Used by major OEMs
Automotive and aerospace companies and their suppliers use NX for product design and manufacturing.
CADD Centre · Mechanical CADD
Siemens NX (CAD, CAM, Nastran) Course in Vellore, Katpadi & Ranipet
Design parts in NX CAD, program CNC toolpaths in NX CAM and check designs with NX Nastran – one software, three career paths.
4 levels40–80 h367 topics3 centresClassroom · Online · Hybrid
01What is Siemens NX (CAD, CAM, Nastran)
What is Siemens NX (CAD, CAM, Nastran)? In plain words.
Siemens NX, earlier known as Unigraphics, is an integrated CAD/CAM/CAE software from Siemens Digital Industries Software. In NX CAD you sketch, model solids and surfaces, design sheet-metal parts, build assemblies and create drawings. NX CAM uses the same model to generate milling, drilling and turning toolpaths, and NX Nastran (through Advanced Simulation) meshes the part and checks stress, vibration and heat.
NX is widely used by automotive, aerospace, heavy machinery and tooling companies, and by the engineering services firms that support them. Because design, machining and analysis sit in one environment, changes flow through quickly, which is why many OEMs standardise on it. Employers ask for NX skills for design, CNC programming and CAE roles, and NX experience is valued in global engineering centres in India.
Graduates from Vellore and Katpadi's engineering colleges can target NX-using automotive plants and engineering centres in Chennai, Sriperumbudur, Hosur and Bengaluru. Manufacturers and machine shops around Ranipet's SIPCOT estate also value CAD and CNC programming skills.
What you will be able to do
- Create fully constrained sketches and parametric solid models in NX
- Build sweep, blend, hole, slot, draft and pattern features and edit them
- Create free-form surfaces and sheet-metal parts with flat patterns
- Assemble components with constraints, arrays and exploded views
- Prepare dimensioned, annotated drawings with sections and parts lists
- Program face, planar, cavity, Z-level, contour, multi-blade, drilling and turning operations in NX CAM
- Clean up geometry, mesh parts and apply loads and constraints in NX Nastran
- Run and interpret linear static, contact, modal, thermal and nonlinear analyses
02Why learn it
Why learn Siemens NX (CAD, CAM, Nastran) now?
Six reasons students and professionals in Vellore district pick this skill.
Design, machine and analyse in one tool
NX CAD, CAM and Nastran share one model, so you can follow a part from idea to CNC program to stress check.
Strong surfacing and sheet metal
The course covers through-curve-mesh, studio surfaces, flanges, punches and flat patterns used in real body and enclosure design.
Synchronous modelling
The proficient level teaches synchronous tools that let you edit imported or history-free geometry quickly.
Five-axis and turbomachinery CAM
NX CAM covers variable-contour and multi-blade milling – skills few other short courses touch.
Clear levels for each career
Pick CAD for design, CAM for machining or Nastran for analysis, or combine them.
03Who can learn
Who can join this course?
BE/BTech Mechanical, Automobile and Aeronautical students
Learn a CAD platform used across automotive and aerospace design teams.
Diploma holders in Mechanical or Tool & Die
Start with NX CAD or move into CNC programming with NX CAM.
CNC programmers and machinists
Add NX CAM milling, drilling, turning and multi-axis programming.
Design engineers using other CAD tools
Move to NX for jobs at companies that standardise on it.
CAE aspirants
Use NX Nastran to learn meshing, static, modal, thermal and nonlinear analysis.
ME/MTech students
Useful for design and simulation project work.
Working engineers in engineering services
Build NX skills that global client projects often require.
Before you start: Basic computer skills and the ability to read engineering drawings are needed. For NX CAM, machining knowledge helps; for NX Nastran, basic strength of materials and some CAD experience are recommended.
04Levels & syllabus
Every Siemens NX (CAD, CAM, Nastran) level, topic by topic.
4 programmes on one page. Pick a level to see its modules and every topic covered.
Foundation level
Essential in NX CAD
Beginners who want a solid foundation in NX part modelling, assemblies, drawings, surfaces and sheet metal in 40 hours.
40 hours8 modules · 71 topicsCode EBESM2206Certificate: CADD Centre network
8 modules · 71 topics
01Introduction to NX CAD12 topics
Introduction to Unigraphics NXNX Gateway and getting startedTitle bar, menu bar, toolbars and radial toolbarSelection bar, cue and status lineResource bar, navigators and HD3D toolsIntegrated browser, palettes, roles and full screenView orientation and view commandsRotate, pan, zoom and QuickPickAbsolute coordinate system and WCSView triad, multiple graphics windows and information windowKeyboard accelerators and dialog boxesFile management: templates, opening and saving files
02Sketch Creation and Editing8 topics
Profile, line, arc, circle, fillet, chamferRectangle, polygon, studio spline, fit spline, ellipse, conicQuick trim, quick extend and make cornerOffset, pattern and mirror curveIntersection point and derived linesGeometric, auto and inferred constraintsDimensional constraints, auto dimension and continuous auto dimensionAnimate dimension
03Part Modelling Features10 topics
Feature, body, solid body, sheet and face terminologySection and guide curvesFeature modelling conceptsDatum CSYS and datum planesChanging units in NXExtrude and revolve featuresDatum plane, axis, CSYS and pointSweep featuresBlend featuresChamfer
04Part Editing Features11 topics
General, drill-size, screw-clearance and threaded holesBossCylindrical, rectangular and general pocketsRectangular and general padsRectangular, ball-end, U, T and dovetail slotsRectangular, ball-end and U groovesDraft from plane, from edges, tangent to faces and to parting edgesDraw direction and variable draft pointsRectangular and circular arrays and pattern faceMirror feature and mirror bodyBoolean commands
05Assembly Modelling5 topics
Assembly constraints: angle, bond, center, concentric, distance, fitParallel, perpendicular, touch-align, fix and align/lockLinear, circular and feature-instance component arraysMoving componentsCreating exploded views
06Drafting9 topics
Inserting and editing sheetsSetting up drafting standardsDrafting interface and methodsBase, projected, orthographic and auxiliary viewsDetail viewsSimple and stepped section viewsInferred, horizontal, vertical, parallel and perpendicular dimensionsAngular, cylindrical, hole and diameter dimensionsChamfer, radius and radius-to-centre dimensions
07Surface Modelling7 topics
Extruded, revolved and ruled surfacesSurface using curvesThrough curvesThrough curve meshStudio surfaceSection surfaceN-sided surface
08Sheet Metal Design9 topics
NX sheet metal preferencesBase feature and tabBend featureFlange, contour flange and lofted flangeHem flangeBend, unbend and rebendJogSheet metal from solidCorner definition
Foundation level
Essential in NX CAM
CNC programmers, machinists and mechanical engineers who want to generate milling, drilling and turning programs in NX CAM.
40 hours9 modules · 90 topicsCode EBCOSPM2207Certificate: CADD Centre network
9 modules · 90 topics
01Introduction to Manufacturing and NX CAM10 topics
Manufacturing and machining typesMilling operations overviewIntroduction to CAM and its benefitsIntroduction to NX CAM and its benefitsConventional and climb millingMilling machines and cutters overviewCAM terminology and CAM setupCAM configurationNC assistantMilling processors and operation subtypes
02NX CAM Tools15 topics
Operation Navigator and status symbolsEditing and transforming operationsGeometry groups and MCSIn-process workpiece (IPW)Assigning material to a partMilling tool types and tool holdersRetrieving tools from the tool libraryProgram and method groupsDefining feed ratesToolpath visualisation, replay and dynamic visualisationIPW thickness by colourGouge checkingGenerating and verifying toolpaths, parallel generateInstalling a postprocessor and post-processing programsGenerating shop documentation
03Face and Planar Milling11 topics
Face milling operationCheck bodies and face boundariesPath settings, stepover and cut patternsFace milling area operation and cut wallsMixed and manual cut patternsPlanar milling operationPart geometry and stockNon-cutting moves and transfer/rapidPlanar profile operationPlanar operation with standard drive cut patternPlanar text operation
04Thread, Cavity and Rest Milling7 topics
Thread milling on hole and boss featuresCavity milling operationWAVE geometry linkerTrochoidal cut patternMachining based on level-based IPWRest milling operationCut levels
05Z-Level and Surface Contouring9 topics
Z-level milling operationContainment for blankAdditional passes and stepoverContour area non-steep operationArea drive methodContour area operationCut direction and tool displayTrim boundaryCut angles and directional steep
06Fixed and Variable Contour10 topics
Fixed contour operationRadial drive method and band parametersEngraving text on a contour surfaceContour text operationVariable contour operationNormal-to-drive methodNormal-to-part tool axisProjection vector and tool axisLead angleInterpolated tool axis vectors
07Multi-Blade Milling6 topics
Turbomachinery milling overviewMulti-blade roughing operationHub, shroud, blade and blend geometryDrive methods and cut levelsMulti-blade hub finishMulti-blade finish operation
08Drilling Operations10 topics
Drilling machines, tools and tool materialsDrilling operation subtypesDrill geometrySpot drillingDrillingCounterboringReamingPeck drillingBoringCountersinking
09Turning Operations12 topics
Lathe machines and turning toolsTurning operation subtypesPart and blank geometryAvoidance and cut region containmentTurning workpiece and trim planesRoughing and facingGrooving and boring2D and 3D IPWSpot and peck drilling on latheTurning with multiple spindlesTeach mode operationThread cutting in turning
Foundation level
Essential in NX NASTRAN
Mechanical engineers and CAE aspirants who want to perform FEA using NX Advanced Simulation with the Nastran solver.
40 hours9 modules · 70 topicsCode EBCOSPM2209Certificate: CADD Centre network
9 modules · 70 topics
01Introduction to FEA and NX Nastran10 topics
Introduction to finite element analysisAreas of applicationTheories behind FEAFEM vs FEAPre-processing, solver and post-processingIntroduction to NX NastranAdvanced Simulation overviewSimulation file structureAdvanced Simulation workflowSimulation Navigator
02Geometry Abstraction and Cleanup8 topics
Geometry abstraction processPolygon geometryFillet identificationAuto heal geometrySplit edge and split faceMerge edge and merge faceStitch and unstitch edgeCollapse edge, face repair and reset
03Geometry Idealisation and Units7 topics
Geometry idealisation vs abstractionIdealise and defeature geometrySplit body and mid-surfaceUser-defined method, sew and divide faceMaterials overviewUnits manager and unit converterSimulation and nodal coordinate systems
04Meshing11 topics
Meshing overview and mesh points3D tetrahedral mesh3D swept meshSolid-from-shell mesh2D free and mapped meshing2D dependent meshLocal refinement for associative 2D meshesSurface coat of 2D elements1D meshing, beam cross-section and orientation0D meshingControlling mesh density on edges and faces
05Properties, Checks and Boundary Conditions9 topics
Physical property tablesElement and mesh attributes2D and 3D element material orientationComprehensive model checkElement shapes, outlines and threshold values2D element normalsNode proximity to CAD geometryCAE model consistencyCreating loads and constraints
06Solving and Post-Processing11 topics
Solving the model and batch solvingAnalysis job monitor and solution monitorChecking analysis qualityImporting results and Post ViewMaster post view and multiple viewportsDeformed displays and contour plotsPost View templates, layouts and overlay plotsCombining load casesAnimation and identifyGenerating and exporting reportsImporting FE model data and exporting simulation files
07Structural Analysis Types4 topics
Linear static analysis on 1D elements and a link componentContact analysis – contact pressure between shaft and wheelGluing – natural frequency of a golf club assemblyModal analysis – mode shapes of a speaker cabinet with and without connections
08Response, Thermal and Nonlinear Analysis5 topics
Response simulation and FE model setupAdvanced post-processing in response simulationResponse, transmissibility, transient and random eventsThermal and thermal-structural analysisNonlinear analysis and geometric nonlinearity
09Assembly FEM and Optimisation5 topics
Assembly FEM vs multi-body FEMWorking with sub-assembliesNatural frequency of an assembly by mapping sub-assembliesIntroduction to optimisationOptimised design of a cross member
Professional level
Proficient in NX CAD
Learners who want an in-depth 80-hour NX CAD programme including synchronous modelling, advanced assemblies, full drafting, advanced surfacing, sheet metal and rendering.
80 hours12 modules · 136 topicsCode EBPFM2209Certificate: CADD Centre network
12 modules · 136 topics
01Introduction to NX CAD11 topics
CAD, CAM, CAE, PDM and the design processIntroduction to Unigraphics NX and NX GatewayTitle bar, menu bar, toolbars and radial toolbarSelection bar, cue and status lineResource bar, navigators and HD3D toolsIntegrated browser, palettes, roles and full screenView orientation, rotate, pan, zoom and QuickPickAbsolute coordinate system and WCSView triad, multiple graphics windows and information windowKeyboard accelerators and dialog boxesFile management and templates
02Sketch Creation and Editing8 topics
Profile, line, arc, circle, fillet, chamfer, rectanglePolygon, studio spline, fit spline, ellipse, conicQuick trim, quick extend and make cornerOffset, pattern and mirror curveIntersection point and derived linesGeometric, auto and inferred constraintsDimensional constraints and auto dimensionAnimate dimension
03Part Modelling Features14 topics
Feature, body, sheet, face, section and guide curve terminologyDatum CSYS, datum planes and unitsExtrude: section of edges, limits, Boolean, draft and offsetRevolve: axis, limits and offsetPrimitives: block, cylinder, cone, sphereDatum plane, axis, CSYS and pointSweep along guide and adding thicknessSweep sections along guide curvesSection sweep using spineSection location, interpolation, alignment, orientation and scalingVariational sweep with limits and secondary sectionsTube featureEdge blend – constant and variable radiusFace blend and blend types
04Part Editing Features13 topics
General, drill-size, screw-clearance and threaded holesBoss, pockets and padsChamfer, fillet, dart, thread and shellRectangular and circular arrays and pattern faceMirror feature and mirror bodyOffset embossRectangular, ball-end, U, T and dovetail slotsRectangular, ball-end and U groovesDraft from plane, edges, tangent faces and parting edgesDraw direction and variable draft pointsDraft body and scaleDivide face, trim body and split bodyBoolean commands
05Feature Management and Measurement8 topics
User-defined featuresFeature groupsEditing expressionsFeature replayLayer settingsMeasuring distance and angleMeasuring bodies and facesGeometric properties
06Synchronous Modelling9 topics
Move face, pull face, offset region, resize faceDelete faceResize, reorder and replace blendLabel and resize chamferCut, copy and paste faceMirror face and pattern faceMove edge and offset edgeEdit cross sectionMake coplanar and linear dimension
07Assembly Modelling14 topics
Bottom-up and top-down assembly approachesPlacing componentsAssembly constraints: angle, bond, center, concentric, distance, fitParallel, perpendicular, touch-align, fix and align/lockLinear, circular and feature-instance component arraysMoving, replacing and repositioning componentsMirroring assembliesCreating new components and new parentsAssembly clearanceDegrees of freedomExploded viewsAssembly sequencing with motionDeformable partsAssembly envelopes
08Drafting Views12 topics
Inserting and editing sheetsDrafting standards and interfaceBase, projected, orthographic and auxiliary viewsDetail viewsSimple, stepped, half and revolved sectionsFolded, unfolded, pictorial and half-pictorial sectionsBreak-out sectionsBroken viewsCropping view boundaries and standard viewsMoving, copying and aligning viewsHiding and showing componentsSection in view
09Dimensions and Annotations13 topics
Inferred, horizontal, vertical, parallel, perpendicular and angular dimensionsCylindrical, hole, diameter and chamfer dimensionsRadius, radius-to-centre and folded radiusThickness and arc lengthChain, baseline and ordinate dimensionsFeature control framesDatum feature symbols and datum targetsIdentification and surface finish symbolsTarget point and intersection symbolsCross hatch and area fillCentrelinesTables and tabular notesParts list and auto balloons
10Surface Modelling12 topics
Extruded, revolved and ruled surfacesSurface using curvesThrough curves and through curve meshStudio surfaceSection surfaceN-sided surfaceStyled sweep and four-point surfaceSwoop, transition and extension featuresBounded plane and sheet from curvesRibbon builder, patch openings, law extension and silhouette flangeCurves from curves and from bodiesAssociative copies, extract body and composite curve
11Surface Editing8 topics
Emboss sheetSew and unsewPatchTrim body and split bodyTrimmed sheet, trim and extend, untrimOffset surface and variable offset surfaceOffset face and scale bodyThicken and divide face
12Sheet Metal Design and Rendering14 topics
Sheet metal preferences, base feature and tabBend, flange, contour flange and lofted flangeHem flange, bend, unbend and rebendJog and sheet metal from solidCorner definition, closed corner and break cornerPunch operations: dimple, louver, drawn cutout, bead, solid punch, gussetSheet metal cut operationsResizing bend radius, bend angle and neutral factorConverting solids to sheet metalFlat patternRendering techniques and workflow in NXAdvanced Studio and Ray Traced Studio modesTrue shading: reflections, materials, backgrounds, shadows, floor, lightingSystem Studio materials, scenes and export
05Choose your level
Which level is right for me?
Start with Essential in NX CAD (40 hours) if you are new to NX, or take Proficient in NX CAD (80 hours) if you want the complete design skill set, including synchronous modelling, advanced surfaces, full drafting and rendering. Add Essential in NX CAM if you are heading for CNC programming, or Essential in NX NASTRAN if you want analysis work; both are easier once you know NX CAD.
| Programme | Level | Hours | Best for |
|---|---|---|---|
| Essential in NX CAD Code EBESM2206 | Foundation | 40 h | Beginners who want a solid foundation in NX part modelling, assemblies, drawings, surfaces and sheet metal in 40 hours. |
| Essential in NX CAM Code EBCOSPM2207 | Foundation | 40 h | CNC programmers, machinists and mechanical engineers who want to generate milling, drilling and turning programs in NX CAM. |
| Essential in NX NASTRAN Code EBCOSPM2209 | Foundation | 40 h | Mechanical engineers and CAE aspirants who want to perform FEA using NX Advanced Simulation with the Nastran solver. |
| Proficient in NX CAD Code EBPFM2209 | Professional | 80 h | Learners who want an in-depth 80-hour NX CAD programme including synchronous modelling, advanced assemblies, full drafting, advanced surfacing, sheet metal and rendering. |
Foundation
Course on · Essential · Certificate · SKEP · Executive DiplomaStart here. Core tools, workflow and a practice project.
Professional
Proficient · ProfessionalIndustry-style exercises, advanced features and a portfolio project.
Master
Advanced · Expert · MastersComplete programmes that combine several tools and a capstone project.
06Hands-on
Projects you will build
You learn by making real deliverables – reviewed by your trainer before certification.
Gearbox housing and drawing
Model a housing with holes, drafts and patterns, assemble it with covers and issue a dimensioned drawing.
Sheet-metal enclosure
Design an electrical enclosure with flanges, louvers and punches, then create its flat pattern.
Consumer product surface
Build a smooth handheld product shape using through-curve-mesh and studio surfaces.
Mould cavity machining
Program cavity, Z-level and contour-area operations in NX CAM, simulate and post the code.
Impeller multi-blade milling
Set up hub, shroud and blade geometry and generate multi-blade roughing and finishing paths.
Bracket static and modal study
Mesh a bracket, apply loads and constraints, run static and modal analysis, and report the results.
Tools & features covered
NX Sketch and part modellingSynchronous modellingNX AssembliesNX Drafting with GD&T annotationsFree-form surface modellingNX Sheet MetalNX rendering (Ray Traced Studio)NX CAM milling, drilling and turningVariable-contour and multi-blade millingPost processor and shop documentationNX Advanced Simulation with Nastran2D, 3D and 1D meshing tools
Talk to a counsellor about Siemens NX (CAD, CAM, Nastran)
Get the full syllabus PDF, current fee, offers and the next batch date on WhatsApp – usually within minutes during centre hours.
07Careers
Jobs you can apply for after Siemens NX (CAD, CAM, Nastran)
Roles that list this skill in Indian job postings.
Design Engineer (NX)
Models parts and assemblies in NX and releases production drawings.
Product Design Engineer
Develops new components from concept to manufacturable design.
Sheet Metal / BIW Designer
Designs sheet-metal parts and body structures for vehicles or enclosures.
CNC / CAM Programmer (NX CAM)
Generates and verifies toolpaths and G-code for milling and turning centres.
Tool and Die Designer
Designs moulds, dies and fixtures and plans their machining.
CAE Analyst (NX Nastran)
Meshes components and runs structural, modal and thermal simulations.
Design Detailer / Draughtsman
Prepares detailed drawings with dimensions, GD&T and parts lists.
Engineering Services Engineer
Works on NX-based design or analysis projects for global clients.
Salary you can expect
Fresher0–2 years₹2.4–4.2 LPA
Experienced3–5 years₹5–9 LPA
Senior6+ years₹10–18 LPA
Indicative ranges for India; pay varies by company, city, skills and experience. Figures in lakh per annum (LPA).
Industries that use it
Automotive and EVAerospaceHeavy machinery and off-highwayTool, die and mould makingEngineering servicesConsumer productsEnergy and turbomachineryIndustrial equipment
Companies that use these skills
Mahindra & MahindraTata MotorsAshok LeylandTVS Motor CompanyHyundai Motor IndiaGeneral Motors Technical Centre IndiaRenault Nissan Technology & Business Centre IndiaTata TechnologiesL&T Technology ServicesCyientQuest GlobalCaterpillar IndiaGE AerospaceHindustan Aeronautics Limited
Examples of well-known companies and sectors in India that use these skills. They are not CareerKraft partners or recruiters.
Your career path
1
Graduate Trainee / Junior Design Engineer
Models parts and prepares drawings under a senior designer.
2
Design, CAM or CAE Engineer
Owns components, CNC programs or analyses independently.
3
Senior Engineer
Handles sub-systems, complex surfaces, multi-axis jobs or advanced analyses and reviews juniors' work.
4
Lead Engineer / Team Lead
Leads a design, manufacturing or simulation team on programmes.
5
Engineering Manager / Technical Specialist
Manages projects or becomes the go-to expert for NX methods.
Placements
Students placed from our centres
Naresh N
Knitwear Designer & Quality Checker
SGS India Pvt. Ltd, Bengaluru
Surendar S
Design Engineer, Assistant Engineer - Design
Hirise Drafting and Consulting Pvt. Ltd, Eversendai Construction Pvt. Ltd (ECPL), Chennai
Suresh K
CNC Lathe Programmer
Propel Valve Pvt. Ltd
Anish R
Design Engineer
New Auto Tech Pvt. Ltd
08How you learn
Classroom, online or both.
Same syllabus and certificate in every mode. Your counsellor confirms the mode based on trainer availability for your batch.
Classroom
Learn in our labs at Katpadi, Vellore or Ranipet with your trainer beside you and classmates to build with.
Online
Live sessions from home with the same syllabus, projects and certificate. Good if you cannot travel every day.
Hybrid
Lab days plus online sessions around college or work. The mode depends on trainer availability for your batch.
Certificate
On completing a level and its project assessment, you receive the course certificate of the CADD Centre network, issued through CareerKraft as the authorised training partner.
Batches & timings
Weekday, weekend and fast-track batches within centre hours (Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM). Ask for the next start date at your centre.
Fees & EMI
The fee depends on the level and mode. Your counsellor shares the current fee, offers and EMI options on WhatsApp.
Why learn at CareerKraft
Authorised partner training
Structured syllabi and certificates from the CADD Centre, Livewire and SynergySBS networks.
Learn by doing
Hands-on lab work and a project assessed before you are certified.
Personal attention
Industry-experienced trainers and batches small enough to ask questions.
Placement support
Resume help, mock interviews and job leads when you are ready – no false promises.
11Where to learn
Learn Siemens NX (CAD, CAM, Nastran) at any of 3 centres
Same syllabus, trainer standard and certificate at every centre. Tap the centre you want.
Siemens NX (CAD, CAM, Nastran) in Katpadi
Near Aascars Cinemas, Katpadi
CADD Centre Katpadi
Siemens NX (CAD, CAM, Nastran) in Vellore
Near Raja Theatre, Vellore
CADD Centre Vellore
Siemens NX (CAD, CAM, Nastran) in Ranipet
Near SBI, Muthukadai, Ranipet
CADD Centre Ranipet
Guides about Siemens NX (CAD, CAM, Nastran)
Design & Engineering
Best CAD Software for Mechanical Engineers: A Practical Guide
There is no single best CAD tool for mechanical engineers. The right one depends on the industry you want to enter. Here is how to choose.
9 min readRead
Career guidance
CAE and FEA Careers: A Practical Guide to Ansys and Simulation
CAE engineers test designs on the computer before they are built. Here is what the job involves, which tools matter and how to prepare for it.
9 min readRead
Design & Engineering
CATIA vs NX vs Creo: Which Is Best for Automotive Design?
CATIA, NX and Creo all appear in automotive job listings. Here is how they differ and how to choose one based on the kind of automotive work you want.
8 min readRead
09FAQ
Siemens NX (CAD, CAM, Nastran) course – your questions answered
12 answers about levels, duration, eligibility, certificate, placement support and fees.
Still have a question? The counsellor at the centre you prefer replies on WhatsApp.
Ask on WhatsAppWhat is Siemens NX?
Siemens NX, formerly Unigraphics, is an integrated CAD/CAM/CAE software. It is used to design parts and assemblies, program CNC machining and run finite element analysis with NX Nastran.
Who can join the NX courses?
Mechanical, automobile, aeronautical and production engineering students, diploma holders, CNC programmers and working design engineers can join. Reading engineering drawings is expected.
How long is each NX programme?
Essential in NX CAD, Essential in NX CAM and Essential in NX NASTRAN are 40 hours each. Proficient in NX CAD is 80 hours.
Which NX level should I choose?
New learners should start with Essential in NX CAD, or Proficient in NX CAD for full depth. Choose NX CAM for CNC programming and NX NASTRAN for analysis, ideally after learning NX CAD.
Can I learn NX online or in hybrid mode?
Yes. Classroom, online and hybrid modes are available depending on trainer availability at your chosen centre.
Is there a free demo class?
You can ask for a demo or counselling session at Katpadi, Vellore or Ranipet. The centre will confirm a slot on WhatsApp or phone.
Will I get a certificate?
Yes. After completing each programme and its assessment you receive a CADD Centre course certificate through CareerKraft, its authorised training partner.
Do you provide placement support?
We provide placement support – resume help, mock interviews and job leads for design, CAM and CAE roles. We do not guarantee a job.
What is the fee for NX training?
The counsellor at your chosen centre will share the current fee for each level, any offers and EMI options on WhatsApp.
Do I need my own laptop?
Not for classroom sessions, where centre systems are available. For online or hybrid learning you need a PC or laptop with a dedicated graphics card and enough memory to run NX.
What jobs and salary can I expect?
NX skills lead to roles such as design engineer, CAM programmer and CAE analyst. Freshers often start around ₹2.4–4.2 LPA, with higher pay in metros and with experience; figures vary by company and skills.
Which centre can I join and what are the timings?
All NX programmes run at Katpadi, Vellore and Ranipet. Centres are open Monday to Saturday 9:30 am–6:30 pm and Sunday 9:00 am–2:00 pm.
10Keep exploring
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Use AI tools to generate product ideas, sketches, 3D models and renders faster – then add the manufacturing information engineers need.
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View course Listed in:
Start today
Get the Siemens NX (CAD, CAM, Nastran) syllabus, fees & batch dates
Fill this in and WhatsApp opens with your details, addressed to the centre you choose. The counsellor replies with the full syllabus, current fee, offers and the next batch.
- Free counselling and demo class
- Real projects and placement support
- Classroom, online or hybrid batches
- Replies Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM