IMTT

Home > Programs > SolidWorks Certificate – Level 1 & Level 2

Course Overview

The SolidWorks Certificate Program at iMTT provides career-focused training in 3D CAD design through live online classes in small cohorts. Each course is instructor-led, ensuring interactive learning and direct support while you develop real-world design skills.

Level 1 introduces the foundations of SolidWorks, including part modelling, assemblies, and technical drawings. Level 2 advances into specialized topics such as weldments, sheet metal design, configurations, equations, gears, surface modelling, and motion studies.

This program equips learners with the technical knowledge and CAD expertise required to succeed in today’s competitive engineering and manufacturing environment.

What You Will Learn

Admission Requirements
Career Options
Others
  • Assistant Design Engineer
  • Junior Manufacturing Technologist
Comprehensive CAD Design Skills

From sketching and part modeling to sheet metal, surface modeling, and motion studies—gain full proficiency in SolidWorks for professional design work.

Career-Focused Design Training

Instructor-led online classes in small groups ensure personalized learning. Prepare for roles such as CAD drafter, mechanical design technician, or product designer.

program courses

Level 1 — SolidWorks Foundations (39 hours)

Introduction & Set-Up

units, environment, custom templates

Sketching & 3D Sketching

smart dimensioning; lines, circles, arcs, splines, polygons, text; trims; modify entities; patterns; relations

Features & Evaluate Tools

Extrude, Revolve, Sweep, Loft; Fillets & Chamfers; Feature Patterns; Ribs; Shell; Draft; Hole Wizard; reference geometry & curves

Assembly Modelling

assemble parts & mates; component patterns; positioning; assembly features; explode/collapse; animation

Drawings

custom A/B landscape sheets; views, scaling; dimensions; annotations/notes/symbols/tolerances; BOM & revision tables; balloons

Level 2 — SolidWorks Advanced Techniques (39 hours)

Weldments

Create structural frames with profiles and cut lists.

Sheet Metal

Design flanges, bends, and flat patterns for fabrication.

Configurations

Build multiple part and assembly variations in one file.

Global Variables & Equations

Control dimensions parametrically for design accuracy.

Gears

Model spur, helical, rack, worm screw, and worm gears (metric & imperial).

Surface Modelling

Design and edit complex freeform surfaces.

Basic Motion Study

Simulate and animate part and assembly movements.

Skip to content