Industry-grade parametric CAD
Creo's dimension-driven features, relations and family tables are the same tools product teams use to manage design changes.
CADD Centre · Mechanical CADD
Creo Course in Vellore, Katpadi & Ranipet
Learn Creo Parametric to model parts, build assemblies, design sheet metal and produce production-ready drawings the way product teams do.
2 levels40–80 h195 topics3 centresClassroom · Online · Hybrid
01What is Creo
What is Creo? In plain words.
Creo Parametric is 3D CAD software from PTC, the company behind the earlier Pro/ENGINEER. It builds parts from sketches and features that are driven by dimensions, so changing one value updates the part, the assembly and the drawing together. Designers use it to model machined and plastic parts, sheet metal, surfaced shapes and large assemblies, and then to create detailed 2D drawings and bills of materials for manufacturing.
Creo is widely used in automotive, heavy equipment, industrial machinery, electronics enclosures and consumer products. Many of these companies and their engineering service partners keep product data in Creo and Windchill, so they look for designers who already understand its feature tree, relations, family tables and assembly tools. Knowing Creo well lets a fresher start contributing to real design changes quickly.
Vellore, Katpadi and Ranipet sit on the Chennai–Bengaluru corridor, where many vehicle, component and machinery plants and engineering service companies work in 3D CAD. Learning Creo close to home helps mechanical students from the region's colleges apply for design roles in Chennai, Sriperumbudur, Hosur and Bengaluru.
What you will be able to do
- Set up a working directory and manage Creo files and part templates
- Create fully constrained sketches with correct design intent
- Model parts with extrudes, revolves, ribs, holes, shells, rounds, chamfers and drafts
- Build complex shapes with sweeps, blends, variable section sweeps, helical sweeps and swept blends
- Control designs with patterns, relations, parameters and family tables
- Assemble components with constraints and create exploded views
- Design sheet metal parts with walls, bends, unbends, punches and forms
- Produce detailed drawings with views, sections, dimensions, notes and a bill of materials
02Why learn it
Why learn Creo now?
Six reasons students and professionals in Vellore district pick this skill.
Strong in automotive and machinery
Many vehicle, off-highway and machine builders and their suppliers work in Creo.
From part to drawing
You learn the whole chain – sketch, part, assembly, sheet metal and detailed drawing with a bill of materials.
Handles complex shapes
Variable section sweeps, helical sweeps, swept blends and surfaces let you model springs, threads, handles and ducts.
Large-assembly skills
The Proficient level covers skeletons, shrinkwrap and simplified reps used on big assemblies.
Good base for PLM and CAE
Clean Creo models move easily into analysis tools and product data management systems.
03Who can learn
Who can join this course?
BE/BTech Mechanical and Automobile students
Build a CAD skill that matches design and manufacturing job openings.
Diploma and ITI (Mechanical) students
Move from reading drawings to modeling parts and making drawings yourself.
Production and industrial engineering graduates
Understand how parts and assemblies are designed for manufacture.
Working draughtsmen using 2D CAD
Step up from AutoCAD drawings to parametric 3D modeling.
Design engineers switching tools
Learn Creo if your new employer or client works on PTC software.
Aeronautical and mechatronics students
Model housings, brackets and mechanisms for projects.
Before you start: Basic computer skills are enough to start. Knowledge of engineering drawing and orthographic projection makes the course much easier.
04Levels & syllabus
Every Creo level, topic by topic.
2 programmes on one page. Pick a level to see its modules and every topic covered.
Foundation level
Essential in Creo
Beginners who want a solid 40-hour foundation in Creo part modeling, assemblies, surfaces, drawings and sheet metal.
40 hours12 modules · 96 topicsCode EBESM2205Certificate: CADD Centre network
12 modules · 96 topics
01Creo Parametric Concepts and Interface6 topics
Creo Parametric basic modeling processSolid, feature-based, parametric, associative and model-centric conceptsRecognising file extensionsMain interface, folder browser and ribbonSetting the working directory, opening and saving filesManaging files in Creo Parametric
02Sketcher11 topics
Sketcher theory and design intentModifying the sketcher displayConstraintsLines, centrelines, rectangles, circles and arcsCircular fillets and chamfersConstruction geometry and sketch pointsGeometry tools and manipulating sketchesDimensioning and modifying dimensionsSketcher conflictsSketch feature, sketch set-up and referencesUsing entity from edge
03Extrudes, Revolves and Ribs8 topics
Solid extrude features and taperDashboard options: depth, direction and thicken sketchSolid revolve features and revolve angleAdding and removing materialRib featuresDisplay options, 3D orientation and View ManagerView orientations, style states, colour and appearanceSetting up new part models
04Selecting, Editing and Datum Features6 topics
Basic controls, drag handles and dimension draggersKeyboard shortcuts and the model treeDirect and query selection, search tool and selection filtersRenaming, activating and editing modelsDeleting and suppressing itemsDatum axes and datum planes
05Sweeps and Blends10 topics
Sweeps with open and closed trajectoriesSweep feature attributesParallel blend protrusion or cutParallel blend attributes and section toolsVariable section sweeps: constant section, normal to trajectory, constant normal direction, normal to projectionVariable section sweeps with multiple trajectoriesHelical sweeps for springs and threadsHelical sweep pitch variations and variable sectionsSwept blends by selecting or sketching sectionsSwept blend section and plane control options
06Holes, Shells, Rounds, Chamfers and Drafts11 topics
Hole depth, coaxial, linear, radial and diameter holesHole profile optionsStandard, sketched and on-point holesLightweight holes and cosmetic threadsShell featuresRounds by edge, surface-and-edge and two surfacesFull rounds and edge chamfersDraft features and split draftsDraft hinges and pull directionDrafts with multiple angles and variable pull directionDrafts split at sketch, curve and surface
07Patterns, Copying and Measuring7 topics
Direction patterns in one and two directionsAxis patterns in one and two directionsReference patterns of features and componentsLocal groups, copy and paste, move and rotate copied featuresMirroring features and creating mirrored partsModel units and mass propertiesMeasuring, planar cross-sections and global interference
08Relations, Parameters and Family Tables7 topics
Relation theory and typesBasic and advanced relation operators and functionsCreating parameters and advanced parameter optionsCreating relations and relations for patternsFamily table theory and creationPatterning family table instancesMulti-level family tables and editing members
09Assembly Modeling8 topics
Assembly and constraint theoryCreating assembly models and constraint statusDefault, automatic, distance, angle offset and parallel constraintsCoincident, normal, coplanar, centred, tangent and fix constraintsExplode states and offset linesComponent interfaces and auto-placing componentsReplacing components, including by family tableSimplified reps: concepts, excluding components, geometry and graphics reps
10Surface Features6 topics
Creating and editing surface featuresCopying and mirroring surfacesTrimming and merging surfacesFill surfaces and intersecting curvesOffset surfacesThickening a surface and converting a surface into a solid
11Drawings and Detailing8 topics
Drawing concepts and 2D orientationNew drawings with formats and templatesGeneral and projection viewsCross-section, detailed and auxiliary viewsAssembly and exploded viewsShowing and erasing detail itemsCleaning up and manipulating dimensions, driven dimensionsNotes, bill of materials and drawing associativity
12Sheet Metal Design8 topics
Sheet metal environment and design approachPrimary walls and the first wallSecondary and unattached walls, walls with reliefBend features and bend linesUnbend, bend back and sheet metal cutsPunch and notch UDFsForm features and form partsReturning the model to the flat state
Professional level
Proficient in Creo
Learners targeting design jobs who want 80 hours of in-depth Creo, including advanced features, reference management, skeletons and large-assembly tools.
80 hours12 modules · 99 topicsCode EBPFM2208Certificate: CADD Centre network
12 modules · 99 topics
01Introduction to Creo Parametric6 topics
CAD, CAM, CAE, PDM and the design processCreo basic modeling processSolid, feature-based, parametric, associative and model-centric conceptsFile extensionsMain interface, folder browser, web browser and ribbonWorking directory and file management
02Sketcher and Advanced Sketching12 topics
Sketcher theory and design intentOn-the-fly constraintsLines, centrelines, rectangles, circles, arcs, fillets and chamfersConstruction geometry and sketch pointsDimensioning, modifying dimensions and sketcher conflictsPlacing sections into sketcherSketch feature, sketch set-up and referencesEllipses and elliptical filletsSplines, basic and advanced spline editing, importing and exporting spline pointsConics and sketched textConvert and dimension optionsSketcher diagnostic tools
03Part Modeling Features11 topics
Extrudes with taper, depth, direction and thicken optionsRevolves and revolve angleRib featuresView Manager, orientations, style states and appearancesModel tree, direct and query selection, search and filtersEditing features and regeneratingDeleting and suppressing itemsDatum planes and axesInternal sketches and embedded datumsSweeps with open and closed trajectoriesParallel blends
04Holes, Shells and Patterns7 topics
Coaxial, linear, radial and diameter holesStandard, sketched and on-point holesLightweight holes and cosmetic threadsAdvanced shells: references, thickness, excluded and extended surfaces, corner optionsDirection and axis patterns in one and two directionsReference patterns of features and componentsDeleting patterns or pattern members
05Advanced Part Modeling7 topics
Rotational blends and their attributesAdvanced chain and surface selectionVariable section sweeps with multiple and tangent trajectoriesHorizontal and vertical control in variable section sweepsTrajpar and datum graphs with solid featuresHelical sweeps for springs and threads, pitch variationsSwept blends: sections, plane control, tangency, options and rules
06Advanced Datum Features and Curves7 topics
Datum graphs and datum coordinate systemsPoints on, offset from and at intersections of entitiesPoints from offset coordinate systems and sketched pointsCurves through points, point arrays, from file and from cross-sectionCurves from equation and composite curvesCurves at curve and surface intersectionsProjecting, wrapping, trimming and offsetting curves
07Part Editing Features8 topics
Round profiles and creation methodsRounds through curve and variable radius roundsAuto RoundChamfer dimensioning schemes, types and corner chamfersRounds and chamfers by reference and intent edgesRound and chamfer transitionsDrafts: split drafts, hinges, pull direction, multiple anglesDrafts split at sketch, curve and surface, variable pull direction
08Advanced Patterns and Reference Management8 topics
Dimension patterns in one and two directionsRotational dimension patternsUnpatterning groups and pattern regeneration optionsFill, curve, point and table patternsLocal groups, copy, paste, move and mirrorMirrored partsEditing and replacing feature and sketcher referencesReplacing sketcher geometry
09Advanced Tools: Relations, Layers, Family Tables and UDFs7 topics
Relation theory, types, operators and functionsExact relations and section relationsParameters and advanced parameter optionsRelations for patternsUnderstanding, creating and managing layers, layer rulesFamily tables, instances and multi-level tablesCreating and placing UDFs
10Assembly Modeling9 topics
Assembly and constraint theoryDefault, automatic, distance, angle offset, parallel, coincident, normal, coplanar, centred, tangent and fix constraintsExplode states and offset linesComponent interfaces and auto placementCopying, pasting and repeating component placementFlexible components and flexible parametersRestructuring assembliesMirrored assemblies, components and subassembliesMass properties, cross-sections and global interference
11Advanced Assembly Modeling12 topics
Children of deleted and suppressed itemsReordering, inserting and redefining featuresCapturing design intent in sketches, features, parts and assembliesAssembly features: assembly cuts and holesShrinkwrap features and modelsAssembly structure and skeletons for space claims and placementSharing skeleton geometryMotion skeletons: bodies, connections and solid modelsPlanar, offset and zone assembly cross-sectionsDisplay styles and combination viewsEnvelopes and component substitutionAdvanced simplified reps
12Surfaces, Sheet Metal and Drafting5 topics
Surface features: trim, merge, fill, offset, thicken and solidifySheet metal walls, bends, unbends and cutsPunches, notches and formsDrawing views: general, projection, section, detail, auxiliary and explodedDimensions, notes and bill of materials
05Choose your level
Which level is right for me?
Choose Essential in Creo if you are new to Creo or to 3D CAD; it covers everything needed to model parts, assemble them and make drawings. Choose Proficient in Creo if you are aiming for a design engineer role or already know the basics, as it adds advanced sketching, curves, reference management, UDFs, skeletons, shrinkwrap and large-assembly techniques.
| Programme | Level | Hours | Best for |
|---|---|---|---|
| Essential in Creo Code EBESM2205 | Foundation | 40 h | Beginners who want a solid 40-hour foundation in Creo part modeling, assemblies, surfaces, drawings and sheet metal. |
| Proficient in Creo Code EBPFM2208 | Professional | 80 h | Learners targeting design jobs who want 80 hours of in-depth Creo, including advanced features, reference management, skeletons and large-assembly tools. |
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.
Compression spring and threaded bolt
Use helical sweeps to model a spring with variable pitch and a bolt with cosmetic and modeled threads.
Flange family table
Build one flange driven by relations and create a family table of standard sizes.
Gear box or vice assembly
Model all parts, assemble them with constraints, check interference and create an exploded view.
Sheet metal electrical enclosure
Design a bent enclosure with flanges, relief and punches, then create its flat pattern.
Production drawing set
Prepare part and assembly drawings with sections, detail views, dimensions, notes and a bill of materials.
Tools & features covered
Creo Parametric SketcherPart modeling featuresVariable section sweeps and swept blendsHelical sweepsRelations, parameters and family tablesUser-defined features (UDFs)Assembly constraints and explode statesSkeletons and shrinkwrapSimplified representationsSurface modelingSheet metal designDrawing and detailing with bill of materials
Talk to a counsellor about Creo
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 Creo
Roles that list this skill in Indian job postings.
CAD Design Engineer
Models parts and assemblies in Creo and releases drawings for manufacturing.
Product Design Engineer
Develops new components and updates existing designs based on feedback.
Mechanical Draughtsman / Detailer
Creates and checks detailed 2D drawings from 3D models.
Sheet Metal Design Engineer
Designs enclosures, brackets and panels ready for bending and punching.
Tool and Fixture Designer
Designs jigs, fixtures and tooling for the shop floor.
CAD Engineer at an engineering services firm
Works on client design projects, often for global automotive and machinery companies.
PLM / CAD Support Engineer
Helps teams manage Creo models, templates and data.
Salary you can expect
Fresher0–2 years₹2.2–4 LPA
Experienced3–5 years₹4.5–8 LPA
Senior6+ years₹9–15 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 auto componentsCommercial and off-highway vehiclesIndustrial machineryHeavy engineeringElectrical and electronics enclosuresConsumer productsEngineering services and outsourcingAerospace and defence
Companies that use these skills
Ashok LeylandTVS Motor CompanyTata MotorsMahindra & MahindraCaterpillar IndiaJohn Deere IndiaLarsen & ToubroTata Consultancy Services (engineering services)L&T Technology ServicesTata TechnologiesCyientQuest GlobalHCLTech (engineering services)Wipro (engineering services)Schneider Electric IndiaBHEL
Examples of well-known companies and sectors in India that use these skills. They are not CareerKraft partners or recruiters.
Your career path
1
CAD Trainee / Junior Draughtsman
Makes drawings and simple parts under a senior's guidance.
2
Design Engineer
Owns part and assembly design for a sub-system and handles change requests.
3
Senior Design Engineer
Leads complex assemblies, reviews models and works with manufacturing and suppliers.
4
Lead Engineer / Design Manager
Plans design work for a team and signs off final releases.
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
Internship available: Creo internship (20–104 hours) – a short project-based track for college students.
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.
Career guides that include this course
11Where to learn
Learn Creo at any of 3 centres
Same syllabus, trainer standard and certificate at every centre. Tap the centre you want.
Creo in Katpadi
Near Aascars Cinemas, Katpadi
CADD Centre Katpadi
Creo in Vellore
Near Raja Theatre, Vellore
CADD Centre Vellore
Creo in Ranipet
Near SBI, Muthukadai, Ranipet
CADD Centre Ranipet
Guides about Creo
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
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
Creo 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 Creo?
Creo Parametric is 3D CAD software from PTC. It is used to design parts, assemblies, sheet metal and surfaced shapes and to create manufacturing drawings. Changes to dimensions flow through the part, assembly and drawing automatically.
Who can learn Creo?
Mechanical, Automobile, Production and related engineering students, diploma and ITI holders, and working draughtsmen or designers can join. Basic computer knowledge is enough to start. Engineering drawing knowledge helps a lot.
How long is the Creo course?
Essential in Creo is 40 hours and Proficient in Creo is 80 hours. Each topic has theory and practice sessions. The counsellor can share batch timings that suit you.
Should I choose Essential or Proficient?
Pick Essential if you are new to Creo and want the core skills for parts, assemblies, sheet metal and drawings. Pick Proficient if you want job-level depth, including advanced sweeps, curves, reference management, skeletons and large-assembly tools.
Can I learn Creo online or in hybrid mode?
Yes. Classroom, online and hybrid modes are available, depending on trainer availability for your batch. Check with the centre when you enquire.
Is there a free demo class?
Message or call your chosen centre to ask about a demo or counselling session. You can see the software and discuss the syllabus before you decide.
Will I receive a certificate?
Yes. After completing the course and assessment, you receive a certificate from CADD Centre, our training partner, for the programme you completed.
Do you offer placement support?
Yes, we provide placement support such as resume help, mock interviews and job leads. We do not promise a job; your skills and project work decide the outcome.
What is the fee?
The fee depends on the level and current offers. The counsellor at your chosen centre will share the current fee, offers and EMI options on WhatsApp.
Do I need a laptop?
Not for classroom batches, as the centre provides systems. For online classes or home practice you will need a Windows laptop that can run Creo; ask the counsellor for the recommended specification.
What jobs can I get after learning Creo, and what is the salary?
Roles include CAD design engineer, product design engineer, detailer and sheet metal designer. Freshers usually start around ₹2.2–4 LPA, with higher pay in metros and with experience. These are indicative ranges only.
Where and when are classes held?
Creo training runs at all three centres – Katpadi, Vellore and Ranipet. Timings are Monday to Saturday 9:30 am to 6:30 pm and Sunday 9:00 am to 2:00 pm.
10Keep exploring
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View course Listed in:
Local pages: Creo course in Katpadi · Creo course in Vellore · Creo course in Ranipet · Creo course in Tiruvannamalai · Creo course in Tirupattur
Start today
Get the Creo 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