3-Month Program · 3D Modelling & Product Design
SolidWorks Product Design Course in Greater Noida
18 hands-on modules · 12 tools & platforms · 90+ hours of training · 3D parametric modelling, assembly design and motion/stress simulation for product design roles. Built around real components and products from day one, right through to a full capstone design package.
Curriculum last reviewed: 27 August 2026
Who this course is for
Built for diploma/degree engineering students, ITI candidates and working professionals who want dedicated, in-depth training on SolidWorks for product design — no prior 3D CAD experience required.
By the end you'll build accurate parametric 3D parts, design multi-part assemblies with proper mates, run basic motion studies and stress simulations, and produce a complete, presentation-ready product design package the way a design office expects.
- Diploma / B.Tech mechanical, automobile or production engineering students
- ITI (Draftsman Mechanical, Fitter, Machinist) candidates
- Working professionals moving into product design roles
- No prior 3D CAD experience required
1Program structure
Three phases over 12 weeks — from SolidWorks fundamentals and part modelling, through assembly design and advanced features, to simulation, motion and drawings.
| Phase | Modules | Focus |
|---|---|---|
| Phase 1 — SolidWorks Fundamentals & Part Modelling | 01–06 | The SolidWorks interface, sketching and building accurate, feature-driven 3D parts |
| Phase 2 — Assembly Design & Advanced Modelling | 07–12 | Assemblies, mates, sheet metal, surfacing and configuration-driven design |
| Phase 3 — Simulation, Motion & Drawings | 13–18 | Motion studies, stress analysis, and producing complete drawing & BOM packages |
2Full curriculum — all 18 modules
Click any phase to expand its modules, or open a module directly for a detailed description.
Phase 1SolidWorks Fundamentals & Part ModellingModules 01–06The SolidWorks interface, sketching and building accurate, feature-driven 3D parts+
01Introduction to SolidWorks & the Interface+
Getting comfortable with the SolidWorks workspace — feature tree, toolbars and workflow you'll use in every module.
02Sketching Fundamentals & Sketch Relations+
Building fully-defined 2D sketches with the right geometric and dimensional relations.
03Extrude, Revolve & Basic Features+
Turning 2D sketches into solid 3D geometry using extrude, revolve and cut features.
04Fillets, Chamfers, Shells & Pattern Features+
Refining a part's geometry and reusing features efficiently with patterns and mirrors.
05Advanced Sketching & Sweep/Loft Features+
Modelling complex, non-prismatic shapes using guided sweeps and lofted profiles.
06Part Modelling Best Practices & Feature Tree Management+
Building clean, editable, error-free models with a well-organised feature tree.
Phase 2Assembly Design & Advanced ModellingModules 07–12Assemblies, mates, sheet metal, surfacing and configuration-driven design+
07Assembly Fundamentals & Mates+
Bringing parts together into an assembly using standard mates to define how they move and fit.
08Advanced Mates & Sub-Assemblies+
Cam, gear and limit mates, and structuring large assemblies with sub-assemblies.
09Top-Down Assembly Design+
Designing parts in the context of the full assembly using in-context references.
10Sheet Metal Design Basics+
Designing formed and flat-pattern sheet metal parts with bends and relief cuts.
11Surface Modelling Fundamentals+
Building and trimming surfaces for complex, organic or thin-walled product shapes.
12Configurations & Design Tables+
Managing part and assembly variants efficiently with configurations and design tables.
Phase 3Simulation, Motion & DrawingsModules 13–18Motion studies, stress analysis, and producing complete drawing & BOM packages+
13Motion Study & Basic Kinematics+
Animating assemblies and studying motion, interference and basic kinematics.
14Static Stress Analysis (SimulationXpress & Simulation)+
Setting up materials, loads and fixtures to run basic static stress studies on parts.
15Drawing Fundamentals: Views & Dimensioning+
Generating orthographic and section views from 3D models with correct dimensioning.
16Assembly Drawings, BOM & Exploded Views+
Creating assembly drawings with balloon call-outs, exploded views and a linked BOM.
17Rendering & Visualization Basics+
Applying materials, appearances and basic scenes to present a design realistically.
18Capstone: Complete Product Design (Part, Assembly, Simulation & Drawing Package)+
Delivering a full product design package — parts, assembly, simulation report and drawings.
312 tools & platforms you'll use
Everything is taught on real, industry-standard SolidWorks tools you'll use later on the job — not simulations. Swipe or use the arrows to browse every category.
4How each module is taught
Every module follows the same practical, real-part lens, so you always know what to expect in class.
Concept Walkthrough
Trainer explains the concept with a real product or component first, then the feature or workflow, using a realistic design.
Live Along
You build the same part, assembly or study step by step, right alongside the trainer.
Hands-on Exercise
An independent task applying the concept to a new part or design problem.
Doubt Clearing
One-on-one help for anyone stuck, before the class moves to the next module.
Weekly Assessment
A short practical SolidWorks test every week so gaps are caught early, not at the end.
5Projects & portfolio
Four practical, portfolio-ready design projects across the full syllabus — the kind of work you'll show in interviews.
- Project 1. Fully modelled mechanical part with parametric, feature-driven geometry
- Project 2. Multi-part assembly built with proper mates and organised sub-assemblies
- Project 3. Motion study and basic stress analysis on a working assembly or part
- Project 4. Capstone: complete product design package — part, assembly, simulation report and drawing set
6Assessment & certification
Weekly practical assessments covering part modelling, assemblies and simulation, with instructor review and feedback.
Final practical exam across all three phases, plus the capstone project used as your demonstrable, portfolio-ready proof of skill.
Certificate of completion, plus resume and design portfolio support through our 100% Placement Assist program.
7Quick answers
Do I need any prior CAD or engineering background?
No. Basic familiarity with mechanical shapes helps but isn't required — every concept, from sketching to simulation, is taught from the ground up.
Do I need my own laptop with SolidWorks installed?
A laptop meeting SolidWorks' hardware requirements is strongly recommended for daily practice, but institute computers with SolidWorks are also available in class.
Will I actually design real products, or is it mostly theory?
You'll design real parts and assemblies from week one. Every module includes hands-on practice on realistic components, ending in a full product-design capstone.
How deep does the simulation module go?
This course covers motion studies and basic static stress simulation for design validation. Advanced FEA and CFD are covered in our specialised simulation tracks.
Are classes online, offline, or both?
Both. Offline batches run at our Alpha-1, Greater Noida campus; online live batches follow the same curriculum with the same trainers. Morning, evening and weekend timings are available.
What can I do after completing this course?
You'll be ready for design engineer, product design trainee and CAD engineer roles, with a design portfolio of real projects, and can progress into advanced simulation or CAM tracks with the same placement support.
8Explore related courses
Want broader multi-software coverage, or a deeper simulation track? These build on what you'll learn here.
504, 5th Floor, MSX Tower-2, Alpha-I Commercial Belt, Block E, Greater Noida, Uttar Pradesh 201310
Phone: +91 97738 54034
Ready to see a class live?
Book a free, no-obligation demo class and sit in on a real SolidWorks session before you decide anything.