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SolidWorks

At Futures Canadian College, we believe in education that moves you forward—equipping you with real-world skills, personalized support, and the confidence to thrive in a changing world.

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    Program Overview

    The SolidWorks – Level 1 Program is a hands-on, modular training course designed to introduce students to the fundamentals of 3D computer-aided design (CAD) using SolidWorks. Ideal for aspiring designers, engineers, and technicians, this course builds a strong foundation in digital modeling for manufacturing, product development, and mechanical design.

    Students begin with the interface and core 2D sketching tools, then progress to creating 3D parts using extrude, cut, loft, and pattern features. The program also introduces advanced capabilities including assemblies, sheet metal design, weldments, and basic surface modeling. Through guided exercises, major assignments, and a final project, learners will gain practical experience and technical confidence.

    This course also prepares students to pursue industry-recognized SolidWorks certifications and apply 3D modeling skills across a variety of fields including engineering, product design, and industrial fabrication.

    Admission Requirements

    • No formal prerequisites required
    • Interest in design, engineering, or 3D modeling
    • Basic computer proficiency
    • English language proficiency (CLB Level 6 or IELTS 5.5 or equivalent)

    Program Modules

    Module 1: SolidWorks Interface & 2D Sketching (39.5 hours)

    • Navigating the interface and design tree
    • Creating and dimensioning basic sketches
    • File management and sketch editing
    • Introductory part modeling exercises

    Module 2: 3D Features and Part Design

    • Using extrude, revolve, sweep, loft, fillet, and chamfer features
    • Working with multiple planes and reference geometry
    • Flex features and detailed modifications
    • Major Assignment 1: Create and submit a 3D part

    Module 3: Assemblies, Sheet Metal, and Weldments

    • Creating assemblies, applying mates, and using subassemblies
    • Working with exploded views and constraints
    • Introduction to sheet metal tools and weldment features
    • Major Assignment 2: Build and submit a complete assembly

    Module 4: Surface Modeling, Drawings & Final Project

    • Creating and manipulating surface models
    • Generating 2D drawings from 3D parts
    • Adding dimensions, annotations, and bills of materials (BOM)
    • Final exam and Major Assignment 3: Drawing file submission
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