session 18

  • Pipe fittings
  • Types of the pipe fittings
  • Placing the pipe fittings
  • Placing the pipe accessories
  • Creating the pipe holders
  • Plumbing fixtures
  • Various plumbing fixtures
  • Placing the plumbing fixtures
  • Creating the piping for plumbing fixtures

Session 19

  • Flux pipes
  • Creating the flex pipe system
  • Modifying the sizes
  • Placing the sprinklers
  • Creating fire protection system
  • Creating fire protection wet system
  • Filtering fire protection system
  • Adding the insulation for pipe
  • End cap to pipe
  • Creating color schemes

Session 20

  • Checking the plumbing system
  • Error checking
  • Reports & schedules
  • Pipe pressure loss reports
  • Piping schedules
  • Select by Id

Session 21

  • ELECTRICAL
  • Introduction to electrical system
  • Electrical settings
  • Wires
  • Types of wires
  •  Arc wire
  •  Spline wire
  •  Chamfered wire

Session 22

  • Electrical equipment's
  • Various kinds of electrical equipment's
  •  Transformer
  •  Circuit breaker
  •  Panel board
  •  Switches
  •  Lighting fixtures
  • Placing the electrical equipment's

Session 23

  • Cable tray
  • Introduction to cable tray
  • Creating cable tray
  • Modifying sizes & offset level
  • Cable tray fittings
  • Types of cable tray fittings
  • Placing the cable tray fittings
  • Modifying the sizes and offset levels

Session 24

  • Conduit & conduit fittings
  • Creating conduits
  • Creating parallel conduits
  • Creating conduit fittings
  • Modifying its sizes & offset levels

Session 25

  • Creating connections
  • Placing the transformer
  • Placing the panel board
  • Placing the lighting fixtures
  • Creating the switching arrangements
  • Creating the supply for equipment's with wire
  • Conduit creation for panels & transformer

Session 26

  • Checking the electrical systems
  • Error checking for connections
  • Reports & schedules
  • Panel schedules

Session 27

  • Insert
  • Link Revit
  • Link CAD
  • Import CAD
  • Import Revit
  • Image
  • Manage image
  • Collaborate
  • Copy Monitor
  •  Use current project
  •  Select link
  • Coordination settings
  • View Templates
  • View Range

Session 28

  • VIEW
  • Visibility graphics
  • Thin lines
  • Cut profile
  • Render 3D view Camera
  • Walk through
  • Callout
  • Rectangle method
  • Sketch method
  • Section
  • Section box
  • Schedule and quantities
  • Sheet

Session 29

  • ANNOTATIONS
  • Dimensions
  • Detail Group
  • Create Group
  • Place Detail Group
  • Region
  • Revision cloud
  • Tag
  • Tag by category
  • Tag all
  • Room Tag
  • Space Tag
  • Keynote
  • Element keynote
  • User keynote
  • Keynote settings
  • Text
  • Check spelling
  • Find /Replace

Session 30

  • FAMILY FORMS
  • Mechanical
  • Electrical
  • Plumbing

Session 31

  • Project

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in Revit MEP and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
PROJECT MANAGEMENT

Microsoft Project

Construction planning, scheduling, resources, and project control.

Session 1

  • INTRODUCTION
  • Introduction to MSP
  • Introduction to Project Management
  • Explain planning
  • Relationship
  • Project constraints

Session 2

  • CALENDAR
  • Calendar types
  • Change working time
  • Change work week
  • Project information
  • Assigning a calendar to project

Session 3

  • Task Entry
  • Relationship
  • Types of links
  • Indent and Outdent task
  • Split task
  • Milestone task
  • Summary task
  • Project summary task

Session 4

  • WORK BREAKDOWN STRUCTURE
  • About WBS
  • Setting up work break down structure
  • Define WBS code
  • Renumber

Session 5

  • CONSTRAINTS
  • Definition of constraints
  • About constraints
  • Setting up constraints
  • Deadlines
  • Recurring task

Session 6

  • RESOURCES DEFINING & ASSIGNING
  • Resources
  • Work Resources
  • Material Resources
  • Cost Resources
  • Assign resources to a task

Session 7

  • Resources levelling / Levelling option
  • Over allocation
  • Resource over allocation
  • To level resources

Session 8

  • Creating a custom field
  • Creating a drop-down list
  • Add sub project

Session 9

  • Setting the baseline
  • Updating the task
  • Updating the project
  • Setting the status date
  • Move project
  • Link between project
  • Progress line

Session 10

  • Introduction to group & filter
  • Creating a group
  • Filter
  • Highlights

Session 11

  • PROJECT BUDGET
  • Updating a cost to task
  • Resource cost
  • Earned value

Session 12

  • VIEWS
  • Task views
  • Resource views
  • Split view
  • Window view

Session 13

  • MULTIPLE PROJECT
  • Sharing resources between projects
  • Create a separate resources pool
  • Share resources

Session 14

  • REPORTS
  • Types of Reports
  • Graphical Report
  • Tabular Report
  • Histogram

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in Microsoft Project and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
PROJECT MANAGEMENT

Primavera P6

Professional construction planning, scheduling, and progress control.

Session 1

  • Introduction to Primavera
  • History of Primavera
  • Introduction to Project
  • The Project Management Process
  • Aim of Planning
  • Purpose of planning
  • Project planning metrics
  • Graphical user interface

Session 2

  • Creating EPS
  • Introduction to EPS
  • Adding EPS
  • Indent
  • Chart view
  • Table view
  • Columns
  • Print preview

Session 3

  • Creating OBS
  • Introduction to OBS
  • Adding OBS
  • Indent
  • Chart view
  • Table view
  • Columns
  • Print preview
  • OBS ID & Name
  • Responsible manager

Session 4

  • Calendar
  • Introduction to calendar
  • Types of calendar
  • Procedure to create calendar
  • Modify
  • Calendar used by
  • Shift calendar

Session 5

  • Project
  • Creating a New Project
  • Open Project (Ctrl+O)
  • Project Portfolios
  • Column
  • Filter By
  • Bars
  • Project code
  • Budget Log
  • Spending plan
  • Budget Summary
  • Dates
  • Funding

Session 6

  • WBS
  • Introduction to WBS
  • Adding WBS
  • WPs & Docs
  • Explain WBS in the order of work done in the field

Session 7

  • Activities
  • Introduction to Activities
  • Creating Activities
  • Adding activities
  • Activity Name
  • WBS
  • Activity type
  • Activity code
  • Explain Activities in the order of work done in the field

Session 8

  • Relationship
  • Introduction to relationship
  • Adding relationship
  • Assign Predecessor
  • Assign Successor
  • Types of relationship
  • Finish to Start (FS)
  • Start to Start (SS)
  • Finish to Finish (FF)
  • Start to Finish (SF)
  • Lag

Session 9

  • Schedule
  • Project to Schedule
  • Current Data Date
  • Project Forecast Start Date
  • Free Float
  • Total Float
  • Normal Path
  • Critical Path

Session 10

  • Resource
  • Adding Resource
  • Resource Id & Name
  • Resource Type
  • Labour
  • Non Labour
  • Material
  • Unit of measure
  • Unit/ Time & Prices
  • Resource Calendar
  • Columns-Activity details window
  • Resource Curve

Session 11

  • Role
  • Adding Role
  • General
  • Resources
  • Prices
  • Limits
  • Responsibilities
  • Adding Resource to Activities
  • Add Resource
  • Add Role
  • Assign by Role
  • Resource Analysis
  • Resource Levelling
  • Activity usage of spreadsheet
  • Time scale
  • Time scale format
  •  Two lines
  •  Three lines
  •  Time scale start
  • o PS- Earliest Project Start
  • o PF-Latest Project Finish
  • o DD-Earliest Data Date
  • o CD-Current Date
  • Activity Usage profile
  • Profile options
  •  Data
  •  Graph
  • S-Curves
  • Resource usage spread sheet
  • Resource usage profile

Session 12

  • Baseline
  • Maintain baseline
  • Save a copy
  • Convert another project
  • Baseline type
  • Assign baseline
  • Project
  • Project baseline
  • Primary
  • Secondary
  • Tertiary
  • Bars in Gantt chart

Session 13

  • Thresholds
  • Add
  • Columns
  • Filter By
  • Group & Sort by
  • General
  • Threshold parameter
  • Lower threshold
  • Upper threshold
  • WBS to Monitor
  • Detail to monitor
  • Responsible manager
  • Tracking layout
  • Status
  • Issues
  •  Issue name
  •  Responsible manager
  •  Tracking layout
  •  Status
  • Details
  • Applies to WBS
  • Applies to activity
  • Applies to resources

Session 14

  • Risk
  • Add
  • General
  • Category
  • Type
  • Owner
  • Status
  • Exposure start
  • Exposure finish
  • Impact
  • Pre-Response
  •  Probability
  •  Schedule
  •  Cost
  •  Score
  • Response
  •  Response type
  •  Response Description
  • Post- Response
  • Activities
  • Assign
  • Description
  • Cause
  • Effect
  • Notes
  • Expenses
  •  Expense item
  •  Vendor
  •  Cost Account
  •  Expense category
  •  Document number
  • Activity
  • Accrual type
  • Activity status
  • Activity start
  • Activity finish
  • Primary resources
  • Cost
  • Budgeted units
  • Price/Unit
  • Budgeted cost
  • Expense % Complete
  • Actual units
  • Unit of measure
  • Actual cost
  • Remaining cost
  • Remaining units

Session 15

  • Tracking
  • Update
  • Schedule progress
  • Progress line
  • Progress spotlight

Session 16

  • Reports
  • Introduction to Reports
  • Tabular reports
  • Graphical reports
  • Import & Export

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in Primavera P6 and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
CAD PLATFORM

MicroStation

Precision drafting, elements, editing, and infrastructure documentation.

Session 1

  • INTRODUCTION TO MICRO STATION
  • Seed file selection
  • Creating new DGN file
  • Creating a new directory
  • Micro Station screen
  • Introduction to tools

Session 2

  • LINEAR ELEMENT
  • Place Smart line
  • Place line
  • Place Multi line
  • Place Stream line String
  • Place Stream (or) Stream Curve
  • Construct angle bisector
  • Construct minimum distance
  • Construct line at active angle

Session 3

  • POLYGONS
  • Place block
  • Place shape
  • Place orthogonal shape
  • Place regular polygon

Session 4

  • ELLISPSE
  • Place Circle
  • Place Ellipse

Session 5

  • ARCS
  • Place arc
  • Place half ellipse
  • Place quarter ellipse
  • Modify arc radius
  • Modify arc angle
  • Modify arc axis

Session 6

  • POINTS
  • Place active point
  • Points between
  • Points on element
  • Points at intersection
  • Points along element
  • Points distance along

Session 7

  • FENCE
  • Place fence
  • Modify fence
  • Manipulate fence
  • Delete fence Content
  • Drop Fence Content

Session 8

  • MANIPULATE
  • Copy
  • Move
  • Move Parallel
  • Scale
  • Rotate
  • Mirror
  • Alignment by edge
  • Construct array

Session 9

  • MODIFY
  • Modify element
  • Partial delete
  • Extend line
  • Extend element to inter Section
  • Trim
  • Intelli trim
  • Insert Vertex
  • Delete Vertex
  • Fillet
  • Chamfer

Session 10

  • MEASURE
  • Measure distance
  • Measure radius
  • Measure angle
  • Measure length
  • Area
  • Volume

Session 11

  • PATTERN
  • Hatch area
  • Cross hatch area
  • Pattern area
  • Linear Pattern
  • Show Pattern attribute
  • Match Pattern attribute
  • Modify Pattern
  • Delete

Session 12

  • TEXT (1)
  • Place text
  • Place note
  • Edit text
  • Spell Check
  • Display reset attribute
  • Match text attribute
  • Change text attribute

Session 13

  • TEXT (2)
  • Place text node
  • Copy /increment text
  • Enter data field
  • Fill in enter single data field
  • Auto fill in enter data field

Session 14

  • DIMENSIONING (1)
  • Place a dimension on an element
  • Dimension linear
  • Dimension angular
  • Dimension ordinates

Session 15

  • DIMENSIONING (2)
  • Change dimension
  • Match dimension attribute
  • Re-associate dimension

Session 16

  • GROUPS
  • Drop element
  • Create Complex Chain
  • Region
  • Add to graphic group
  • Drop from group
  • Group hole

Session 17

  • CHANGE ATTRIBUTE
  • Element attribute
  • Change in active area
  • Change to active fill type
  • Modify line style attribute
  • Change Multiline
  • Match Element attribute
  • Smart match

Session 18

  • TAGS
  • Attach tags
  • Edit tags
  • Review tags
  • Change tags
  • Delete tags

Session 19

  • CELLS
  • Place active cell
  • Place active cell matrix
  • Select & Place cell
  • Origin Point
  • Identify Cell
  • Place active line terminator
  • Replace cells

Session 20

  • Levels
  • Level Manager
  • Override
  • Filter
  • Level display

Session 21

  • REFERENCE
  • Clip reference
  • Mask reference
  • Delete Clip

Session 22

  • ELEMENT SELECTION
  • Power Selector
  • Delete
  • Isometric

Session 23

  • 3D TOOLS
  • 3D PRIMITIVES
  • Place slab
  • Sphere
  • Cylinder
  • Cone
  • Torus
  • Wedge

Session 24

  • 3D MODIFY (1)
  • Modify solid
  • Remove faces
  • Taper solid
  • Construct union
  • Construct intersection
  • Construct difference

Session 25

  • 3D MODIFY (2)
  • Cut solid
  • Filled edge
  • Chamfer edge
  • Edit 3d Primitives

Session 26

  • 3D CONSTRUCT
  • Extrude
  • Revolution
  • Extrude along path
  • Shell solid
  • Thicken to solid

Session 27

  • 3D UTILITY
  • Align faces
  • Change smart solid display
  • Extract faces or edges
  • Intersect solid
  • Construct face

Session 28

  • Make detail drawings
  • Cross -section views

Session 29

  • Placing drawing in drawing sheets
  • Print setup
  • Print Preview

Session 30

  • File Conversion
  • Import and Export of files

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in MicroStation and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
RENDERING

V-Ray

Photorealistic materials, lighting, cameras, and architectural rendering.

Session 1

  • 3Ds Max Interface
  • Vray Interface
  • Vray Light Lister
  • Vray Quick Settings
  • Vray Frame Buffer
  • Render History
  • Render Region
  • Render Element
  • Vray Light
  • Plane
  • Sphere
  • Mesh

Session 2

  • GI Environment
  • Standard Light
  • Material
  • General Parameters
  • Spot Light Parameters
  • Vray Shadows Parameters
  • Vray Light
  • Ambient Light
  • Dome Light
  • Environment Effects
  • IES Light
  • Sun & Parameters
  • Sky Lights

Session 3

  • Vray Physical Cam
  • Focal Length
  • Exposure Control
  • Depth of Field
  • White Balance
  • Motion Blur
  • Material Editor
  • Diffuse
  • Opacity
  • Self-Illumination
  • Reflection
  • Checker

Session 4

  • Creating Metal
  • Texture Metal
  • Brushed Metal
  • Reflection
  • R Glossiness
  • Fresnel IOR
  • Refraction
  • Glossiness
  • IOR
  • Fog Colour
  • Bump & Bitmap

Session 5

  • Vray Displacement MOD
  • Subdiv
  • Text Map
  • Shift
  • Vray Proxy
  • Vray Instancer
  • Render Elements
  • Ambient Occlusion
  • Vray Reflection
  • Composting
  • Hue & Saturation
  • Blur Effect

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in V-Ray and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support
REAL-TIME VISUALIZATION

Lumion

Real-time architectural visualization, environments, materials, and effects.

Session 1

  • Introduction
  • Welcome Screen
  • Settings
  • Graphical User Interface
  • Import New Model
  • Navigation Keys
  • Object Placements
  • Nature & Fine - Detail Nature
  • People & Animals
  • Indoor & Outdoor Objects
  • Transport
  • Lights
  • Method of Placements
  • Single Placement
  • Mass Placement
  • Cluster Placement
  • Paint Placement

Session 2

  • EDITING TOOLS
  • Transforming objects
  • Move
  • Rotate
  • Scale
  • Object Properties
  • Layer settings
  • Creating Groups
  • Advanced Options
  • Visual effects library
  • Fountain
  • Fire
  • Smoke
  • Fog
  • Leaves
  • Sound effects library

Session 3

  • MATERIAL EDITOR
  • Material Library
  • Indoor and Outdoor Materials
  • Create New Material
  • Import New Materials
  • Save Custom materials
  • Map
  • Color Map
  • Normal Map
  • Displacement Map
  • Material Properties
  • Extended settings
  • Position
  • Orientation
  • Transparency
  • Settings
  • Weathering
  • Foliage

Session 4

  • LANDSCAPE
  • Landscape
  • Height
  • Water
  • Ocean
  • Paint
  • Landscape Grass
  • WEATHER
  • Clouds
  • Real Skies
  • Sun Settings
  • Cloud Amount

Session 5

  • RENDERING
  • Create Render Photos
  • Create Movies
  • Add Custom Style effects

Who Can Study?

  • Civil engineering and structural engineering students
  • Architecture, construction, and BIM learners
  • Working professionals seeking industry-ready skills
  • Freshers, freelancers, and career switchers
  • Anyone interested in Lumion and design technology

Why Choose VORNEX TECH?

  • Practical, project-based training
  • Industry-focused syllabus and real workflow practice
  • Live interactive classes with expert guidance
  • Flexible weekday, weekend, alternate-day, and recorded options
  • Certificate and career guidance support

Electrical Engineering Courses

Explore electrical CAD, MEP, power-system analysis, and electronic design courses.

Electrical

AutoCAD Electrical

Electrical schematic drafting and control panel design.

Electrical

AutoCAD MEP

MEP building services and HVAC layout design.

Electrical

EPLAN

Electrical engineering documentation and automation.

Electrical

ETAP

Power system simulation and analysis.

Electrical

HVAC Theory

Refrigeration and air-conditioning fundamentals.

Electrical

OrCAD

PCB schematic and electronic design.

Electrical

AutoCAD Electrical

Electrical schematic drafting, panel design, wiring, reports, and project documentation.

Who Can Study?

Electrical engineering students, EEE/ECE learners, diploma students, freshers, working professionals, and design engineers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Basics
  • Introduction to Ecad
  • Features of Ecad
  • Applications of Ecad
  • Comparison B/W Acad & Ecad
  • Layouts in Ecad

Session 2

  • Project
  • Schematic
  • Panel
  • Reports

Session 3

  • Creating New Project
  • Project Manager
  • Open Project
  • New Drawing
  • Add Drawing
  • Copy Project
  • Delete Project

Session 4

  • Types of Tools
  • Insert Components
  • Edit Components
  • Circuit Clipboard
  • Insert Wires/Wire Numbers
  • Edit Wires/Wire Numbers
  • Other Tools
  • AutoCAD Electrical

Session 5

  • Wires
  • Angle Wires
  • Interconnect Components
  • Stretch Wires
  • Bend Wires
  • Show Wires
  • Trim Wire
  • Check & Trace Wires
  • Edit Wire Sequence
  • Show Wire Sequence
  • Insert Wire Gap
  • Delete Wire Gap
  • Flip Wire Gap

Session 6

  • Icon Menu
  • Catalog Browser
  • Multiple Insert (Icon Menu)
  • Multiple Insert (Pick Master)

Session 7

  • Fix and Unfix
  • Copy Catalog Assignment
  • Delete Component
  • Copy Component
  • Move Component
  • Align Component
  • Scoot Component
  • Toggle NO/NC
  • Reverse / Flip Component
  • Find & Replace Component Text
  • Find & Replace Terminal Text
  • Re-Tag Components
  • AutoCAD Electrical
  • Location Symbols
  • Location Box
  • Copy Installation or Location

Session 8

  • Horizontal Bus
  • Vertical Bus
  • Component Bus
  • Another Bus
  • Recalculate Wire Size
  • Create/Edit Wire Types
  • Change/Convert Wire Types
  • Wire Color/Gauge Labels

Session 9

  • Wire Numbering
  • 3Phase Wire Numbers
  • Plc I /O Wire Numbers
  • Edit Wire Numbers
  • Fix/Unfix
  • Swap
  • Find/Replace
  • Hide/Unhide
  • Delete Wire Number
  • Move Wire Number
  • Flip Wire Number
  • Copy Wire Number
  • AutoCAD Electrical
  • Copy Wire Number in Line
  • Toggle Wire Inline
  • Wire No’s Leader
  • Inline Wire Labels
  • Adjust Inline Wire /Label Gap

Session 10

  • Drawing Properties
  • Insert Ladder
  • Add Rung
  • Revise Ladders
  • Renumber Ladder Reference
  • XY Grid Setup
  • X-Zones S Setup

Session 11

  • Cable Markers
  • Multiple Cable Markers
  • Multiple Cable Markers Update
  • Insert Dot Tee Markers
  • Insert Angled Tee Markers
  • Toggle Angle Tee Markers

Session 12

  • Move/Show Attributes
  • Edit Selected Attributes
  • Hide Attributes (Single Pick)
  • Hide Attributes (Window/ Multiple)
  • Unhide Attribute (Window/Multiple)
  • Add Attributes
  • AutoCAD Electrical
  • Rename Attributes
  • Push Description Up
  • Push Description Down
  • Squeeze Attributes/Text
  • Stretch Attribute/Text
  • Change Attribute Size
  • Rotate Attributes
  • Change Attribute Justification
  • Change Attribute Layers

Session 13

  • Concepts of Layer
  • Rename Layer
  • Update Layer
  • Cut
  • Copy clip
  • Paste

Session 14

  • Circuit Builders
  • Copy Circuit
  • Move Circuit
  • Save Circuit to Icon Manu
  • Insert Saved Circuit
  • Insert Wblocked Circuit

Session 15

  • Symbol Builder
  • PLC Database File Editor
  • Icon Menu Wizard
  • Modify Symbol Builder
  • User Defined List
  • Equipment List
  • AutoCAD Electrical

Session 16

  • Insert Connector
  • Insert Splice
  • Reverse Connector
  • Rotate Connector
  • Split Connector
  • Stretch Connector
  • Add Connector Pins
  • Delete Connector Pins
  • Move Connector Pins
  • Swap Connector Pins

Session 17

  • Insert Plc (Parametric)
  • Insert Plc (Full Units)
  • Stretch Plc Module
  • Split Plc Module
  • Internal Jumper
  • Swap Block Update

Session 18

  • Source Arrow
  • Destination Arrow
  • Show Signal Paths
  • Update Signal References
  • Fan in Source
  • Fan Out Destination
  • List Signal Code
  • Reference Only Arrow
  • AutoCAD Electrical

Session 19

  • Component Cross-References
  • Hide/Unhide Cross -Referencing
  • Cross References Check
  • Child Location/Description Update
  • Change Cross Reference to Multi Line Text
  • Cross Reference Table
  • Copy/Add Component Override
  • Remove Component Override
  • Insert Stand Alone Cross Reference
  • Update Stand Alone Cross Reference
  • Link
  • Link Components With Dashed Line
  • Insert Reference Arrow-From
  • Insert Reference Arrow-To

Session 20

  • Associate Terminals
  • Show Terminal Associations
  • Break Apart Terminal Associations
  • Copy Terminal Block Properties
  • Edit Internal Jumper
  • Mark Internal Connection
  • Mark External Connection
  • Show Internal /External Connection
  • Erase Internal/External Connection

Session 21

  • Icon Menu
  • Schematic List
  • Manual Manufacturing Menu
  • Inserting Balloons
  • Configuration
  • AutoCAD Electrical
  • Symbol Builder
  • Icon Menu Wizard

Session 22

  • Make Xdata Visible
  • Copy Footprints
  • Delete Footprints
  • Re-Sequence Item Number
  • Copy Installation Code
  • Copy Location Code
  • Copy Mount Code
  • Copy Group Code
  • Wire Annotations of Panel Footprint

Session 23

  • Terminal Strip Editor
  • Terminal Strip Table Generator

Session 24

  • Conduit Marker Pick
  • Conduit Marker From/To List
  • Edit Conduit Marker
  • Conduit Marker Report

Session 25

  • Schematic Reports
  • Reports
  • Missing Catalog Data
  • Electrical Audit
  • DWG Audit
  • Signal Error/List
  • Panel Reports
  • AutoCAD Electrical

Session 26

  • Page Set Up Manager
  • Template Creation
  • Sheet Set Manager
  • Reset Settings to Default AutoCAD Electrical

Session 27

  • Project
  • AutoCAD Electrical

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
Electrical

AutoCAD MEP

MEP layouts, architectural elements, HVAC systems, plumbing, and building services coordination.

Who Can Study?

Electrical engineering students, EEE/ECE learners, diploma students, freshers, working professionals, and design engineers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Introduction
  • About MEP
  • Usage of MEP in fields
  • Usage of AutoCAD in MEP
  • Units

Session 2

  • Application menu
  • Shortcut menu
  • Limits
  • Zoom

Session 3

  • Align
  • Array
  • Break
  • Chamfer

Session 4

  • Copy
  • Erase
  • Explode
  • Extend
  • Fillet

Session 5

  • Join
  • Length
  • Match property
  • Mirror
  • Move
  • Offset

Session 6

  • Purge
  • Rotate
  • Scale
  • AutoCAD MEP
  • Stretch
  • Trim

Session 7

  • About architecture workspace
  • Basic dimensions
  • Creating walls

Session 8

  • Creating doors
  • Creating windows
  • Creating roofs & slabs

Session 9

  • Creating stairs & railings
  • Creating grids beams, columns, braces
  • Creating primitives

Session 10

  • About HVAC system
  • Types of duct
  • Creating a duct work

Session 11

  • Specifying the unit HVAC components
  • Duct connectors
  • HVAC equipment

Session 12

  • Spaces
  • Adding spaces to floor plan
  • Adding zones
  • Exporting zones for load analysis
  • Exporting duct system

Session 13

  • About piping
  • Pipe routing preference
  • AutoCAD MEP
  • Pipe system display

Session 14

  • Placeholder part
  • Pipe grips
  • Pipe connectors
  • Pipe snaps
  • Creating a piping system

Session 15

  • Configuring basic pipe properties
  • Manually specifying parts during layout
  • Adding a pipe fitting manually
  • Adding insulation to pipe

Session 16

  • About electrical system
  • Circuit manager
  • Components of an electrical system

Session 17

  • Creating an electrical system
  • Checking electrical systems
  • Calculating wire size

Session 18

  • Viewing circuit information
  • Checking circuit loads
  • Generating a circuit reports
  • Showing circuit devices
  • Viewing power loads

Session 19

  • Modifying electrical system
  • Modifying wires
  • Modifying electrical equipment
  • Modifying cable tray/conduit
  • AutoCAD MEP
  • Modifying cable tray/conduit fitting

Session 20

  • Annotation electrical system drawings
  • Construction document workflow
  • Creating construction documents

Session 21

  • Annotation
  • Annotative AutoCAD MEP object

Session 22

  • Displaying and hiding
  • Exporting annotated drawings to AutoCAD

Session 23

  • Tags
  • Schedules
  • Creating an electrical panel schedule
  • Exporting a schedule to a spread sheet

Session 24

  • Views
  • Sheets
  • Converting to PDF
  • Exporting to AutoCAD

Session 25

  • Plotting
  • AutoCAD MEP

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
Electrical

EPLAN

Professional electrical engineering documentation, schematics, device management, macros, and reports.

Who Can Study?

Electrical engineering students, EEE/ECE learners, diploma students, freshers, working professionals, and design engineers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1–2

  • Introduction to EPLAN
  • What is EPLAN?
  • Industry applications
  • Overview of EPLAN interface
  • Project structure and Navigation

Session 3–4

  • Creating a New Project
  • Creating and configuring a new project
  • Project templates and settings
  • Project properties and structure identifiers

Session 5–6

  • Working with Pages
  • Types of pages: schematic, graphical, single-line
  • Creating and managing pages
  • Title blocks and revision control

Session 7

  • Practice & Review
  • Small project creation
  • Review interface, settings, and page creation
  • Core Schematic Design Tools

Session 8–9

  • Drawing Electrical Schematics
  • Inserting symbols
  • Drawing connections/wires
  • Setting potential definitions and connections

Session 10–11

  • Device and Symbol Management
  • Using device navigator
  • Managing device tags
  • Symbol libraries and variants

Session 12–13

  • Macros
  • Creating and inserting macros
  • Macro projects
  • Reusing and editing macros

Session 14

  • Practice Project
  • Design a simple motor control circuit
  • Focus on symbol insertion and wire connections
  • Advanced Features

Session 15–16

  • Reports and Lists
  • Generating terminal diagrams
  • Cable lists, parts lists, and BOMs
  • Customizing report layouts

Session 17–18

  • PLC Configuration
  • PLC modules and channel configuration
  • Addressing and I/O mapping
  • Integration with PLC systems

Session 19–20

  • Panel Layouts
  • Creating 2D panel layouts
  • Inserting components in panel layout
  • Cabinet layout tools

Session 21

  • Practice Project
  • Create schematics and panel layout for a basic control system
  • Customization & Integration

Session 22–23

  • Project Data Management
  • Data backup and restore
  • Revision management
  • Exporting/importing projects

Session 24–25

  • Parts Management
  • Creating and managing parts
  • Assigning part data to symbols/devices
  • Importing parts from manufacturer catalogues

Session 26–27

  • Settings & Automation
  • Configuring project settings
  • Using navigators and filters
  • Introduction to EPLAN API (basic scripting)

Session 28

  • Practice – Complete Project
  • Design, report generation, and layout for a small industrial system

Session 29–30

  • Review & Troubleshooting
  • Review all key concepts
  • Common errors and fixes
  • Q&A, discussions, and further learning paths

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
Electrical

ETAP

Power system modeling, load flow, short-circuit, arc-flash, and electrical analysis workflows.

Who Can Study?

Electrical engineering students, EEE/ECE learners, diploma students, freshers, working professionals, and design engineers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Introduction
  • Methods of sizing
  • Total connected load
  • Total operating load
  • Construction
  • Difference b/w Aluminum conductor and Copper conductor
  • Conductor scree
  • Insulation
  • Insulation scree

Session 2

  • Underground Power Cables
  • Construction
  • Conductor
  • Difference b/w PVC material and XLPE material
  • Metallic sheath
  • Armouring
  • Difference b/w Steel -Tape Armouring (STA) and Wire Armouring (SWA)
  • Bedding
  • Serving
  • Types of underground Cables

Session 3

  • Tools Bar
  • Tool bar – Mini tool bar
  • Project tool bar
  • Power calculator
  • Arc flash calculator
  • Base tool bar
  • Offset tool bar
  • Move tool bar
  • One line view (OLV)

Session 4

  • Power Flow Analysis
  • Calculate the power flow’s in manually using in ETAP
  • Calculate each over the relays Earthing gird
  • Arc flash analysis label

Session 5

  • Load Flow Analysis
  • Y Matrix
  • Bus code & Impedance
  • Power system analysis
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 6

  • Short Circuit Analysis
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 7

  • Arc Flash Analysis
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 8

  • Motor Starting Analysis
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 9

  • Transient Stability
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 10

  • Hormonic Analysis
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 11

  • Protection Co-Ordination
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 12

  • Renewable Energy
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 13

  • Unbalanced Short Circuit
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 14

  • Optimum Capacitor Selection
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 15

  • Cable Pulling System
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Session 16

  • Earthing Gird System
  • Run the calculation
  • Display options
  • Display alerts
  • View the generated report
  • Stop the calculation
  • Get on-line data
  • Get archived data
  • Diagram

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
Electrical

HVAC Theory

Refrigeration, air-conditioning fundamentals, psychrometrics, systems, and HVAC calculations.

Who Can Study?

Electrical engineering students, EEE/ECE learners, diploma students, freshers, working professionals, and design engineers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Refrigeration
  • Fundamentals
  • Units
  • Heat
  • Sensible Heat
  • Latent Heat
  • Super Heat
  • Specific heat
  • Pressure
  • Temperature
  • Enthalpy
  • Boiling point
  • Charles Law
  • Boyles Law

Session 2

  • Refrigeration
  • Definition
  • Vapor compression cycle
  • Process
  • Compression
  • Condensation
  • Expansion
  • Evaporation
  • Refrigerating effect

Session 3

  • Coefficient of performance
  • Ton of Refrigeration
  • P – h Diagram
  • Effect on the cycle due to various process

Session 4

  • Refrigeration Machines
  • Compressor
  • Condenser
  • Expansion device
  • Evaporators
  • Types

Session 5

  • Air Conditioning
  • Definition
  • Properties of Air
  • Psychometric
  • Sling Psychrometer
  • DBT
  • WBT
  • DPT
  • RH
  • Specific humidity
  • Specific volume
  • Enthalpy

Session 6

  • Methods of Using Psychometric chart
  • Air-conditioning systems
  • Room Air Conditioner
  • Split Air Conditioner
  • Package Air conditioner
  • Central plant A C

Session 7

  • Outside design
  • Inside design
  • Comfort A/c
  • Effective temperature
  • Estimation
  • Room sensible heat
  • RSHF
  • ESHF
  • ADP
  • By pass factor
  • Capacity
  • Dehumidified air quantity

Session 8

  • Duct
  • Types
  • Material
  • Supply Duct
  • Return Duct
  • Fittings
  • Duct Sizing
  • Equal friction method
  • Velocity reduction method
  • Static regain method

Session 9

  • Air distribution
  • Outlets
  • Grilles
  • Diffusers
  • Selection
  • Fans
  • Types
  • Pressure
  • Static, Velocity, total pressure
  • Selection of fans
  • ESP Calculation

Session 10

  • Piping
  • hilled water
  • Condensed water
  • Piping arrangements
  • Valves
  • Mixing valve
  • Heat calculation
  • Selection of pumps
  • Pump laws
  • Pump curves
  • Piping design

Session 11

  • Equipment Selection
  • Compressor
  • Condenser
  • Expansion device

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
Electrical

OrCAD

PCB schematic capture, component libraries, project management, and electronic design workflows.

Who Can Study?

Electrical engineering students, EEE/ECE learners, diploma students, freshers, working professionals, and design engineers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Introduction of PCB
  • Introduction Of circuit
  • Introduction of EDA
  • Introduction of software
  • Cadence OR-CAD
  • Capture
  • Pad
  • Allegro PCB Layout

Session 2

  • Types of files
  • Project
  • Design
  • Text
  • VHDL
  • Verilog
  • Project creation

Session 3

  • Types of tools
  • Schematic page properties
  • Placing components
  • Insert a passive component
  • Insert a discrete component
  • Insert a source component
  • Insert a digital component

Session 4

  • Placing a wire
  • Auto connecting two points
  • Auto connect multi points
  • Place a bus
  • Place a Dot junction

Session 5

  • Creating graphics
  • Drawing arcs
  • Drawing rectangles and squares
  • Drawing lines and polylines
  • Drawing ellipses and elliptical arcs
  • Placing text

Session 6

  • Placing existing component
  • Creating new part in library

Session 7

  • Property editor
  • Modify the properties of the parts
  • Edit the physical appearance of the parts
  • Modifying pins

Session 8

  • Creating part with spreadsheet
  • Creating part with heterogeneous

Session 9

  • Creating & modifying projects
  • Work in Multi sheet projects
  • Make a connectivity between schematic pages
  • Net alias
  • Off page connector

Session 10

  • Design processing
  • Customizing the part references
  • Annotation
  • DRC

Session 11

  • Cross reference parts
  • BOM for component
  • Physical check for wire connection

Session 12

  • Analyzing datasheet of part list
  • Information about packages part list
  • Pin size & pin distance for part list

Session 13

  • Introduction to PADSTACK
  • Typed of pads
  • Types of geometry

Session 14

  • Drill
  • Secondary drill
  • Drill offset
  • Design layer
  • Mask layer
  • Options

Session 15

  • Creating through pad
  • Creating SMD pad

Session 16

  • Via
  • Mounting hole
  • Mechanical hole

Session 17

  • Introduction Allegro PCB editor
  • Types of tools

Session 18

  • Package symbol
  • Creating foot print for parts

Session 19

  • Mechanical symbol
  • Creating foot print for mechanical pad

Session 20

  • Location to save the pad file & footprints of parts
  • Adding footprint into schematic diagram
  • Creating new BOM with packages
  • Creating net list

Session 21

  • Environment setup & grid spacing

Session 22

  • Add lines, shapes & text

Session 23

  • Constraints manager
  • Setting up the design constraint

Session 24

  • Routing the PCB
  • Automatic
  • Manual

Session 25

  • Generating silkscreen

Session 26

  • Generating Gerber files
  • 3d model & step files
  • Creating BOM
  • Creating ARTWORK files

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support

IT & Software Development Courses

Build practical programming, office productivity, frontend, and full-stack development skills.

IT & Programming

C++ Programming

Programming logic and object-oriented development.

IT & Programming

Java Development

Core Java and application development.

IT & Programming

MS Office

Office productivity and professional documentation.

IT & Programming

HTML & CSS

Frontend webpage design and responsive styling.

IT & Programming

Full Stack Java

Complete Java-based web application development.

IT & Programming

Full Stack Python

Python-based full-stack application development.

IT & Programming

C++ Programming

Programming fundamentals, object-oriented programming, STL, memory, and advanced C++ concepts.

Who Can Study?

Computer science students, IT learners, graduates, freshers, working professionals, and career switchers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Introduction to C++
  • History of C++
  • Why use C++?
  • Setting up environment (MinGW / GCC / VS Code)
  • Installing compiler
  • Writing your first C++ program
  • Compile & run using command line / IDE

Session 2

  • Structure of a C++ Program
  • Header files
  • main() function
  • Return statement
  • Input & Output (cin, cout)
  • Comments in C++
  • Simple programs

Session 3

  • Tokens, Keywords & Identifiers
  • Tokens
  • Keywords
  • Identifiers
  • Constants & Literals
  • Escape sequences

Session 4

  • Datatypes & Variables
  • Builtin datatypes
  • Userdefined datatypes
  • Variable declaration
  • Reference variables
  • Type modifiers (short, long, unsigned)

Session 5

  • Operators in C++
  • Arithmetic
  • Relational
  • Logical
  • Assignment
  • Increment/Decrement
  • Scope resolution operator
  • Memory management operator (new/delete)
  • Manipulators (setw, setprecision)

Session 6

  • Control Structures
  • if
  • if…else
  • Nested if
  • switch
  • while
  • do…while
  • for loop
  • break, continue

Session 7

  • Functions in C++
  • Function definition & declaration
  • Inline functions
  • Default arguments
  • Constant arguments
  • Function overloading

Session 8

  • Arrays & Strings
  • Single & multidimensional arrays
  • Array operations
  • Introduction to C++ strings
  • string vs char array

Session 9

  • Pointers Basics
  • Pointer declaration
  • Pointer & address
  • Pointer arithmetic
  • Pointers with arrays
  • Nullptr

Session 10

  • ObjectOriented Programming Basics
  • What are objects & classes?
  • Data abstraction
  • Encapsulation
  • Message passing
  • Reallife examples

Session 11

  • Classes & Objects
  • Creating a class
  • Accessing class members
  • Member functions
  • Inline definitions
  • Nesting of member functions

Session 12

  • Constructors & Destructors
  • Default constructor
  • Parameterized constructor
  • Overloaded constructors
  • Copy constructor
  • Dynamic constructor
  • Destructor

Session 13

  • Static Members
  • Static data members
  • Static member functions
  • Object as function arguments

Session 14

  • Friend Functions
  • Friend function basics
  • Accessing private data
  • Swapping private data using friend functions

Session 15

  • Operators & Overloading
  • Introduction to operator overloading
  • Unary operator overloading
  • Binary operator overloading (overview)
  • Examples

Session 16

  • Type Conversion
  • Basic type conversion
  • Classtoclass conversion
  • Basic examples

Session 17

  • Inheritance Basics
  • Base & derived classes
  • Types of inheritance:
  • Single
  • Multilevel
  • Hierarchical

Session 18

  • Advanced Inheritance
  • Multiple inheritance
  • Virtual base class
  • Ambiguity resolution

Session 19

  • Polymorphism
  • Compiletime polymorphism
  • Runtime polymorphism
  • Pointers to objects
  • Pointer to derived classes

Session 20

  • Virtual Functions
  • Late binding
  • Virtual function examples
  • Pure virtual functions
  • Abstract classes

Session 21

  • Containership
  • Aggregation
  • Composition
  • Difference between inheritance & containership

Session 22

  • Exception Handling
  • try
  • catch
  • throw
  • Exception handling model
  • Multiple catch blocks

Session 23

  • Templates
  • Function templates
  • Overloading function templates
  • Class templates

Session 24

  • STL (Standard Template Library)
  • Introduction to STL
  • Containers
  • vector
  • string
  • pair

Session 25

  • STL — Part 2
  • map
  • unordered_map
  • set
  • stack
  • queue
  • Iterators

Session 26

  • STL Algorithms
  • sort
  • reverse
  • find
  • count
  • accumulate

Session 27

  • File Handling
  • Text file read/write
  • getline()
  • put(), get()
  • write() function
  • File modes

Session 28

  • Dynamic Memory
  • new & delete operators
  • Dynamic arrays
  • Smart pointers (basic intro)

Session 29

  • Namespaces & Misc Concepts
  • Using namespace
  • Creating namespaces
  • Scope resolution operator in namespaces
  • Command line arguments

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
IT & Programming

Java Development

Core Java, JVM, syntax, OOP, collections, exception handling, and application development.

Who Can Study?

Computer science students, IT learners, graduates, freshers, working professionals, and career switchers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Introduction
  • History of Java
  • Why use Java?
  • Tools we need
  • Environment setup
  • Installation Procedures
  • Java editors and editions

Session 2

  • Java Virtual Machine
  • Internal Architecture of JVM
  • JDK (Java Development Kit)
  • JRE (Java Runtime Environment)
  • Difference between JDK, JRE and JVM
  • Sample Program

Session 3

  • Java First Program
  • The main method
  • Java Comments
  • Java Variables
  • Declaring (creating) Variables
  • Java Identifiers

Session 4

  • Java Data types
  • Primitive data types
  • Non- primitive data types
  • Keywords in Java
  • Java type casting

Session 5

  • Java Operators
  • Arithmetic operators
  • Assignment operators
  • Comparison operators
  • Logical operators
  • Bitwise operators

Session 6

  • Special Characters
  • JAVA Math
  • Random Numbers
  • Boolean Values

Session 7

  • JAVA CONDITIONS AND IF STATEMENTS
  • IF Statement in JAVA
  • IF-ELSE Statement in JAVA
  • IF-ELSE-IF Statement in JAVA
  • NESTED IF Statement in JAVA

Session 8

  • SWITCH Statement in JAVA
  • Break Statement
  • Continue Statement

Session 9

  • Loop Concept
  • While Loop in Java
  • For Loop in Java
  • For-Each Loop in Java
  • Do while Loop in Java

Session 10

  • Arrays in Java
  • Access the elements of an array
  • Change an array element
  • Array Length
  • Loop through an array
  • Continue Statement
  • Break and Continue in While Loop
  • Vector

Session 11

  • Parameters and Arguments
  • Multiple Parameters
  • Return Values
  • A Method with if….else
  • Method Overloading
  • Java scope
  • Block Scope
  • Java Recursion

Session 12

  • Different types of reading the input
  • 1. Using Buffered Reader Class
  • 2. Using Scanner Class
  • 3. Using Console Class
  • 4. Using Command Line Arguments

Session 13

  • Constructor in JAVA
  • Default constructor
  • Copy Constructor
  • Parameterized Constructor

Session 14

  • Strings in JAVA
  • String Methods
  • String Buffer
  • String Builder

Session 15

  • WHAT IS OOP?
  • Objects in Java
  • Classes in Java
  • Inheritance in JAVA
  • Abstraction in JAVA

Session 16

  • OOPS CONTINUE.
  • Encapsulation in Java
  • Polymorphism in Java

Session 17

  • Scope in JAVA
  • Recursion
  • Modifiers
  • Overriding

Session 18

  • Java Packages
  • Built-in Packages
  • Import a Class
  • Import a Package
  • User-Defined Packages

Session 19

  • Abstract class
  • Java Abstraction
  • Abstract methods
  • Try it yourself

Session 20

  • Java Interfaces
  • Declaring Interfaces
  • Implementing Interfaces
  • Extending Interfaces
  • Extending Multiple Interfaces
  • Tagging Interfaces

Session 21

  • Collections in JAVA
  • Hierarchy of the collection framework
  • Methods of the collection interface
  • Collections class in JAVA

Session 22

  • Java – Exceptions
  • Exception Hierarchy
  • Catching Exception
  • Multiple Catch blocks
  • The Throws/Throw Keyboard
  • The Finally Block
  • Common Exceptions

Session 23

  • ENUMS
  • Java Dates
  • Access an item
  • Other types

Session 24

  • JAVA – INNER CLASSES
  • Nested Classes
  • Inner Classes(Non-Static Nested Classes)
  • Accessing the private members
  • Method-Local inner class
  • Anonymous Inner Class
  • Anonymous Inner Class Vs Argument
  • Static Nester Class

Session 25

  • Thread synchronization
  • Interthread communication
  • Thread deadlock
  • Thread control

Session 26

  • Java-Multithreading
  • Life cycle of a thread
  • Thread Priorities
  • Creating a Thread Class
  • Thread Methods
  • Major Java Multithreading concepts

Session 27

  • Java-Generics
  • Generic Methods
  • Generic Classes
  • Java – Serialization
  • De-Serialization

Session 28

  • Java – Applet Basics
  • Life cycle of an Applet
  • The Applet class
  • Invoking an Applet
  • HTML <applet> tags
  • HTML attribute reference
  • HTML events reference
  • Try it yourself

Session 29

  • Getting Applet parameters
  • Specifying Applet parameters
  • Application Conversion to Applets
  • Event handling
  • Displaying images
  • Playing audios

Session 30

  • Recall the Chapters
  • Doubts Clarification Session
  • Try it yourself

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
IT & Programming

MS Office

Computer fundamentals and practical Microsoft Word, Excel, PowerPoint, and office productivity skills.

Who Can Study?

Computer science students, IT learners, graduates, freshers, working professionals, and career switchers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • What is Computer?
  • Characteristics of Computer
  • Generations of Computer
  • Components of Computer
  • Networking
  • Operating Systems
  • Easier ways to work with windows
  • Microsoft Word

Session 2

  • Introduction to MS Word
  • Using Predefined Templates
  • Customizing Quick Access Toolbar
  • Saving as PDF and other Formats
  • Typing methods and alignment checking

Session 3

  • Home Tab
  • Text Basics
  • Using Ruler
  • Working with bullets and numbering
  • Using and modifying Styles
  • Applying borders and Shading
  • Creating and managing headers and footers

Session 4

  • Insert Tab
  • Working with objects
  • Creating and formatting tables
  • Merging and splitting cells
  • Sorting table data
  • Converting text to table and table to text
  • Inserting Pictures and Shapes
  • Taking Screenshots

Session 5

  • Using SmartArt
  • Design Tab
  • How to design your page?
  • Layouts
  • How to align your page?

Session 6

  • Merging Documents
  • References
  • Translate Documents
  • Watermark setting

Session 7

  • Sharing and maintaining documents
  • Merging envelops and labels
  • Review and View Tabs
  • Proofing the document and printing

Session 8

  • Practical Session
  • Doubt Clarification

Session 9

  • Practical Session
  • Doubt Clarification

Session 10

  • Introduction to MS Excel
  • Formatting Excel workbook
  • Details about cells

Session 11

  • Functions of MS Excel
  • Usages

Session 12

  • File Tab
  • Creating new sheets
  • Entering values
  • Home Tab

Session 13

  • Insert Tab
  • Inserting elements
  • Page layout

Session 14

  • Perform calculation with functions
  • Using formulas

Session 15

  • Sort and filter data with Excel
  • Analyze data using Pivot tables and pivot charts

Session 16

  • Protecting and sharing the workbook

Session 17

  • H-LOOKUP
  • V-LOOKUP

Session 18

  • Data, Reviews and Views
  • Using Macros to automate tasks
  • Proofing and Printing

Session 19

  • Practical Session
  • Doubt Clarification

Session 20

  • Practical Session
  • Doubt Clarification

Session 21

  • Introduction to MS PowerPoint
  • Setting up PowerPoint environment

Session 22

  • Creating slides and applying themes
  • Using slide sections
  • Using grid lines and guides for alignment
  • Slide views
  • Apply transition

Session 23

  • Working with objects, hyperlinks and action buttons
  • Applying slide transitions

Session 24

  • Applying animations
  • Controlling timing and sequence of animations
  • Using the animation pane

Session 25

  • Embedding audio and video files
  • Screen Recording

Session 26

  • Using SmartArt, Charts and tables
  • Working with Slide master

Session 27

  • Setting up Slideshow options
  • Using presenter view
  • Adding notes and comments
  • Proofing and printing

Session 28

  • Internet basics
  • Web browsers
  • World Wide Web and URL
  • Domains and Caches
  • Favorites and Bookmarks
  • Search Engine
  • Things to be caution about Internet

Session 29

  • Practical Session
  • Doubt Clarification

Session 30

  • Practical Session
  • Doubt Clarification

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
IT & Programming

HTML & CSS

Modern webpage structure, styling, responsive layouts, forms, and practical frontend development.

Who Can Study?

Computer science students, IT learners, graduates, freshers, working professionals, and career switchers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • HTML5 Advanced Overview
  • HTML5 vs HTML4
  • HTML5 Doctype & Structure
  • Semantic HTML importance
  • Best coding practices
  • Real-time website structure

Session 2

  • Advanced Semantic Elements
  • <header>, <footer>, <section>, <article>
  • <aside>, <nav>, <main>
  • SEO benefits of semantic tags
  • Layout creation using semantic tags

Session 3

  • Advanced Forms
  • HTML5 form attributes
  • New input types (email, date, range, color)
  • Form validation
  • Placeholder, required, pattern
  • Real-time form design

Session 4

  • Multimedia & Graphics
  • Audio & video tags
  • Attributes & controls
  • Embedding YouTube videos
  • SVG introduction
  • Canvas basics

Session 5

  • Advanced Tables & Data Representation
  • Complex tables
  • thead, tbody, tfoot
  • Table accessibility
  • Styling tables using CSS

Session 6

  • HTML Accessibility
  • ARIA roles
  • Alt attributes
  • Keyboard navigation
  • Screen reader support

Session 7

  • CSS3 Overview
  • CSS3 features
  • Browser compatibility
  • CSS architecture
  • Best practices

Session 8

  • Advanced Selectors
  • Attribute selectors
  • Pseudo-classes
  • Pseudo-elements
  • :nth-child, :not()

Session 9

  • CSS Box Model Deep Dive
  • Margin, padding, border
  • Box-sizing
  • Overflow handling
  • Real-time layout problems

Session 10

  • Advanced Positioning
  • Static, relative, absolute
  • Fixed & sticky positioning
  • Z-index
  • Practical layout examples

Session 11

  • Flexbox (Complete)
  • Flex container & items
  • Axis, alignment
  • Real-time UI layout
  • Navbar & card layout

Session 12

  • CSS Grid Layout
  • Grid container & items
  • Grid areas
  • Responsive grids
  • Real-time page layout

Session 13

  • Responsive Web Design
  • Media queries
  • Mobile-first approach
  • Breakpoints
  • Responsive layouts

Session 14

  • Advanced Colors & Units
  • RGB, HEX, HSL
  • Opacity & gradients
  • Viewport units
  • Custom properties (CSS variables)

Session 15

  • CSS Typography
  • Google fonts
  • Line height
  • Letter spacing
  • Text effects
  • Real-time typography design

Session 16

  • Transitions
  • Transition properties
  • Timing functions
  • Hover effects
  • Button animations

Session 17

  • CSS Animations
  • @keyframes
  • Animation properties
  • Loaders & banners
  • Practical animation project

Session 18

  • Transformations
  • 2D transforms
  • 3D transforms
  • Rotate, scale, skew
  • Card flip effects

Session 19

  • Shadows & Effects
  • Box-shadow
  • Text-shadow
  • Glassmorphism
  • Neumorphism

Session 20

  • Advanced Backgrounds
  • Multiple backgrounds
  • Parallax effect
  • Background blend modes

Session 21

  • Website Layout Design
  • Header, footer, sidebar
  • Multi-section layout
  • Real-time website structure

Session 22

  • UI Components
  • Buttons
  • Cards
  • Modals
  • Dropdown menus

Session 23

  • Navigation Design
  • Navbar styles
  • Sticky navbar
  • Mega menu
  • Responsive navigation

Session 24

  • Forms UI Design
  • Modern form UI
  • Error handling
  • Custom checkboxes & radios

Session 25

  • CSS Best Practices
  • BEM methodology
  • Clean CSS
  • Reusable styles
  • Performance optimization

Session 26

  • Cross-Browser Compatibility
  • Vendor prefixes
  • Browser testing
  • Fallbacks

Session 27

  • CSS Framework Introduction
  • Bootstrap overview
  • Custom CSS vs Framework
  • When to use frameworks

Session 28

  • Mini Project
  • Static website design
  • Responsive layout
  • UI improvements

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
IT & Programming

Full Stack Java

Frontend, Java programming, databases, backend development, and full-stack application workflow.

Who Can Study?

Computer science students, IT learners, graduates, freshers, working professionals, and career switchers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Introduction
  • History of Java
  • Why use Java?
  • Tools we need
  • Environment setup
  • Installation Procedures
  • Java editors and editions

Session 2

  • Java Virtual Machine
  • Internal Architecture of JVM
  • JDK (Java Development Kit)
  • JRE (Java Runtime Environment)
  • Difference between JDK, JRE and JVM
  • Sample Program

Session 3

  • Java First Program
  • The main method
  • Java Comments
  • Java Variables
  • Declaring (creating) Variables
  • Java Identifiers

Session 4

  • Java Data types
  • Primitive data types
  • Non- primitive data types
  • Keywords in Java
  • Java type casting

Session 5

  • Java Operators
  • Arithmetic operators
  • Assignment operators
  • Comparison operators
  • Logical operators
  • 4|Page JAVA FULL STACK
  • Bitwise operators

Session 6

  • Special Characters
  • JAVA Math
  • Random Numbers
  • Boolean Values

Session 7

  • JAVA CONDITIONS AND IF STATEMENTS
  • IF Statement in JAVA
  • IF-ELSE Statement in JAVA
  • IF-ELSE-IF Statement in JAVA
  • NESTED IF Statement in JAVA

Session 8

  • SWITCH Statement in JAVA
  • Break Statement
  • Continue Statement

Session 9

  • Loop Concept
  • While Loop in Java
  • For Loop in Java
  • For-Each Loop in Java
  • Do while Loop in Java

Session 10

  • Arrays in Java
  • Access the elements of an array
  • Change an array element
  • Array Length
  • Loop through an array
  • Continue Statement
  • Break and Continue in While Loop
  • Vector
  • 5|Page JAVA FULL STACK

Session 11

  • Parameters and Arguments
  • Multiple Parameters
  • Return Values
  • A Method with if….else
  • Method Overloading
  • Java scope
  • Block Scope
  • Java Recursion

Session 12

  • Different types of reading the input
  • 1. Using Buffered Reader Class
  • 2. Using Scanner Class
  • 3. Using Console Class
  • 4. Using Command Line Arguments

Session 13

  • Constructor in JAVA
  • Default constructor
  • Copy Constructor
  • Parameterized Constructor

Session 14

  • Strings in JAVA
  • String Methods
  • String Buffer
  • String Builder

Session 15

  • WHAT IS OOP?
  • Objects in Java
  • Classes in Java
  • Inheritance in JAVA
  • Abstraction in JAVA
  • 6|Page JAVA FULL STACK

Session 16

  • OOPS CONTINUE.
  • Encapsulation in Java
  • Polymorphism in Java

Session 17

  • Scope in JAVA
  • Recursion
  • Modifiers
  • Overriding

Session 18

  • Java Packages
  • Built-in Packages
  • Import a Class
  • Import a Package
  • User-Defined Packages

Session 19

  • Abstract class
  • Java Abstraction
  • Abstract methods
  • Try it yourself

Session 20

  • Java Interfaces
  • Declaring Interfaces
  • Implementing Interfaces
  • Extending Interfaces
  • Extending Multiple Interfaces
  • Tagging Interfaces

Session 21

  • Collections in JAVA
  • Hierarchy of the collection framework
  • Methods of the collection interface
  • Collections class in JAVA
  • 7|Page JAVA FULL STACK

Session 22

  • Java – Exceptions
  • Exception Hierarchy
  • Catching Exception
  • Multiple Catch blocks
  • The Throws/Throw Keyboard
  • The Finally Block
  • Common Exceptions

Session 23

  • ENUMS
  • Java Dates
  • Access an item
  • Other types

Session 24

  • JAVA – INNER CLASSES
  • Nested Classes
  • Inner Classes (Non-Static Nested Classes)
  • Accessing the private members
  • Method-Local inner class
  • Anonymous Inner Class
  • Anonymous Inner Class Vs Argument
  • Static Nester Class

Session 25

  • Thread synchronization
  • Interthread communication
  • Thread deadlock
  • Thread control

Session 26

  • Java-Multithreading
  • Life cycle of a thread
  • Thread Priorities
  • Creating a Thread Class
  • Thread Methods
  • Major Java Multithreading concepts
  • 8|Page JAVA FULL STACK

Session 27

  • Java-Generics
  • Generic Methods
  • Generic Classes
  • Java – Serialization
  • De-Serialization

Session 28

  • Java – Applet Basics
  • Life cycle of an Applet
  • The Applet class
  • Invoking an Applet
  • HTML <applet> tags
  • HTML attribute reference
  • HTML events reference
  • Try it yourself

Session 29

  • Getting Applet parameters
  • Specifying Applet parameters
  • Application Conversion to Applets
  • Event handling
  • Displaying images
  • Playing audios

Session 30

  • Recall the Chapters
  • Doubts Clarification Session
  • Try it yourself
  • 9|Page JAVA FULL STACK
  • ADVANCE JAVA /
  • 10 | P a g e JAVA FULL STACK
  • 11 | P a g e JAVA FULL STACK

Session 31

  • Introduction to Spring Boot
  • What is Spring Framework?
  • Problems with traditional Spring
  • Why Spring Boot?
  • Spring Boot features
  • Spring Boot vs Spring MVC
  • Real-time industry use cases

Session 32

  • Spring Architecture
  • Spring architecture overview
  • Layers of Spring framework
  • Spring modules
  • Request flow in Spring Boot
  • Monolithic vs Microservices overview

Session 33

  • Spring IoC Container
  • Inversion of Control (IoC)
  • BeanFactory vs ApplicationContext
  • Bean lifecycle
  • Types of IoC containers
  • Real-time examples

Session 34

  • Creating First Spring Boot Project
  • Spring Initializr
  • Project structure explanation
  • @SpringBootApplication
  • Embedded Tomcat
  • Running first application
  • 12 | P a g e JAVA FULL STACK

Session 35

  • Application Properties & Configuration
  • application.properties
  • application.yml
  • External configuration
  • Profiles introduction
  • Environment-based configs

Session 36

  • Spring Beans
  • What is a Bean?
  • Bean scopes
  • Bean lifecycle methods
  • Lazy vs Eager loading
  • @Component, @Bean

Session 37

  • Dependency Injection & Context
  • Dependency Injection types
  • @Autowired
  • Constructor vs Setter injection
  • Spring Context
  • Circular dependency issues

Session 38

  • Spring MVC Architecture
  • MVC flow
  • DispatcherServlet
  • Controllers, Services, Repositories
  • MVC vs REST

Session 39

  • Controller Components
  • @Controller vs @RestController
  • @RequestMapping
  • 13 | P a g e JAVA FULL STACK
  • HTTP methods
  • URL mapping strategies

Session 40

  • RESTful API Development
  • REST principles
  • GET, POST, PUT, DELETE
  • JSON handling
  • Postman testing
  • HTTP status codes

Session 41

  • Data Binding & Validation
  • Request parameters
  • Path variables
  • @RequestBody
  • Bean validation
  • @Valid, @NotNull, @Size

Session 42

  • Exception Handling
  • Default error handling
  • Custom exceptions
  • @ExceptionHandler
  • @ControllerAdvice
  • Custom error responses

Session 43

  • Interceptors
  • What are interceptors?
  • HandlerInterceptor
  • PreHandle, PostHandle
  • Real-time logging use cases
  • 14 | P a g e JAVA FULL STACK

Session 44

  • Swagger API Documentation
  • Why Swagger?
  • OpenAPI basics
  • Swagger UI integration
  • API documentation best practices

Session 45

  • Spring Data JPA Introduction
  • ORM concepts
  • Hibernate overview
  • JPA architecture
  • Advantages of Spring Data JPA

Session 46

  • JPA Repository
  • CrudRepository
  • JpaRepository
  • Repository methods
  • Custom repository structure

Session 47

  • Entity Mapping
  • @Entity, @Table
  • @Id, @GeneratedValue
  • Column mapping
  • Naming strategies

Session 48

  • Fetching Strategies & Relationships
  • Lazy vs Eager fetching
  • One-to-One
  • One-to-Many
  • Many-to-One
  • Join column concept

Session 49

  • Query Methods
  • Derived query methods
  • 15 | P a g e JAVA FULL STACK
  • @Query
  • JPQL
  • Native queries&Paging & Sorting

Session 50

  • Database Integration
  • MySQL integration
  • Datasource configuration
  • CRUD operations
  • Transaction basics

Session 51

  • Transactions & Concurrency
  • ACID properties
  • @Transactional
  • Isolation levels
  • Optimistic & pessimistic locking

Session 52

  • Production-Ready Features
  • Spring Boot DevTools
  • Logging configuration
  • Log levels
  • Auditing with Hibernate Envers

Session 53

  • Spring Boot Actuator
  • Actuator overview
  • Health, info, metrics
  • Custom actuator endpoints
  • Monitoring basics

Session 54

  • Spring Security Basics
  • Authentication & Authorization
  • Security filters
  • In-memory authentication
  • CSRF, XSS, SQL Injection concepts
  • 16 | P a g e JAVA FULL STACK

Session 55

  • JWT Security
  • JWT introduction
  • Token structure
  • JWT creation & validation
  • Login & signup using JWT
  • Exception handling in security

Session 56

  • Advanced Spring Security
  • SecurityFilterChain
  • Refresh & access tokens
  • OAuth2 client authentication
  • Role-based authorization
  • Method-level security

Session 57

  • Testing in Spring Boot
  • Testing types
  • JUnit & AssertJ
  • Unit testing vs Integration testing
  • Mockito basics

Session 58

  • Integration & Report Testing
  • Repository testing
  • Service layer testing
  • Controller testing
  • TestContainers
  • JaCoCo reports

Session 59

  • DevOps Basics
  • Spring Profiles (Dev/Test/Prod)
  • Docker & Docker Compose
  • AWS deployment overview
  • CI/CD concepts
  • Flyway database migration
  • 17 | P a g e JAVA FULL STACK

Session 60

  • Microservices Architecture
  • Microservices fundamentals
  • Eureka Service Discovery
  • API Gateway
  • OpenFeign communication
  • Circuit Breaker (Resilience4j)
  • Centralized configuration
  • 18 | P a g e JAVA FULL STACK
  • 19 | P a g e JAVA FULL STACK
  • 20 | P a g e JAVA FULL STACK
  • 21 | P a g e JAVA FULL STACK
  • SESSION 61 – Database & MySQL Introduction
  • Data, Database, DBMS vs RDBMS
  • Why databases are needed, History of SQL and MySQL
  • What is MySQL, MySQL use cases
  • MySQL vs Oracle vs PostgreSQL, MySQL Editions
  • Introduction to MySQL Workbench
  • SESSION 62 – MySQL & Workbench Installation
  • System requirements
  • Installing MySQL Server (step-by-step)
  • Root password & authentication
  • Installing MySQL Workbench
  • Connecting server using Workbench
  • Workbench UI (Navigator, Editor, Result Grid)
  • SESSION 63 – MySQL Environment & Database Basics
  • Client–Server Architecture
  • Creating databases
  • CREATE, SHOW and USE databases
  • Naming conventions & best practices
  • SESSION 64 – Tables & Data Types (Modern)
  • Tables, rows, columns
  • Data types:
  • o INT, BIGINT, DECIMAL
  • o VARCHAR, TEXT
  • o DATE, DATETIME, TIMESTAMP
  • o BOOLEAN
  • o JSON (intro)
  • CREATE TABLE, DESCRIBE
  • SESSION 65 – INSERT & SELECT Statements
  • INSERT INTO
  • Single & multiple inserts
  • SELECT *
  • Selecting specific columns
  • Column aliases
  • 22 | P a g e JAVA FULL STACK

Session 91

  • HTML5 Advanced Overview
  • HTML5 vs HTML4
  • HTML5 Doctype & Structure
  • Semantic HTML importance
  • Best coding practices
  • Real-time website structure

Session 92

  • Advanced Semantic Elements
  • <header>, <footer>, <section>, <article>
  • <aside>, <nav>, <main>
  • SEO benefits of semantic tags
  • Layout creation using semantic tags

Session 93

  • Advanced Forms
  • HTML5 form attributes
  • New input types (email, date, range, color)
  • Form validation
  • Placeholder, required, pattern
  • Real-time form design

Session 94

  • Multimedia & Graphics
  • Audio & video tags
  • Attributes & controls
  • Embedding YouTube videos
  • SVG introduction
  • Canvas basics

Session 95

  • Advanced Tables & Data Representation
  • Complex tables
  • thead, tbody, tfoot
  • Table accessibility
  • Styling tables using CSS
  • 30 | P a g e JAVA FULL STACK

Session 96

  • HTML Accessibility
  • ARIA roles
  • Alt attributes
  • Keyboard navigation
  • Screen reader support

Session 97

  • CSS3 Overview
  • CSS3 features
  • Browser compatibility
  • CSS architecture
  • Best practices

Session 98

  • Advanced Selectors
  • Attribute selectors
  • Pseudo-classes
  • Pseudo-elements
  • :nth-child, :not()

Session 99

  • CSS Box Model Deep Dive
  • Margin, padding, border
  • Box-sizing
  • Overflow handling
  • Real-time layout problems

Session 100

  • Advanced Positioning
  • Static, relative, absolute
  • Fixed & sticky positioning
  • Z-index
  • Practical layout examples

Session 101

  • Flexbox (Complete)
  • Flex container & items
  • Axis, alignment
  • Real-time UI layout
  • 31 | P a g e JAVA FULL STACK
  • Navbar & card layout

Session 102

  • CSS Grid Layout
  • Grid container & items
  • Grid areas
  • Responsive grids
  • Real-time page layout

Session 103

  • Responsive Web Design
  • Media queries
  • Mobile-first approach
  • Breakpoints
  • Responsive layouts

Session 104

  • Advanced Colors & Units
  • RGB, HEX, HSL
  • Opacity & gradients
  • Viewport units
  • Custom properties (CSS variables)

Session 105

  • CSS Typography
  • Google fonts
  • Line height
  • Letter spacing
  • Text effects
  • Real-time typography design

Session 106

  • Transitions
  • Transition properties
  • Timing functions
  • Hover effects
  • Button animations
  • 32 | P a g e JAVA FULL STACK

Session 107

  • CSS Animations
  • @keyframes
  • Animation properties
  • Loaders & banners
  • Practical animation project

Session 108

  • Transformations
  • 2D transforms
  • 3D transforms
  • Rotate, scale, skew
  • Card flip effects

Session 109

  • Shadows & Effects
  • Box-shadow
  • Text-shadow
  • Glassmorphism
  • Neumorphism

Session 110

  • Advanced Backgrounds
  • Multiple backgrounds
  • Parallax effect
  • Background blend modes

Session 111

  • Website Layout Design
  • Header, footer, sidebar
  • Multi-section layout
  • Real-time website structure

Session 112

  • UI Components
  • Buttons
  • Cards
  • Modals
  • Dropdown menus
  • 33 | P a g e JAVA FULL STACK

Session 113

  • Navigation Design
  • Navbar styles
  • Sticky navbar
  • Mega menu
  • Responsive navigation

Session 114

  • Forms UI Design
  • Modern form UI
  • Error handling
  • Custom checkboxes & radios

Session 115

  • CSS Best Practices
  • BEM methodology
  • Clean CSS
  • Reusable styles
  • Performance optimization

Session 116

  • Cross-Browser Compatibility
  • Vendor prefixes
  • Browser testing
  • Fallbacks

Session 117

  • CSS Framework Introduction
  • Bootstrap overview
  • Custom CSS vs Framework
  • When to use frameworks

Session 118

  • Mini Project
  • Static website design
  • Responsive layout
  • UI improvements
  • 34 | P a g e JAVA FULL STACK
  • 35 | P a g e JAVA FULL STACK
  • 36 | P a g e JAVA FULL STACK
  • 37 | P a g e JAVA FULL STACK
  • SESSION 119:
  • JavaScript Introduction
  • What is JavaScript
  • History & Evolution of JS
  • Why JavaScript?
  • Where to use JavaScript (Browser, Server, Mobile, Desktop)
  • Applications of JavaScript
  • JavaScript Statements
  • JavaScript Comments
  • JS Engine & Runtime
  • SESSION 120:
  • JavaScript Syntax & Variables
  • JavaScript Syntax
  • Variables
  • o var
  • o let
  • o const
  • Variable Naming Rules
  • Variable Hoisting
  • Best Practices
  • SESSION 121:
  • Data Types & Basics
  • Primitive Data Types
  • Non-Primitive Data Types
  • typeof
  • Type Conversion & Coercion
  • Objects (intro)
  • Undefined vs Null
  • Truthy & Falsy Values
  • Events (basic intro)
  • SESSION 122:
  • Operators
  • Arithmetic Operators
  • 38 | P a g e JAVA FULL STACK
  • Assignment Operators
  • Comparison Operators
  • Logical Operators

Session 152

  • Introduction to Bootstrap
  • What is Bootstrap?
  • History and evolution
  • Why Bootstrap is used
  • Features of Bootstrap
  • Bootstrap vs traditional CSS
  • Real-world use cases

Session 153

  • Bootstrap Setup & CDN
  • Bootstrap CDN (CSS & JS)
  • Local installation
  • Bootstrap folder structure
  • Linking Bootstrap with HTML
  • Basic Bootstrap page structure

Session 154

  • Containers
  • .container
  • .container-fluid
  • Responsive containers
  • Container breakpoints
  • Layout examples using containers

Session 155

  • Grid System
  • Bootstrap Grid concept
  • 12-column layout
  • Breakpoints (sm, md, lg, xl, xxl)
  • Grid rules
  • Practical grid examples

Session 156

  • Rows & Columns
  • Creating rows and columns
  • Column sizing
  • Auto layout columns
  • Nested rows & columns
  • Column ordering
  • 50 | P a g e JAVA FULL STACK

Session 157

  • Responsive Layout
  • Responsive design principles
  • Mobile-first approach
  • Responsive utilities
  • Hiding & showing elements
  • Responsive layout practice

Session 158

  • Utilities
  • Spacing utilities (margin & padding)
  • Color utilities
  • Display utilities
  • Flex utilities
  • Position utilities

Session 159

  • Tables
  • Basic tables
  • Striped, bordered & hover tables
  • Responsive tables
  • Table colors
  • Table sizing

Session 160

  • Cards
  • Card structure
  • Card header, body & footer
  • Card images
  • Card groups & decks
  • Card layout examples

Session 161

  • Dropdowns
  • Dropdown basics
  • Dropdown menu alignment
  • Dropdown in navbar
  • Split dropdown buttons
  • Practical examples
  • 51 | P a g e JAVA FULL STACK

Session 162

  • Accordion
  • Accordion component
  • Collapse behavior
  • Multiple accordion items
  • Accordion with icons
  • Real-time use cases

Session 163

  • Carousel
  • Carousel basics
  • Slides & indicators
  • Controls (prev/next)
  • Auto sliding
  • Responsive carousel

Session 164

  • Forms
  • Form controls
  • Input groups
  • Checkboxes & radio buttons
  • Select & textarea
  • Form validation basics

Session 165

  • Icons, Offcanvas, Shadows
  • Bootstrap Icons integration
  • Using icons in buttons & navbars
  • Offcanvas component
  • Offcanvas positions
  • Shadow utilities

Session 166

  • Reboot, API, Sass & Browser Support
  • Bootstrap Reboot
  • Bootstrap JavaScript API
  • Sass variables
  • Customizing Bootstrap using Sass
  • Browser compatibility & support
  • Final responsive page demo
  • 52 | P a g e JAVA FULL STACK
  • 53 | P a g e JAVA FULL STACK

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
IT & Programming

Full Stack Python

Python programming, web development, databases, backend frameworks, and full-stack projects.

Who Can Study?

Computer science students, IT learners, graduates, freshers, working professionals, and career switchers.

How We Teach

Live interactive classes, practical demonstrations, guided exercises, project-based learning, and doubt-clearing support.

Session 1

  • Introduction to Python
  • What is Python & History
  • Features of Python
  • How Python runs?
  • Interpreter vs Compiler
  • Installing Python / Environment Setup
  • First Python Program
  • Understanding Script Mode vs Interactive Mode

Session 2

  • Python Basics
  • Keywords & Identifiers
  • Comments
  • Indentation rules
  • Variables & Memory Management
  • Data Types (int, float, bool, str, complex, None)
  • Type Casting
  • User Input
  • Operators: Arithmetic, Logical, Comparison, Identity, Membership,
  • Bitwise

Session 3

  • Conditional Statements
  • if
  • if-else
  • nested if
  • if-elif-else structures

Session 4

  • Loops & Control Flow
  • for loop & while loop
  • Nested loops
  • continue, break, pass statements

Session 5

  • Strings in Depth
  • Creating & manipulating strings
  • Slicing, indexing
  • String methods & functions
  • Escape sequences
  • String module
  • Substrings, split(), join(), replace()

Session 6

  • Lists
  • Creating lists & access methods
  • Slicing, negative indexing
  • List as stack / queue
  • List methods & operations

Session 7

  • Tuples
  • Creating tuples
  • Immutability
  • Nesting, repetition
  • Tuple methods

Session 8

  • Sets
  • Creating sets
  • Set operations (union, intersection, difference)
  • Use-cases

Session 9

  • Dictionaries
  • Key-value structure
  • Accessing elements
  • Built-in methods
  • Iterating dictionaries

Session 10

  • Comprehensions
  • List Comprehensions
  • Dict Comprehensions
  • Set Comprehensions
  • Generator Expressions

Session 11

  • Iterators & Generators
  • Iterator protocol
  • Creating custom iterators
  • yield and generator functions

Session 12

  • Functions
  • Defining functions
  • Return values
  • Parameters (positional, keyword, default, variable-length)
  • Lambda & anonymous functions

Session 13

  • Exception Handling
  • try / except / else / finally
  • Raising exceptions
  • Custom exceptions
  • Standard exceptions

Session 14

  • Object-Oriented Programming
  • Classes & Objects
  • Attributes & methods
  • Encapsulation
  • Inheritance (single, multiple, multilevel)

Session 15

  • OOPS Continue
  • Constructor & destructor
  • Method overriding
  • Abstraction
  • Polymorphism

Session 16

  • File Handling
  • Reading & writing files
  • Text, binary, append
  • File modes
  • Pickling & unpickling

Session 17

  • Regular Expressions
  • match(), search()
  • Patterns
  • Replace operations
  • Wildcards & meta-characters

Session 18

  • JSON handling
  • json module
  • Reading JSON files
  • Writing JSON files
  • Converting Python objects to JSON
  • Converting JSON to Python objects

Session 19

  • Modules & Packages
  • Creating modules
  • Importing
  • Understanding namespaces
  • name and main 
  • Creating package

Session 20

  • Virtual Environments
  • venv
  • Package management

Session 21

  • Date & Time Handling
  • datetime module
  • Getting current date/time
  • Formatting dates using strftime()
  • Parsing strings to dates using strptime()
  • timedelta — adding/subtracting SESSIONs, hours, calculating differences

Session 22

  • Database Programming
  • Database basics
  • MySQL / Oracle connectivity
  • CRUD operations
  • Exception handling in DB

Session 23

  • Data Analysis
  • Introduction About Data Analysis
  • Installing Anaconda / Jupyter NoteBook
  • Numpy
  • Arrays creation & indexing
  • Array operations

Session 24

  • Pandas ()
  • Series
  • DataFrames
  • Import/export data

Session 25

  • Data Cleaning(using pandas)
  • Handling missing values
  • Handling duplicate values
  • Data type conversion
  • Renaming and dropping columns
  • Exporting cleaned data

Session 26

  • Data Visualization(Matplotlib)
  • Basic plots
  • Customization(clours,legends,title)
  • Visualizing datasets

Session 27

  • Python for ML (Foundation)
  • Basics of Scikit-Learn
  • Simple ML models (Linear Regression, Classification)
  • Model evaluation

Session 28

  • Working With OS Paths
  • Using os.path
  • Joining paths
  • Checking if file/folder exists
  • Getting filename, extension, directory
  • Using pathlib
  • Creating path objects
  • Checking files & directories
  • Reading/writing files with pathlib
  • Path operations using / operator

Session 29

  • Python for Automation
  • OS module
  • shutil
  • File automation

Session 30

  • Mini Projects
  • Number Guessing Game
  • Student Grade Calculator

Session 31

  • Mini projects
  • Contact Book Application
  • File Organizer (Automation Project)

Session 32

  • Introduction about Django.
  • Where to use Django Framework.
  • Applications of Django Framework.

Session 33

  • Django Architecture and Working.
  • MVT Structure.
  • Installing Python, Django.
  • Creating Project & Run The Project.

Session 34

  • Project Structure Django.
  • Creating new app in Django.
  • Project Structure App.

Session 35

  • Views in Django.
  • Types of Views.
  • Applications and Features.

Session 36

  • Function Based Views(FBV)
  • Create, Retrieve.
  • Update and Delete.

Session 37

  • Class Based Views(CBV).
  • Create, Retrieve.
  • Update and Delete.

Session 38

  • Django URLs
  • Using Regular Expression in URL Patterns.
  • Using Naming URL Patterns.
  • Using Inverting URL Patterns
  • Using Namespaces in URL Patterns.

Session 39

  • Django Templates.
  • Template Variable, tags.
  • Template Filter
  • Template Inheritance.
  • Configuring and serving static files (CSS, JS, images)

Session 40

  • Django Syntax
  • Boolean Operators
  • For loop
  • If else.

Session 41

  • Django Models.
  • Creation, Migrations.
  • Model Field Types
  • Relationship Fields.
  • Field Options.
  • Field Validations and Built-In Fields

Session 42

  • Basic CRUD Operations Using Django ORM
  • Create, Retrieve.
  • Update and Delete.
  • Database integration (SQLite, MySQL, PostgreSQL).

Session 43

  • Django Admin Interface
  • Managing users, groups, and permissions.
  • Registering and configuring models in admin.
  • Create, Retrieve.
  • Update and Delete.

Session 44

  • Django Query-Sets.
  • Filter (), Get ().
  • Order_by ().

Session 45

  • Django Forms.
  • HTML Forms Render (GET, POST).
  • Form | Data Types and Fields.
  • Field validation and built-in validators.

Session 46

  • Django’s built-in authentication system.
  • User registration, login, logout, and password management.
  • Securing views and sensitive routes

Session 47

  • Email Functionality.
  • Configuring SMTP or external email providers
  • Sending automated emails (verification, notifications, etc.)

Session 48

  • Django REST Framework.
  • JSON, serializers, Generics View.
  • ViewSets and Routers.
  • Creating API endpoints.
  • Authentication and permissions in DRF.

Session 49

  • Building Projects and practices
  • SESSION 50 – Database & MySQL Introduction
  • Data, Database, DBMS vs RDBMS
  • Why databases are needed, History of SQL and MySQL
  • What is MySQL, MySQL use cases
  • MySQL vs Oracle vs PostgreSQL, MySQL Editions
  • Introduction to MySQL Workbench
  • SESSION 51 – MySQL & Workbench Installation
  • System requirements
  • Installing MySQL Server (step-by-step)
  • Root password & authentication
  • Installing MySQL Workbench
  • Connecting server using Workbench
  • Workbench UI (Navigator, Editor, Result Grid)
  • SESSION 52 – MySQL Environment & Database Basics
  • Client–Server Architecture
  • Creating databases
  • CREATE, SHOW and USE databases
  • Naming conventions & best practices
  • SESSION 53 – Tables & Data Types (Modern)
  • Tables, rows, columns
  • Data types:
  • o INT, BIGINT, DECIMAL
  • o VARCHAR, TEXT
  • o DATE, DATETIME, TIMESTAMP
  • o BOOLEAN
  • o JSON (intro)
  • CREATE TABLE, DESCRIBE
  • SESSION 54 – INSERT & SELECT Statements
  • INSERT INTO
  • Single & multiple inserts
  • SELECT *
  • Selecting specific columns
  • Column aliases
  • SESSION 55 – WHERE Clause & Filtering
  • WHERE
  • Comparison operators
  • Logical operators
  • IN, BETWEEN
  • LIKE & wildcards
  • SESSION 56 – ORDER BY, LIMIT & Pagination
  • ORDER BY
  • ASC, DESC
  • LIMIT, OFFSET
  • Pagination (real-time usage)

Session 80

  • HTML5 Advanced Overview
  • HTML5 vs HTML4
  • HTML5 Doctype & Structure
  • Semantic HTML importance
  • Best coding practices
  • Real-time website structure

Session 81

  • Advanced Semantic Elements
  • <header>, <footer>, <section>, <article>
  • <aside>, <nav>, <main>
  • SEO benefits of semantic tags
  • Layout creation using semantic tags

Session 82

  • Advanced Forms
  • HTML5 form attributes
  • New input types (email, date, range, color)
  • Form validation
  • Placeholder, required, pattern
  • Real-time form design

Session 83

  • Multimedia & Graphics
  • Audio & video tags
  • Attributes & controls
  • Embedding YouTube videos
  • SVG introduction
  • Canvas basics

Session 84

  • Advanced Tables & Data Representation
  • Complex tables
  • thead, tbody, tfoot
  • Table accessibility
  • Styling tables using CSS

Session 85

  • HTML Accessibility
  • ARIA roles
  • Alt attributes
  • Keyboard navigation
  • Screen reader support

Session 86

  • CSS3 Overview
  • CSS3 features
  • Browser compatibility
  • CSS architecture
  • Best practices

Session 87

  • Advanced Selectors
  • Attribute selectors
  • Pseudo-classes
  • Pseudo-elements
  • :nth-child, :not()

Session 88

  • CSS Box Model Deep Dive
  • Margin, padding, border
  • Box-sizing
  • Overflow handling
  • Real-time layout problems

Session 89

  • Advanced Positioning
  • Static, relative, absolute
  • Fixed & sticky positioning
  • Z-index
  • Practical layout examples

Session 90

  • Flexbox (Complete)
  • Flex container & items
  • Axis, alignment
  • Real-time UI layout
  • Navbar & card layout

Session 91

  • CSS Grid Layout
  • Grid container & items
  • Grid areas
  • Responsive grids
  • Real-time page layout

Session 92

  • Responsive Web Design
  • Media queries
  • Mobile-first approach
  • Breakpoints
  • Responsive layouts

Session 93

  • Advanced Colors & Units
  • RGB, HEX, HSL
  • Opacity & gradients
  • Viewport units
  • Custom properties (CSS variables)

Session 94

  • CSS Typography
  • Google fonts
  • Line height
  • Letter spacing
  • Text effects
  • Real-time typography design

Session 95

  • Transitions
  • Transition properties
  • Timing functions
  • Hover effects
  • Button animations

Session 96

  • CSS Animations
  • @keyframes
  • Animation properties
  • Loaders & banners
  • Practical animation project

Session 97

  • Transformations
  • 2D transforms
  • 3D transforms
  • Rotate, scale, skew
  • Card flip effects

Session 98

  • Shadows & Effects
  • Box-shadow
  • Text-shadow
  • Glassmorphism
  • Neumorphism

Session 99

  • Advanced Backgrounds
  • Multiple backgrounds
  • Parallax effect
  • Background blend modes

Session 100

  • Website Layout Design
  • Header, footer, sidebar
  • Multi-section layout
  • Real-time website structure

Session 101

  • UI Components
  • Buttons
  • Cards
  • Modals
  • Dropdown menus

Session 102

  • Navigation Design
  • Navbar styles
  • Sticky navbar
  • Mega menu
  • Responsive navigation

Session 103

  • Forms UI Design
  • Modern form UI
  • Error handling
  • Custom checkboxes & radios

Session 104

  • CSS Best Practices
  • BEM methodology
  • Clean CSS
  • Reusable styles
  • Performance optimization

Session 105

  • Cross-Browser Compatibility
  • Vendor prefixes
  • Browser testing
  • Fallbacks

Session 106

  • CSS Framework Introduction
  • Bootstrap overview
  • Custom CSS vs Framework
  • When to use frameworks

Session 107

  • Mini Project
  • Static website design
  • Responsive layout
  • UI improvements

Session 108

  • JavaScript Introduction
  • What is JavaScript
  • History & Evolution of JS
  • Why JavaScript?
  • Where to use JavaScript (Browser, Server, Mobile, Desktop)
  • Applications of JavaScript
  • JavaScript Statements
  • JavaScript Comments
  • JS Engine & Runtime

Session 109

  • JavaScript Syntax & Variables
  • JavaScript Syntax
  • Variables
  • ○ var
  • ○ let
  • ○ const
  • Variable Naming Rules
  • Variable Hoisting
  • Best Practices

Session 110

  • Data Types & Basics
  • Primitive Data Types
  • Non-Primitive Data Types
  • typeof
  • Type Conversion & Coercion
  • Objects (intro)
  • Undefined vs Null
  • Truthy & Falsy Values
  • Events (basic intro)

Session 111

  • Operators
  • Arithmetic Operators
  • Assignment Operators
  • Comparison Operators
  • Logical Operators
  • Ternary Operator
  • Relational Operators
  • Unary Operators
  • Comma Operator
  • Bitwise Operators
  • Optional Chaining Operator
  • Nullish Coalescing

Session 112

  • Conditional Statements
  • if
  • if-else
  • else-if
  • Nested if
  • switch

Session 113

  • Loops & Iteration
  • for loop
  • while loop
  • do-while
  • for...in
  • for...of
  • break
  • continue
  • Iterables

Session 114

  • Numbers & Math
  • JS Numbers
  • Number Methods
  • NaN, Infinity
  • Math Object
  • Random Numbers
  • JS Booleans

Session 115

  • Strings
  • String Methods
  • String Search
  • Template Literals
  • String Immutability

Session 116

  • Arrays
  • Array Methods
  • Array Iteration
  • Array Sorting
  • const with Arrays
  • Spread Operator (...)
  • Destructuring (Arrays)

Session 117

  • Scope & Execution
  • Global Scope
  • Local Scope
  • Block Scope
  • Lexical Scope
  • Modular Scope
  • Execution Context
  • Call Stack

Session 118

  • Functions
  • Function Declaration
  • Function Expression
  • Function Constructor
  • Parameters & Arguments
  • Invocation
  • call()
  • apply()
  • Closures
  • IIFE

Session 119

  • Advanced Functions
  • Arrow Functions
  • this keyword
  • Function Binding
  • bind() Method
  • JS Scope Revision
  • Higher Order Functions
  • Callback Functions (intro)

Session 120

  • JS Internals
  • Hoisting (deep)
  • Strict Mode
  • Memory Management
  • Garbage Collection (intro)

Session 121

  • Events & Event Loop
  • Events
  • Event Types
  • Event Loop
  • Event Bubbling
  • Event Capturing
  • Event Delegation

Session 122

  • Mini Projects
  • Counter App
  • Show/Hide Password
  • Email Validator
  • Random Password Generator

Session 123

  • Date & Time
  • Date Object
  • Date Formats
  • Get Methods
  • Set Methods
  • Time Zones (intro)

Session 124

  • Sets & Maps
  • Sets
  • Set Methods
  • Maps
  • Map Methods
  • WeakSet & WeakMap

Session 125

  • Objects (Deep Dive)
  • Object Properties
  • Object Methods
  • Object Destructuring
  • Object Constructors
  • Object.freeze()
  • Object.seal()

Session 126

  • Classes & OOP Basics
  • Class Introduction
  • Constructors
  • this Keyword
  • new Keyword
  • Static Methods
  • Class Fields
  • void Keyword

Session 127

  • Prototypes
  • Prototype
  • Prototype Inheritance
  • Static Methods
  • __proto__
  • Prototype Chain

Session 128

  • OOP Concepts
  • Inheritance
  • Types of Inheritance
  • Encapsulation
  • Real-World Examples

Session 129

  • Advanced OOP
  • Polymorphism
  • Abstraction
  • Getters & Setters
  • Method Overriding

Session 130

  • Asynchronous JavaScript
  • Synchronous vs Asynchronous
  • Callbacks
  • Callback Hell
  • Promises
  • Async / Await
  • Error Handling in Async

Session 131

  • BOM & DOM Basics
  • Browser Object Model
  • Document Object Model
  • DOM Events
  • Event Handling

Session 132

  • DOM Methods
  • DOM Document
  • DOM Elements
  • DOM Traversing

Session 133

  • Advanced DOM
  • DOM HTML
  • DOM Forms
  • DOM CSS
  • DOM Events
  • Event Listeners
  • Form Validation

Session 134

  • Major Projects
  • Quiz App
  • Expense Tracker
  • Student Grade Calculator

Session 135

  • JSON Introduction
  • JSON Objects
  • JSON Data Types
  • Parse JSON
  • Create / Retrieve
  • Update / Delete
  • LocalStorage & SessionStorage

Session 136

  • Web APIs
  • Web API Introduction
  • Forms API
  • Fetch API
  • REST API Basics
  • HTTP Methods

Session 137

  • Regular Expressions
  • RegEx Basics
  • Meta Characters
  • Brackets
  • Quantifiers
  • Validation
  • Email Validation
  • Password Validation
  • Form Validation

Session 138

  • Error Handling & Debugging
  • Exception Handling
  • try-catch
  • throw
  • Debugging
  • Console Methods
  • Breakpoints

Session 139

  • JS vs jQuery & AJAX
  • JS vs jQuery
  • jQuery Selectors
  • jQuery HTML
  • jQuery CSS
  • jQuery DOM
  • AJAX Requests
  • AJAX Responses

Session 140

  • Final Projects
  • Employee Database Management System
  • Responsive Admin Dashboard
  • Personal Portfolio Website
  • Git & GitHub Basics
  • Deployment Basics (Netlify / GitHub Pages)

Session 141

  • Introduction to Bootstrap
  • What is Bootstrap?
  • History and evolution
  • Why Bootstrap is used
  • Features of Bootstrap
  • Bootstrap vs traditional CSS
  • Real-world use cases

Session 142

  • Bootstrap Setup & CDN
  • Bootstrap CDN (CSS & JS)
  • Local installation
  • Bootstrap folder structure
  • Linking Bootstrap with HTML
  • Basic Bootstrap page structure

Session 143

  • Containers
  • .container
  • .container-fluid
  • Responsive containers
  • Container breakpoints
  • Layout examples using containers

Session 144

  • Grid System
  • Bootstrap Grid concept
  • 12-column layout
  • Breakpoints (sm, md, lg, xl, xxl)
  • Grid rules
  • Practical grid examples

Session 145

  • Rows & Columns
  • Creating rows and columns
  • Column sizing
  • Auto layout columns
  • Nested rows & columns
  • Column ordering

Session 146

  • Responsive Layout
  • Responsive design principles
  • Mobile-first approach
  • Responsive utilities
  • Hiding & showing elements
  • Responsive layout practice

Session 147

  • Utilities
  • Spacing utilities (margin & padding)
  • Color utilities
  • Display utilities
  • Flex utilities
  • Position utilities

Session 148

  • Tables
  • Basic tables
  • Striped, bordered & hover tables
  • Responsive tables
  • Table colors
  • Table sizing

Session 149

  • Cards
  • Card structure
  • Card header, body & footer
  • Card images
  • Card groups & decks
  • Card layout examples

Session 150

  • Dropdowns
  • Dropdown basics
  • Dropdown menu alignment
  • Dropdown in navbar
  • Split dropdown buttons
  • Practical examples

Session 151

  • Accordion
  • Accordion component
  • Collapse behavior
  • Multiple accordion items
  • Accordion with icons
  • Real-time use cases

Session 152

  • Carousel
  • Carousel basics
  • Slides & indicators
  • Controls (prev/next)
  • Auto sliding
  • Responsive carousel

Session 153

  • Forms
  • Form controls
  • Input groups
  • Checkboxes & radio buttons
  • Select & textarea
  • Form validation basics

Session 154

  • Icons, Offcanvas, Shadows
  • Bootstrap Icons integration
  • Using icons in buttons & navbars
  • Offcanvas component
  • Offcanvas positions
  • Shadow utilities

Session 155

  • Reboot, API, Sass & Browser Support
  • Bootstrap Reboot
  • Bootstrap JavaScript API
  • Sass variables
  • Customizing Bootstrap using Sass
  • Browser compatibility & support
  • Final responsive page demo

Why Choose VORNEX TECH?

  • Industry-focused syllabus based on structured training manuals
  • Hands-on practice with real engineering or software workflows
  • Flexible regular, weekend, alternate-day, and recorded learning options
  • Personal guidance, assignments, and project support
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