SolidWorks – 3D CAD Design Course in chennai

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SOLIDWORKS – 3D CAD & Product Design Course in Chennai

Master mechanical design, 3D modeling, and product development with Edubrights’ SOLIDWORKS – 3D CAD & Product Design training in Chennai. This course is designed for students, freshers, mechanical engineers, product designers, manufacturing professionals, CAD enthusiasts, and working professionals who want to create innovative products and engineering designs using industry-leading CAD software.

Gain hands-on experience with 3D part modeling, assemblies, engineering drawings, product visualization, design validation, manufacturing workflows, and real-world product design projects through practical industry use cases.

Key Highlights:

✅ Real-Time Product Design Projects & Engineering Use Cases

✅ Live Instructor-Led Training by Experienced CAD & Design Experts

✅ Hands-On Practice with SOLIDWORKS 3D CAD Software

✅ 3D Part Modeling & Parametric Design Techniques

✅ Assembly Design, Constraints & Product Structure Management

✅ Engineering Drawings, Drafting & Documentation Standards

✅ Sheet Metal Design, Weldments & Manufacturing-Oriented Modeling

✅ Product Visualization, Rendering & Design Presentation Techniques

✅ Design Validation, Simulation Concepts & Performance Analysis

✅ Mechanical Design Standards & Product Development Workflows

✅ CAD Data Management & Collaboration Best Practices

✅ Industry-Oriented Design Projects & Portfolio Development

✅ Resume Building & Mock Interview Preparation

✅ Career Guidance, Placement Assistance & Certification Support

✅ Flexible Online, Classroom & Weekend Training Options

✅ Corporate Training for Engineering, Design & Manufacturing Teams

Build practical SOLIDWORKS expertise, create professional engineering designs, and become industry-ready for careers in Mechanical Design, Product Development, CAD Engineering, Manufacturing Design, and Industrial Product Design.

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₹30000

₹35000

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Case Studies and Projects

Hours of Training

20+

Placement Assurance

100%

Expert Support

Yes

Support & Access

Lifetime

Certification

Yes

Skill Level

All

Language

All

Course Objectives

1. What makes SOLIDWORKS essential for modern product design industries?

This training introduces learners to professional 3D product modeling using SOLIDWORKS. Students explore how industries create machine components, mechanical assemblies, industrial products, and engineering drawings digitally before manufacturing begins. The course focuses on practical design workflows followed in manufacturing and engineering sectors.

2. How does this course help build practical mechanical design expertise?

Learners gain experience in creating 3D parts, assembly structures, sheet metal components, and production-ready technical drawings. The program also develops visualization and engineering problem-solving abilities required for product development environments. It improves confidence in handling industrial CAD projects.

3. Why is 3D CAD design important in manufacturing and engineering?

Industries depend on digital product modeling to reduce production errors, improve design accuracy, and accelerate manufacturing processes. This course explains how CAD tools help engineers simulate, analyze, and optimize designs before physical production. Learners understand the role of digital engineering in modern industries.

4. How does the course prepare students for industrial product development?

Students learn how to convert design ideas into fully structured 3D models with dimensions, assemblies, and production documentation. The training introduces real engineering design standards and modeling practices used in industrial product design projects.

5. How can SOLIDWORKS improve product development efficiency?

The course explains how digital modeling reduces material waste, improves collaboration between teams, and speeds up product design cycles. Learners understand how companies use CAD tools to streamline manufacturing and engineering operations.

6. Which engineering design concepts are included in the course?

Learners will work with 3D sketching, parametric modeling, assembly creation, motion concepts, sheet metal design, surface modeling, drafting standards, BOM generation, rendering basics, and design validation techniques. The course introduces workflows used in industrial CAD environments.

Popular Techniques Covered in This Course

1. 3D Part Modeling

2. Parametric Design Techniques

3. Assembly Creation

4. Engineering Drafting

5. Sheet Metal Design

6. Surface Modeling

7. Product Visualization

8. Mechanical Component Design

9. CAD Documentation Standards

10. Industrial Product Development

Get Hands-on Knowledge about Real-Time Projects

Project 1

1. Industrial Conveyor System Design Model

Create a complete 3D conveyor assembly with rollers, support structures, and motion-ready components used in manufacturing plants. This project helps learners understand industrial mechanical assembly workflows.

Project 2

2. Automotive Suspension Component Development

Design suspension system components with detailed dimensions, assemblies, and engineering drawings suitable for automobile manufacturing applications. The project introduces practical automotive product modeling concepts.

Project 3

3. Sheet Metal Storage Cabinet Engineering Project

Develop a fabrication-ready sheet metal cabinet with bends, cut-outs, and assembly structures using industrial drafting standards. This project improves understanding of sheet metal product development techniques.

Project 4

4. Consumer Product Prototype & Rendering Solution

Build a 3D consumer product prototype with realistic visualization, exploded assembly views, and presentation-ready rendering outputs. The project demonstrates product visualization and presentation workflows.

Project 5

5. Mechanical Gearbox Assembly & Documentation Framework

Create a complete gearbox mechanism including shafts, gears, housing structures, and production documentation for industrial engineering applications. This project helps learners understand mechanical product design and assembly management practices.

Key Features

Edubrights offers SOLIDWORKS – 3D CAD & PRODUCT DESIGN Training in virtual mode with expert trainers. Here are the key features,

40 Hours Course Duration

100% Job Oriented Training

Industry Expert Faculties

Free Demo Class Available

Completed 500+ Batches

Certification Guidance

Curriculum

Module 1: Introduction to SolidWorks

SolidWorks overview: parametric 3D CAD for mechanical and product design
Interface layout: CommandManager, FeatureManager, and PropertyManager
SolidWorks file types: parts, assemblies, and drawings
Setting document properties, units, and templates

Module 2: Sketch Fundamentals

2D sketch tools: lines, rectangles, circles, arcs, and splines
Sketch relations: coincident, parallel, perpendicular, and tangent
Smart dimensions and fully defined sketches
Best practices for robust parametric sketch design

Module 3: Part Modelling – Base Features

Extruded Boss/Base and Extruded Cut operations
Revolved Boss/Base and Revolved Cut features
Swept Boss and Lofted Boss feature creation
Draft, shell, and rib feature application

Module 4: Part Modelling – Advanced Features

Fillet and chamfer: constant, variable, and face fillet types
Hole Wizard: standard holes, counterbore, and countersink
Linear and circular patterns for repetitive features
Mirror feature and reference geometry creation

Module 5: Assembly Design

Bottom-up assembly creation and component insertion
Mate types: coincident, concentric, distance, and angle
Assembly motion simulation and interference detection
Exploded views and bill of materials generation

Module 6: Engineering Drawings

Drawing template setup and sheet format customisation
Standard views: front, top, side, isometric, and section views
Detail views, broken views, and crop views
GD&T annotations, surface finish symbols, and weld symbols

Module 7: SolidWorks Simulation Basics

Introduction to FEA: stress, strain, and displacement concepts
Setting up a static simulation study in SolidWorks
Applying fixtures, loads, and mesh configuration
Interpreting simulation results and design optimisation

Module 8: Capstone Project and Assessment

Complete mechanical component design from sketch to drawing
Assembly design project with motion and interference analysis
Engineering drawing package creation and review
Final assessment and course certification

Receive Training From Our Skilled and Effective Trainers

Experience in the Industry Gain expertise from Certified SolidWorks Professionals (CSWP) who have designed mechanical components, industrial equipment, and consumer products for manufacturing, automotive, and aerospace industries.

Backgrounds at the Top Our SolidWorks trainers have delivered product design and engineering projects at leading manufacturing companies, design bureaus, and engineering consultancies across India and internationally.

Clear & Effective Teaching SolidWorks sketching, part modelling, assembly design, engineering drawings, and simulation basics are taught progressively with real mechanical design scenarios and hands-on practice at every module.

Hands-On Learning Focus Students design complete mechanical parts, build multi-component assemblies, generate engineering drawing packages, and run basic simulation studies through project-based exercises.

Up-to-Date Knowledge Trainers stay current with the latest SolidWorks releases, 3DEXPERIENCE platform integration, cloud collaboration features, and SolidWorks Simulation and CAM add-in updates.

You will succeed with our recognized certification

Our institution offers a recognized SOLIDWORKS – 3D CAD & PRODUCT DESIGN certification that validates your ability to design and prototype professional user interfaces efficiently. This certification enhances your design portfolio and prepares you for collaborative projects in real-world environments. Gain practical skills through hands-on training and assessments.

Course FAQs

1. What is SOLIDWORKS used for?

SOLIDWORKS is used for creating 3D mechanical designs, engineering drawings, industrial assemblies, and product development models. It is widely used in manufacturing, automotive, industrial equipment, and engineering design industries.

2. Who can enroll in this SOLIDWORKS course?

This course is suitable for engineering students, diploma holders, mechanical engineers, product designers, manufacturing professionals, CAD operators, and freshers interested in industrial product design careers.

3. Is SOLIDWORKS easy for beginners to learn?

Yes, the course begins with basic CAD operations and gradually introduces advanced modeling techniques. Step-by-step practical exercises help beginners understand industrial design workflows more comfortably.

4. Do I need prior CAD experience before joining?

No previous CAD experience is mandatory. The training is structured to help both beginners and professionals understand 3D modeling concepts from the foundation level onward.

5. What educational background is recommended for this course?

Students from mechanical, automobile, production, industrial, or manufacturing-related backgrounds can benefit greatly from this course. However, anyone interested in CAD and engineering design can also join.

6. Does the training include practical product modeling sessions?

Yes, learners work on machine parts, industrial assemblies, sheet metal structures, engineering drawings, and production-oriented CAD projects. These exercises help students gain hands-on industrial design exposure.

7. Which industries hire SOLIDWORKS professionals?

Industries such as automotive, aerospace, industrial machinery, consumer products, manufacturing, fabrication, robotics, and engineering consulting firms use SOLIDWORKS for product design and mechanical development.

8. What advantages does SOLIDWORKS provide in product design?

SOLIDWORKS helps engineers create accurate digital prototypes, reduce development errors, improve product quality, and optimize manufacturing workflows before physical production begins.

9. Can freshers build careers after learning SOLIDWORKS?

Yes, freshers can pursue opportunities in CAD drafting, mechanical design, product modeling, production support, and engineering design assistance after gaining practical SOLIDWORKS experience.

10. How does SOLIDWORKS help during manufacturing processes?

The software allows manufacturers to generate detailed technical drawings, assembly instructions, and precise dimensions that improve production accuracy and reduce operational delays.