SOLIDWORKS Mechanical Course
Learn SOLIDWORKS from beginner to advanced level and master industrial product design, 3D modelling, assemblies, sheet metal design, surface modelling, drafting, and mechanical engineering workflows used in modern manufacturing industries.
Complete SOLIDWORKS Training
Beginner → Advanced Level Training
Course Overview
SOLIDWORKS is one of the most popular 3D CAD software used in product design, manufacturing industries, mechanical engineering, automotive industries, industrial design, and product development companies. This course is specially designed for students, diploma holders, mechanical engineers, and professionals who want to master industrial CAD workflows and modern product development techniques. The training covers sketching, parametric modelling, part design, assembly design, sheet metal design, surface modelling, drafting, and advanced engineering tools used in real industries. Students will learn how to create professional mechanical components, assemblies, production-ready engineering drawings, and complex industrial product models using SOLIDWORKS software. The course includes real-time projects, industrial workflows, practical exercises, and hands-on training to build strong design and modelling skills. By the end of the course, students will confidently handle real-world CAD projects and prepare themselves for careers in product design, manufacturing, and mechanical engineering industries.
Course Syllabus
Introduction to PDC & CAD/CAM/CAE
Parametric and Non-Parametric Modelling
Introduction to SOLIDWORKS
GUI of SOLIDWORKS
Software Navigation and Workspace Setup
Sketch Entities
Sketch Modifying Tools
Parametric Sketching
Geometric Relations
Dimensional Constraints
Creating Base Features
Creating Cut Features
Creating Reference Geometries
Curves in SOLIDWORKS
Advanced Modelling Tools
Advanced Fastening Features
Introduction to Assembly
Assembly Approaches
Applying Standard Mate
Applying Advanced Mate
Applying Mechanical Mates
Advanced Assembly Tools
Creating Base Flange
Edge Flange Creation
Tabs and Bend Features
Miter Flange Creation
Closed Corners and Hems
Jog Bends and Lofted Bends
Flat Pattern Development
Forming Tool Design
Creating Extruded Surface
Creating Revolved Surface
Swept Surface and Lofted Surface
Boundary and Planar Surfaces
Fill and Radiated Surfaces
Surface Trimming and Extensions
Surface Knitting and Filleting
Surface Thickening and Surface Cuts
Creating Drawing Sheets
Editing Sheet Format
Creating Different Views
Exploded View Drawings
Modifying Drawing Views
Adding Dimensions and Annotations
Ballooning and Bill of Materials
Exporting Drawings to PDF