SolidWorks

About the Course

The SolidWorks Course by SkillDzire teaches 3D CAD part and assembly modeling, surface and sheet metal design, motion and stress simulations, CAM workflows, and hands-on real-time industrial projects. Learn design for manufacturability and additive manufacturing with professional practices.

Master 3D modeling, assemblies, sheet metal, weldments & surfacing

Hands-on real-time projects simulating industry workflows

Learn simulation, motion, stress, CFD, and topology optimization

Industry-recognized SkillDzire certification & career guidance

Curriculum

Introduction & Interface

Overview of CAD Software (SolidWorks/Fusion 360/Creo/etc.)
User Interface & Navigation
Units, Templates & File Types

2D Sketching Tools

Sketch Planes & Constraints
Line, Arc, Circle, Rectangle, Polygon
Trim, Extend, Offset, Mirror, Patterns
Dimensioning & Relations

3D Part Modeling

Extrude, Revolve, Sweep, Loft
Fillet, Chamfer, Shell
Rib, Draft, Mirror Features
Parametric Modeling Concepts

Assembly Design

Bottom-up & Top-down Assemblies
Applying Mates & Constraints
Motion Study Basics
Interference & Collision Detection

Sheet Metal & Weldments

Sheet Metal Tools (Base Flange, Bend, Lofted Bends)
Weldment Profiles & Structural Members
Gussets, End Caps, and Cut Lists

Surface & Complex Shape Modeling

Surface Modeling Tools (Trim, Knit, Loft, Boundary)
Complex Curves & Blending
Repairing Imported Geometry

Drafting & Documentation

Creating 2D Views from 3D Models
Dimensions, Annotations & GD&T
BOM, Title Blocks, Revision Table

Rendering & Animation

Applying Materials & Appearances
Scene Setup & Lighting
Animating Assemblies

Simulation

Introduction to FEA Concepts
Static Analysis: Fixtures, Loads, Mesh
Interpreting Results (Stress, Deformation)
Optimization Studies

CAM & CNC Integration

Introduction to CAM
Toolpath Generation (2.5D & 3D)
Post Processing & G-code Export
Machine Simulation Basics

Standards & Best Practices

Design for Manufacturability (DFM)
Industry Drawing Standards (ISO, ANSI)
Revision Control & Data Management

Hands-On Real-Time Exposure Tasks

Parametric Design & Drafting of Industrial Components with GD&T Documentation
Motion Simulation of Automotive Suspension System in SolidWorks Motion
Advanced 3D Modelling with Surface, Loft, and Multibody Techniques
Design & Assembly of Gearbox with Motion & Stress Simulation
Sheet Metal Modelling with Weldments & Manufacturing-Ready Flat Patterns
Quick Return Mechanism – Kinematic Modelling & Optimization
Topology Optimization & Lightweighting of Automotive Components using SolidWorks Simulation
Design & CFD Simulation of a Heat Exchanger/EV Battery Cooling Plate
Reverse Engineering & 3D Scanning Integration with SolidWorks
Additive Manufacturing Workflow: Design for 3D Printing using SolidWorks

Download Full Curriculum (PDF)

Projects You Will Work On

Industrial Component Drafting

Parametric design with GD&T documentation for real-time industrial use.

Automotive Suspension Motion Study

Analyze kinematics & dynamics of suspension systems using SolidWorks Motion.

Gearbox Assembly Simulation

Design & assembly of gearbox with stress and motion simulation.

Student Testimonials

"The SolidWorks course gave me hands-on experience with assemblies and real-world industrial designs."

- Arjun Rao

"Learning motion studies and stress simulations boosted my confidence for mechanical design projects."

- Priya Sharma

"SkillDzire’s SolidWorks program helped me create a professional portfolio for internships and placements."

Learning Mode

Real-Time Projects

Expert Mentorship

Career Support