📍 Gandhipuram, Coimbatore – 641012, Tamil Nadu
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Mechanical Design Course in Coimbatore

Learn AutoCAD, SolidWorks, CATIA, Creo, Ansys, GD&T and AI generative design with our updated 2026 syllabus. Build a mechanical design portfolio with real projects and start your CAD career, with placement support until you are placed.

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8000+Students Placed (all courses)
150+Training Hours
4 MonthsDuration
9Syllabus Modules
AcAutoCADSwSolidWorksCaCATIACrCreoAnAnsysGDGD&TAIAI Design
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✅ Free Demo Class available after enquiry

Industry Certificate
Placement Support
Offline & Online Batches
Real Mechanical Projects
EMI up to 6 Months
4 MonthsBeginner to job-ready skills
Real Mechanical ProjectsBuild your portfolio
AutoCAD2D Drafting
SolidWorks3D Models
CATIA V5Surfaces
CreoParametric
AnsysFEA
Fusion 360Gen Design
About the Course

Mechanical Design Training at Fulcrum, Coimbatore

Fulcrum Creative School's Mechanical Design course in Coimbatore is a hands-on programme for people who want to work in mechanical CAD. Over 4 months and 150+ hours you move from engineering drawing and AutoCAD to GD&T, 3D modelling, sheet metal, surfaces, simulation and AI-assisted design. Coimbatore has a large base of pump, textile machinery, automotive component and engineering units, and trained CAD skills help you stand out. We teach in Tamil and English, in classroom and live online batches.

4 Months150+ training hours
6 CAD ToolsIndustry software
Tamil & EnglishMedium
  • AutoCAD 2D drafting, sections and drawings with GD&T
  • SolidWorks parts, assemblies, sheet metal and weldments
  • CATIA V5 surface modelling and assembly design
  • Creo and Ansys for design for manufacture and FEA
  • Drawings, BOMs and a GrabCAD portfolio of real projects
  • Generative design with AI tools, always checked by an engineer
Where You Can Work

Mechanical Design for Every Industry

Coimbatore is a major engineering hub. These are the industries where drawing, 3D modelling, simulation and design skills are used.

Automotive Components

Design brackets, housings, panels and fixtures for vehicle component makers.

BracketsHousingsPanels
ToolCATIA · SolidWorks

Pumps & Industrial Machinery

Model pump bodies, impellers, frames and assemblies for Coimbatore machine builders.

PumpsFramesAssemblies
ToolSolidWorks · Creo

Textile & Special-Purpose Machines

Design machine structures, guards and mechanisms for textile and SPM builders.

MechanismsGuardsFrames
ToolSolidWorks · AutoCAD

Tooling, Jigs & Fixtures

Create fixtures, jigs, dies and press tools for precision engineering units.

FixturesDiesJigs
ToolSolidWorks · AutoCAD

Foundry & Casting

Design castings with correct draft, wall thickness and machining allowance.

PatternsDraftAllowance
ToolCreo · SolidWorks

Sheet Metal & Fabrication

Develop enclosures, panels and welded frames with accurate flat patterns.

EnclosuresWeldmentsFlat patterns
ToolSolidWorks

EV & Battery Systems

Design battery trays, housings and lightweight structures for electric mobility.

Battery traysHousingsLightweighting
ToolFusion 360 · Ansys

Product & Consumer Design

Model plastic housings, enclosures and appliance parts for manufacturing.

Plastic partsEnclosuresAssemblies
ToolCreo · KeyShot
Updated 2026 Syllabus

Module-by-Module Mechanical Design Syllabus

A 4-month, 150+ hour, project-based programme that takes you from engineering drawing to AutoCAD, GD&T, SolidWorks, CATIA, Creo, Ansys and an AI-ready design workflow, ending with a capstone product and portfolio. Tap a module to see every week.

9MODULES
16WEEKS
150+HOURS
1CAPSTONE PRODUCT
AutoCADSolidWorksCATIA V5Creo Parametric AnsysKeyShotFusion 360 AI

What Is New in the 2026 Syllabus

Design for ManufactureMake parts that can be cast, machined, bent or moulded at a sensible cost.
Simulation Before PrototypeCheck stress, heat and vibration on screen before anything is made.
GD&T That WorksFits, datums and tolerances that match real manufacturing practice.
AI with Engineering ReviewGenerative design and AI assistants, always verified by you.
Sheet Metal & WeldmentsFabrication-ready enclosures and frames with flat patterns and cut lists.
Portfolio & Certification GuidanceGrabCAD portfolio, CSWA and Autodesk exam guidance and interview practice.
01
MODULE 01Engineering Drawing & AutoCAD 2D
Weeks 1–2
▾
UNIT 1 Engineering Drawing Basics
  • Drawing sheets, title blocks, scales and line types
  • Lettering, dimensioning rules and IS/ISO drawing conventions
  • Orthographic projection: first-angle and third-angle
  • Isometric views and freehand sketching of parts
  • Reading a part drawing the way a shop-floor engineer does
  • Common drawing mistakes and how checkers catch them
UNIT 2 AutoCAD 2D Drafting
  • AutoCAD workspace, units, limits and templates
  • Draw and modify commands: line, arc, trim, offset, fillet, array
  • Layers, linetypes, lineweights and plot styles
  • Blocks, attributes and reusable standard parts
  • Dimension styles, text styles and leaders
  • Drawing machine parts: shafts, flanges, brackets
UNIT 3 Sections, Details & Plotting
  • Sectional views, half sections and broken-out sections
  • Auxiliary views and detail views
  • Hatching, threads, keyways and surface finish symbols
  • Assembly drawings with part lists and balloons
  • Layouts, viewports and plotting to PDF
  • Drawing review and revision control
Advanced Add-onDrawing clinic: swap drawings with a classmate and mark every missing dimension, view or note.
Practical ProjectA complete set of detail drawings and an assembly drawing for a small mechanical assembly.
You Will Be Able ToRead and produce clean 2D engineering drawings that a manufacturer can use without questions.
02
MODULE 02GD&T, Fits & Tolerances
Week 3
▾
UNIT 4 Geometric Dimensioning & Tolerancing
  • Why tolerances matter: interchangeability and cost
  • Limits, fits and allowances: clearance, transition and interference
  • GD&T symbols: form, orientation, location, runout and profile
  • Datum reference frames and feature control frames
  • Surface finish, thread callouts and material notes
  • Stack-up basics and reading ASME Y14.5 and ISO 1101 style callouts
Advanced Add-onTolerance workshop: choose fits for a shaft and bearing seat, then justify each choice.
Practical ProjectA toleranced drawing with datums and feature control frames for a machined part.
You Will Be Able ToApply fits and GD&T so parts assemble correctly and are not over-toleranced.
03
MODULE 03SolidWorks: Parts & Assemblies
Weeks 4–6
▾
UNIT 5 Sketching & Basic Features
  • SolidWorks interface, templates and file types
  • Sketch relations, dimensions and fully defined sketches
  • Extruded boss/cut, revolve and hole wizard
  • Fillet, chamfer, shell, draft and rib
  • Linear, circular and mirror patterns
  • Design intent and clean feature trees
UNIT 6 Advanced Part Modelling
  • Sweep, loft and boundary features
  • Reference geometry: planes, axes and coordinate systems
  • Equations, global variables and configurations
  • Design tables for part families
  • Material, mass properties and appearance
  • Editing and rebuilding models without errors
UNIT 7 Assemblies & Mates
  • Bottom-up assembly and standard mates
  • Advanced and mechanical mates: gear, cam, slot, hinge
  • Sub-assemblies and flexible assemblies
  • Exploded views and animation
  • Interference detection and collision checks
  • Toolbox and standard fasteners
UNIT 8 Drawings from 3D Models
  • Drawing templates and sheet formats
  • Standard, section, detail and auxiliary views
  • Dimensioning, GD&T and notes in drawings
  • Bill of materials, balloons and revision tables
  • Exporting to PDF, DWG and STEP
  • Drawing checks before release
Advanced Add-onModel-from-drawing race: rebuild a part from a 2D drawing and compare mass properties with the answer key.
Practical ProjectA gearbox or pump sub-assembly with full part models, mates, exploded view and drawings.
You Will Be Able ToModel parts and assemblies with sound design intent and release proper drawings.
04
MODULE 04SolidWorks Advanced: Sheet Metal, Weldments & Motion
Weeks 7–8
▾
UNIT 9 Sheet Metal Design
  • Base flange, edge flange, miter flange and hems
  • Bend allowance, K-factor and bend tables
  • Forming tools, louvres and lances
  • Converting solids to sheet metal
  • Flat pattern and unfolding for laser cutting
  • Sheet metal drawings with bend notes
UNIT 10 Weldments, Motion & Rendering
  • Weldment profiles, structural members and trim/extend
  • Weld beads, cut lists and weldment drawings
  • Motion study basics: motors, springs and contacts
  • Mass, centre of gravity and moment of inertia checks
  • Rendering and presentation images
  • Design library and reusable parts
Advanced Add-onEnclosure challenge: design a sheet metal enclosure and check that the flat pattern can be cut and bent.
Practical ProjectA sheet metal enclosure and a welded frame, each with a manufacturing drawing.
You Will Be Able ToDesign sheet metal and welded structures that can actually be fabricated.
05
MODULE 05CATIA V5: Surfaces, Assemblies & Drafting
Weeks 9–10
▾
UNIT 11 Part Design Workbench
  • CATIA V5 interface, specification tree and workbenches
  • Sketcher constraints and profiles
  • Pad, pocket, shaft, groove and hole
  • Fillets, drafts, shells and patterns
  • Parameters, formulas and knowledge basics
  • Part-level quality checks
UNIT 12 Generative Shape Design
  • Wireframe geometry: points, lines, planes and curves
  • Surfaces: extrude, revolve, sweep, fill and multi-sections
  • Join, split, trim and offset operations
  • Blends, fillets and surface continuity (G0, G1, G2)
  • Curvature analysis and surface checks
  • Converting surfaces to solids
UNIT 13 Assembly Design & Drafting
  • Assembly constraints and product structure
  • Bill of materials and exploded views
  • DMU kinematics basics and clash checks
  • Drafting workbench: views, sections and dimensions
  • Annotations and drawing standards
  • Exporting and sharing CATIA data
Advanced Add-onSurface lab: model a smooth body panel section and check curvature continuity at every join.
Practical ProjectA surfaced component such as a body panel or housing, plus a small CATIA assembly and drawing.
You Will Be Able ToBuild surface models and assemblies in CATIA the way automotive and aerospace teams do.
06
MODULE 06Creo Parametric & Design for Manufacture
Weeks 11–12
▾
UNIT 14 Creo Parametric Modelling
  • Creo interface, model tree and datum features
  • Sketches, extrude, revolve, sweep and blend
  • Family tables and parameters
  • Top-down design with skeleton models
  • Assemblies, constraints and exploded views
  • Detailing and drawing basics
UNIT 15 DFM, DFA & Plastic Parts
  • Design for manufacture and assembly principles
  • Plastic part design: draft, wall thickness, ribs and bosses
  • Casting, forging and machining design rules
  • Material and process selection basics
  • Cost-aware design and part count reduction
  • Engineering change orders and basic PLM concepts
Advanced Add-onDFM review: take a poorly designed part and redesign it to cut cost and machining time.
Practical ProjectA plastic or cast component redesigned with a documented DFM checklist.
You Will Be Able ToDesign parts that are easy to make and assemble, not only parts that look right on screen.
07
MODULE 07Ansys: FEA & Simulation
Weeks 13–14
▾
UNIT 16 FEA Fundamentals & Static Structural
  • What finite element analysis can and cannot tell you
  • Geometry clean-up and simplification for analysis
  • Meshing: element types, size and quality checks
  • Materials, loads and boundary conditions
  • Static structural analysis: stress and deformation
  • Reading results: von Mises stress, safety factor and mesh convergence
UNIT 17 Thermal, Modal & Reporting
  • Steady-state thermal analysis and heat flow
  • Modal analysis: natural frequencies and mode shapes
  • Contacts and simple assemblies in analysis
  • Design iterations and comparing results
  • Common mistakes: singularities, over-constraint and bad mesh
  • Writing a clear simulation report
Advanced Add-onValidate or reject: analyse a bracket, then redesign it to reduce weight while keeping the safety factor.
Practical ProjectA simulation report with stress, deformation and safety factor for a loaded component.
You Will Be Able ToRun basic simulations, judge whether results are believable and use them to improve a design.
08
MODULE 08AI & Generative Design Workflow 2026
Week 15
▾
UNIT 18 AI-Assisted Mechanical Design
  • Generative design and topology optimisation in Fusion 360
  • Setting goals, constraints, loads and materials
  • Comparing generated options and making them manufacturable
  • AI assistants for drafting standards, checklists and documentation
  • Cloud simulation tools such as SimScale for quick checks
  • Where AI helps, where it fails and why engineers must verify every result
Advanced Add-onHuman-in-the-loop review: take one generated design and make it manufacturable, noting every correction you made.
Practical ProjectA topology-optimised bracket redesigned for machining or additive manufacturing.
You Will Be Able ToUse AI tools to explore options faster while keeping engineering judgment in charge.
09
MODULE 09Portfolio, Capstone & Career Launch
Week 16
▾
UNIT 19 Capstone Product Design
  • Capstone brief: design a small product from concept to release
  • Concept sketches, requirements and design review
  • 3D models, assembly and motion check
  • Simulation check on the critical part
  • 2D drawings with GD&T and a bill of materials
  • Design review with trainers like a real engineering review
UNIT 20 Portfolio, Certification Guidance & Placement Preparation
  • Portfolio on GrabCAD and LinkedIn with at least five projects
  • Guidance for CSWA and Autodesk certification exams (exams are separate)
  • Freelance basics: quoting, scope and revisions
  • CAD speed tests and mock technical interviews
  • Resume and project explanation practice
  • Placement support and referrals until you are placed (support, not a guarantee)
Advanced Add-onPortfolio review: trainers and peers critique your capstone like a hiring manager would.
Practical ProjectA complete capstone product with models, drawings, BOM, a simulation check and an online portfolio.
You Will Be Able ToPresent your work with confidence and approach employers or freelance clients with proof of skill.

Total duration is 4 months (150+ hours). The syllabus is reviewed each year and may be adjusted slightly to match the latest software versions and industry trends.

Tools You'll Master

Industry-Standard Mechanical CAD Software

Learn the software used across manufacturing, automotive and engineering units, plus the AI tools that are changing early-stage design.

Core
Ac

AutoCAD

2D Drafting & Detailing
Core
Sw

SolidWorks

Parts, Assemblies & Drawings
Core
Ca

CATIA V5

Surfaces & Assemblies
Core
Cr

Creo Parametric

Parametric & DFM
Core
An

Ansys

FEA Simulation
Core
Ks

KeyShot

Product Rendering
AI
Fu

Fusion 360

Generative Design
AI
Sm

SimScale

Cloud Simulation
Portfolio
Gc

GrabCAD

Share Your Models
9 tools in one design-to-production workflow Hands-on projects, not just theory Offline & online batches
Compare Before You Join

Best Mechanical CAD Course in Coimbatore: Tool by Tool or All in One?

Many CAD centres in Coimbatore sell AutoCAD, SolidWorks, CATIA, Creo and Ansys as separate courses. Here is what that costs you in time.

Quick answer

Fulcrum Creative School, Gandhipuram, teaches AutoCAD, GD&T, SolidWorks, CATIA V5, Creo, Ansys and AI generative design in one 4-month, 150+ hour Mechanical Design course, with real assembly projects and placement support until you are placed.

Career Opportunities

Where Mechanical Design Skills Lead

These are roles you can aim for after the course. Opportunities and pay depend on your skills, portfolio, the employer and the market, and we do not promise a particular job or salary.

CAD Designer / Drafter

2D & 3D drawings

Prepare detail drawings and 3D models of mechanical parts and assemblies.

Product Design Engineer

Concept to release

Design and document new mechanical products for manufacturing.

FEA / Simulation Engineer

Analysis & validation

Check stress, heat and vibration on designs before they are made.

Automotive CAD Engineer

Vehicle components

Model components and assemblies for automotive makers and suppliers.

Tool & Jig Designer

Tooling & fixtures

Design fixtures, jigs, dies and moulds for precision engineering units.

Freelance CAD Modeller

Project-based work

Offer 3D modelling and drawing services to clients on your own terms.

Who Should Join

This Course Is Perfect For You

New to CAD? Start here. Engineering drawing is taught first, so beginners are welcome.

Mechanical Engineering Students

Add practical CAD skills to your BE or diploma before campus interviews.

Diploma & ITI Holders

Move from manual drafting to 3D CAD and design roles.

Working Engineers

Add SolidWorks, CATIA, Creo or Ansys to grow in your current field.

Production & Quality Staff

Understand drawings, GD&T and tolerances at a deeper level.

Aspiring Freelancers

Build a portfolio to offer modelling and drawing services.

Career Switchers

Start a technical career. Basic drawing knowledge helps but is not required.

Placement Support

Placement
Guidance & Support

Our team works with students from Day 1 on portfolio, interview and placement preparation, and supports you until you are placed. It is support, not a guarantee.

  1. 01

    Expert-led Classes

    Learn from trainers with practical exposure to mechanical CAD, drawings and design.

  2. 02

    Real Mechanical Projects

    Work on gearboxes, pump parts, brackets and sheet metal assemblies instead of only software exercises.

  3. 03

    GrabCAD & LinkedIn Portfolio

    Build a portfolio of at least five projects that employers can open and review.

  4. 04

    Mock Technical Interviews

    Practise drawing tests, GD&T questions and CAD speed tests with feedback.

  5. 05

    Referrals & Support

    Your profile is shared with our hiring partner network until you are placed. This is support, not a guarantee.

8000+
Students Placed (all courses)
100+
Hiring Partners
98%
Placement Rate (school-wide)
4 Mo
Course Duration
Student Projects

What You Will Build

Every student finishes with real project work for a portfolio. Ask to see sample student work at your free demo class.

Project 01

Detail & assembly drawings

A full AutoCAD drawing set with GD&T for a small mechanical assembly.

Project 02

Gearbox or pump assembly

Parts, mates, exploded view and drawings in SolidWorks.

Project 03

Sheet metal enclosure

A bendable, cuttable enclosure with a flat pattern and weldment frame.

Project 04

Surfaced component

A smooth body panel or housing modelled in CATIA V5.

Project 05

Simulation report

Stress, deformation and safety factor for a loaded part in Ansys.

Project 06

Capstone product

A product designed from concept to drawings, BOM and simulation check.

Find Us

Mechanical Design Course in Gandhipuram, Coimbatore

Our campus is on Cross Cut Road, Gandhipuram, easy to reach from RS Puram, Saibaba Colony, Peelamedu, Saravanampatti, Singanallur and Ganapathy. Live online batches are also available.

Fulcrum Creative School

2nd Floor, Kani Towers, No.182 D, 2nd Street, above Vithu Pharmacy, Cross Cut Road, Gandhipuram, Coimbatore 641012

Open Hours

Mon to Sat 9:30 AM to 9 PM, Sun 9:30 AM to 5 PM

Call +91 93608 99780

Book a free demo class

Explore More at Fulcrum

Related courses and free guides from Fulcrum Creative School.

FAQ

Frequently Asked Questions

Answers about the Mechanical Design course at Fulcrum Creative School, Coimbatore

Fulcrum Creative School in Gandhipuram runs the most complete Mechanical Design course in Coimbatore. In one 4-month, 150+ hour programme you learn AutoCAD, GD&T, SolidWorks, CATIA V5, Creo, Ansys FEA and AI generative design in Fusion 360, where many institutes sell each software as a separate 1 to 4 month course. You build real machine-part and assembly projects for a GrabCAD portfolio and get placement support until you are placed. 8000+ Fulcrum students have been placed since 2014. Classes are in Tamil and English, with a free demo class.

One complete course is usually faster and cheaper. Learning each tool separately in Coimbatore typically takes 1 month for AutoCAD, 2 to 4 months for SolidWorks, 2 to 3 months each for CATIA and Creo and 1 to 2 months for Ansys, about 8 to 13 months in total. Fulcrum's Mechanical Design course covers all of them, plus GD&T and AI design, in 4 months, in the order employers use them, with one portfolio at the end.

The Mechanical Design course is a 4-month programme of 150+ hours, organised into 9 modules over about 16 weeks. It covers engineering drawing, AutoCAD, GD&T, SolidWorks, CATIA V5, Creo, Ansys and an AI and generative design module.

The 2026 syllabus has 9 modules: engineering drawing and AutoCAD 2D, GD&T and tolerances, SolidWorks parts and assemblies, SolidWorks sheet metal and weldments, CATIA V5 surfaces and assemblies, Creo and design for manufacture, Ansys FEA, an AI and generative design workflow, and a portfolio and capstone module.

You learn AutoCAD, SolidWorks, CATIA V5, Creo Parametric, Ansys and KeyShot, plus Fusion 360 generative design and cloud simulation tools such as SimScale for the AI module.

No. Mechanical, production and industrial engineering students and graduates, diploma and ITI holders, working engineers and career switchers can join. Basic drawing knowledge helps, and Module 1 teaches engineering drawing from the start.

Classes are available in Tamil and English, in classroom and live online batches.

Yes. Students build a GrabCAD and LinkedIn portfolio, practise mock technical interviews and CAD tests, and our team offers placement support and referrals until you are placed. It is support, not a guarantee of a job, because results depend on your skills, portfolio and the market. 8000+ Fulcrum students have been placed across all courses, with a 98% placement rate and 100+ hiring partners.

Roles to explore include CAD Designer or Drafter, Product Design Engineer, FEA or Simulation Engineer, Automotive CAD Engineer, Tool and Jig Designer, and freelance CAD modeller. Opportunities and pay depend on your skills, portfolio and the employer.

You receive a Fulcrum Creative School course certificate. We also give guidance for CSWA and Autodesk certification exams. Those exams are conducted by their own authorised centres and are separate from the course.

Fees depend on the batch and mode. Please call +91 93608 99780 or book a free demo class to get the current fee. An EMI option of up to 6 months is available.

Fulcrum Creative School teaches AutoCAD and SolidWorks as part of its Mechanical Design course at Cross Cut Road, Gandhipuram, Coimbatore. Both tools are covered with practical projects in the first half of the syllabus.

Yes. Module 8 covers generative design and topology optimisation in Fusion 360, AI assistants for documentation and cloud simulation tools. You also learn to verify AI output, because every design must still be checked by an engineer.

Yes. Live online batches follow the same syllabus with drawing reviews and placement support. Ask the admissions team about software access for your batch.

Most learners start with engineering drawing and AutoCAD to understand views and dimensions, then move to SolidWorks for 3D modelling. The course follows this order so each tool builds on the last.

Fulcrum Creative School is at 2nd Floor, Kani Towers, No.182 D, 2nd Street, above Vithu Pharmacy, Cross Cut Road, Gandhipuram, Coimbatore 641012. We are open Monday to Saturday 9:30 AM to 9 PM and Sunday 9:30 AM to 5 PM. Parking is available; the centre is on the 2nd floor, reached by stairs.

Coimbatore has a large base of pump, textile machinery, automotive component and engineering units, so CAD and design skills are in regular use. The field is competitive, so a strong portfolio and practical skills matter. No institute can promise a particular job or salary.

Start Your Mechanical Design Career Today! ⚙️

Join the next Mechanical Design batch at Fulcrum Creative School, Gandhipuram, Coimbatore. Book a free demo class, see the syllabus in action and meet the trainers first.

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