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DLI No:0135634495162

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SolidWorks – Level 2 (Intermediate)

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 Certification Program – Level 2 is an intermediate-level training course that builds on foundational CAD skills and equips students with advanced modeling and design capabilities. This hands-on program is ideal for learners who have completed the Level 1 course and are ready to explore complex part creation, parametric modeling, advanced assemblies, and real-world simulation tools used in professional design environments.

    Students will work with sophisticated features like sweep, loft, design tables, configurations, surface modeling, and motion studies. The course includes extensive hands-on exercises and major assignments—such as building a full scissor lift mechanism—to deepen understanding and improve project planning skills. Students will also gain exposure to SolidWorks Simulation for structural analysis and rendering techniques to present polished designs.

    By the end of this program, students will have developed the technical fluency needed to create functional, efficient, and visually impressive 3D models. The course concludes with a final project and exam, preparing learners to progress toward advanced CAD design roles or SolidWorks professional certification.

    Admission Requirements

    • Completion of SolidWorks Certification Program – Level 1 (or equivalent experience)
    • Proficiency in basic 3D modeling and part/assembly creation
    • English language proficiency (CLB Level 6 or IELTS 5.5 or equivalent)
    • Interest in mechanical design, product development, or engineering

    Program Modules

    Module 1: Advanced Sketching & 3D Features (39.5 hours)

    • Working with splines, offset entities, and 3D sketches
    • Using advanced features: Sweep, Loft, Revolve
    • Sketch analysis and guide curves

    Module 2: Parametric Design & Configurations

    • Creating parametric models using equations
    • Linking configurations and design tables
    • Modeling bolts, brackets, and dynamic parts
    • Major Assignment 1: Scissor Lift Parts

    Module 3: Advanced Assemblies, Sheet Metal & Weldments

    • Applying advanced mates and managing large assemblies
    • Creating exploded views and optimizing performance
    • Complex sheet metal and weldment structures
    • Major Assignment 2: Scissor Lift Assembly

    Module 4: Simulation, Motion Study & Final Project

    • Introduction to Simulation for stress and thermal analysis
    • Creating animations and motion studies of assemblies
    • Rendering designs using Visualize
    • Final Project: Design and present a complete mechanical assembly
    • Final Exam 
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