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CATIA

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 CATIA Certification Program is a modular training course designed for students and professionals aiming to enter advanced fields in product design, aerospace, automotive engineering, and complex mechanical system development. CATIA (Computer-Aided Three-dimensional Interactive Application), developed by Dassault Systèmes, is one of the most powerful and widely used 3D design platforms in high-performance industries.

    This course introduces students to the CATIA environment, focusing on 3D part modeling, surface design, assemblies, and drafting. Learners develop proficiency in parametric modeling, design intent, feature-based modeling, and simulation basics. As the program progresses, students will work on real-world design challenges, preparing them to meet the demands of modern engineering and manufacturing workflows.

    Upon completion, students will be capable of creating fully functional mechanical components and assemblies, ready for simulation, manufacturing, or integration into complex systems—an essential skill in industrial design, aerospace engineering, and automotive manufacturing.

    Admission Requirements

    • Ontario Secondary School Diploma (OSSD) or equivalent
    • Minimum age: 18 years
    • English language proficiency (CLB Level 6 or IELTS 5.5 or equivalent)
    • Basic understanding of mechanical systems or CAD software (recommended)
    • Prior experience with any 3D modeling platform is an asset

    Program Modules

    Module 1: CATIA Interface & 3D Part Design (39.5 hours)

    • Navigating the CATIA environment and workbenches
    • Creating sketches and parametric constraints
    • 3D part modeling with Pad, Pocket, Shaft, and Rib features
    • Editing features, history tree, and part modifications

    Module 2: Advanced Part Modeling & Surface Design (39.5 hours)

    • Working with advanced features: multi-body parts, fillets, chamfers
    • Wireframe and surface design workbench
    • Creating complex surfaces and blends
    • Best practices for surfacing in high-performance parts

    Module 3: Assemblies & Drafting (39.5 hours)

    • Creating assemblies and applying constraints
    • Managing assembly hierarchies and components
    • Generating 2D drawings and technical documentation
    • Dimensioning, section views, and title blocks

    Module 4: Simulation, Collaboration & Final Project (39.5 hours)

    • Intro to kinematics and part simulation
    • File management and collaboration features
    • Final project: Design, assemble, and document a mechanical system
    • Portfolio development and exam readiness