Mechanical Component 3D Modelling
Design a mechanical component using SolidWorks sketching, extrusions, revolutions, fillets, chamfers, and other 3D modelling tools.
- Sketching
- Part Modelling
SolidWorks 3D CAD Design and Mechanical Engineering CourseIndustry-Ready Curriculum
Master SolidWorks 3D CAD Design & Mechanical Engineering
Learn SolidWorks 3D CAD design, part modelling, assemblies, engineering drawings, and sheet metal design through hands-on projects for mechanical engineering applications.
- Live client projects
- Practitioner trainers
- Placement support
- Certificate + internship
25,000+ Students trainedSince 2016
4.9★ Google rating556+ reviews
100% Practical trainingLive client work
Admissions open
Free demo class & counselling
Session slots
- Morning
- Evening
- Weekend
- Live online
Overview
Course overview
Learn SolidWorks, a powerful computer-aided design (CAD) software used for 3D modelling, mechanical engineering, and product development. This course introduces you to essential design tools and techniques for creating accurate, professional mechanical components. Develop practical skills in 3D part modelling, assembly design, engineering drawings, sheet metal design, and technical detailing. Learn to transform engineering concepts into detailed digital models through structured lessons and hands-on exercises. Apply your knowledge through practical projects that simulate real-world mechanical design tasks. Build confidence in creating components, assembling mechanical parts, preparing manufacturing drawings, and understanding essential design principles. This course is suitable for beginners, diploma students, ITI students, mechanical engineering students, graduates, and professionals who want to strengthen their CAD skills. No advanced SolidWorks experience is required to get started. Build a foundation for career opportunities in mechanical design, CAD drafting, product development, and manufacturing engineering. With consistent practice and project experience, you can develop the technical skills needed to pursue entry-level CAD design opportunities.
PortfolioHands-on projects
Hands-on projects
you will ship
Gearbox Assembly Design
Create a gearbox assembly using gears, shafts, bearings, and a housing. Apply mates and check component alignment and interference.
- Assembly Design
- Mates
Sheet Metal Bracket Design
Design a sheet metal bracket with bends, flanges, mounting holes, and slots. Generate a flat pattern for manufacturing.
- Sheet Metal
- Flat Patterns
The working loop
Learn it. Build it. Make it yours.
Every project moves through the same loop: understand the brief, build with guidance, then explain the decisions behind your work.
- 01
Understand the Fundamentals
Learn the SolidWorks interface, essential tools, sketching techniques, dimensions, and geometric relations.
Mechanical Component 3D Modelling
- 02
Create 3D Models
Build mechanical components using extrusion, revolution, sweep, loft, fillet, chamfer, and other modelling features.
Gearbox Assembly Design
- 03
Design Assemblies
Combine individual components into functional assemblies, apply mates, and check component alignment and interference.
Sheet Metal Bracket Design
- 04
Prepare Engineering Drawings
Generate 2D technical drawings from 3D models, including orthographic views, sectional views, dimensions, and annotations.
- 05
Complete Practical Projects
Apply your skills to mechanical component modelling, gearbox assemblies, sheet metal brackets, and other engineering projects.
- 06
Build Your CAD Portfolio
Organize your completed projects and drawings to demonstrate your SolidWorks skills to potential employers.
Why techcadd
Why students choose techcadd
There are many places to learn this in Phagwara and the brochure syllabus looks similar at all of them. What differs is who teaches, whether you ever touch real work, and whether anyone picks up the phone after you have paid. techcadd has trained students across Punjab since 2016 on the same model: small batches, working practitioners as trainers, client projects as coursework.
Practical, Hands-On Training
Learn SolidWorks through practical exercises in 3D modelling, mechanical components, assembly design, and engineering drawings.
Industry-Relevant CAD Skills
Develop technical skills used in mechanical design, product development, engineering consultancies, and manufacturing environments.
Project-Based Learning
Apply your knowledge by working on mechanical component models, gearbox assemblies, sheet metal brackets, and technical drawings.
Beginner-Friendly Approach
Build your knowledge step by step, starting with basic sketching and progressing to more advanced 3D modelling and assembly techniques.
The case for itWhy this programme
Why this programme
is worth your year
Mechanical manufacturing companies, automotive suppliers, industrial design firms, and engineering consultancies in Phagwara, Jalandhar, and nearby industrial areas hire CAD designers with SolidWorks skills for 3D modelling, product design, and mechanical drafting.
Build skills that hold up beyond the classroom.
What separates this from a playlist of tutorials is supervision on real work. From the second half of the course you build on live client projects with a trainer beside you, make decisions that have consequences, and correct them the following week. That loop is the skill. No employer in Phagwara will take your word for it without work they can inspect.
Be realistic about the money. A fresher who finishes with a working portfolio starts near the bottom of the band and moves quickly; someone who finishes with a certificate and nothing to show does not. The difference is entirely what you built.
The alternative is what most people try first: free videos, a cheap online course, six months of drifting, and knowledge you cannot demonstrate. A structured programme with live projects, a mentor who corrects you, an internship letter and a placement cell that actually calls employers is the difference between knowing the subject and being hired to do it.
Students reach the Phagwara centre from Banga, Nakodar, Kartarpur and the university belt, and the weekend batch exists so a job or a degree does not have to be paused to attend.
- 01
Hands-On Practical Training
Gain practical experience creating 3D models, mechanical components, assemblies, and engineering drawings using SolidWorks.
- 02
Real-World CAD Projects
Apply your skills to practical mechanical design projects and build a portfolio of work to demonstrate your abilities to potential employers.
- 03
Industry-Relevant Skills
Learn essential CAD techniques, including part modelling, assembly design, sheet metal design, and technical drawing preparation.
- 04
Beginner-Friendly Learning
Start with the fundamentals and gradually progress to more advanced modelling techniques through structured lessons and guided exercises.
- 05
Career Preparation
Develop practical design skills relevant to CAD designer, mechanical design, drafting, and product development roles.
Industry-Ready Curriculum
Industry-Ready Training in SolidWorks 3D CAD Design and Mechanical Engineering Course
Get StartedWhat you get
- 100% practical, project-based learning
- Live client projects under trainer supervision
- Internship letter and placement support
- Small batches with daily doubt clearing
- Students
- 25K+
- Google rating
- 4.9★
- Estd.
- 2016
- Practical
- 100%
EligibilityWho can do
Who can do
this course
The SolidWorks 3D CAD Design and Mechanical Engineering Course course is built for people at six different starting points, and the batch is deliberately mixed. What matters far more than your background is turning up consistently and finishing what each module asks you to build.
- 01
Students After 12th
Students interested in mechanical design and engineering who want to build practical CAD skills and explore technical career opportunities.
- 02
Diploma and ITI Students
Students who want to strengthen their technical knowledge with 3D modelling, mechanical components, assembly design, and engineering drawings.
- 03
Engineering Students and Graduates
Mechanical and related engineering students who want hands-on SolidWorks experience, practical projects, and skills relevant to entry-level CAD design roles.
- 04
Working Professionals
Engineers, technicians, and CAD users who want to upgrade their design skills, improve productivity, and expand their knowledge of 3D mechanical modelling.
The toolchain behind the craft
One course.
A mesh of real tools.
Everything below is installed on the lab machines and used on live client work, not shown once in a slide and forgotten.
- SOLIDWORKS
- Sheet Metal Design
- Assembly Design
Certification
Get Certified in SolidWorks 3D CAD Design and Mechanical Engineering Course
Complete the course with a portfolio of live projects and receive an industry-recognised certificate, plus a documented internship letter accepted by Punjab universities.
- Industry Certificate
Recognised by employers across Punjab and beyond
- Internship Letter
Based on real client work, not a simulation
- Portfolio of Projects
Live work you can show in any interview
- Placement Support
CV review, mock interviews and hiring drives
Two certificates on completion — the course certificate and a separate capstone project certificate.
Future scopeWhere this course
Where this course
takes you
The roles this opens, what they pay in Punjab and beyond, and who is hiring for them — drawn from published job-market listings on one comparable scale, not a brochure number.
Where SolidWorks 3D CAD Design and Mechanical Engineering Course graduates get hired
Course information
Ask about SolidWorks 3D CAD Design and Mechanical Engineering Course
Send your question and a counsellor will call you back about batch timings, fees, EMI options, placement record, or whether this course fits your degree.
- Free counselling and demo class
- Weekday, evening, weekend or 1-on-1, all 2-hour classes
- Internship letter and placement support
Get started today
Not sure if SolidWorks 3D CAD Design and Mechanical Engineering Course is the right fit?
One call with a counsellor is usually enough to find out. Book a free demo class and see the lab before you decide.