At Futures Canadian College, we believe in education that moves you forward

MasterCam

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

    MasterCam is a modular, hands-on training course designed to equip students with the skills required to program and operate CNC machines using one of the world’s leading CAD/CAM software platforms. Mastercam is widely used in manufacturing environments across automotive, aerospace, mold making, and general machining sectors for toolpath generation, machine simulation, and precise part production. 

    This program introduces students to core Mastercam functions, including geometry creation, toolpath programming, 2D and 3D milling operations, and post-processing for CNC machines. As students progress, they gain experience in setting up jobs, optimizing toolpaths, generating G-code, and simulating production runs—all essential for reducing errors, increasing machining efficiency, and producing high-quality components.

    Upon completion, graduates will be able to confidently translate mechanical part designs into CNC-ready programs, making them valuable assets in machine shops, design-to-manufacturing environments, and advanced manufacturing facilities. 

    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)
    • Prior experience with machining or CAD/CAM software recommended
    • Mechanical aptitude and computer literacy required

    Program Modules

    Module 1: Mastercam Interface & 2D Toolpaths (39.5 hours)

    • Introduction to Mastercam environment and workspace
    • Geometry creation and importing CAD models
    • 2D milling operations: contour, pocketing, drilling
    • Tool setup, selection, and basic post-processing

    Module 2: 3D Toolpaths & Surface Machining (39.5 hours)

    • 3D roughing and finishing strategies
    • Surface-based machining for complex geometry
    • High-speed toolpaths and multiaxis basics
    • Verification and simulation of 3D toolpaths

    Module 3: Lathe & Mill-Turn Operations (39.5 hours)

    • Programming for CNC lathes
    • Toolpath operations for turning, grooving, threading
    • Mill-turn introduction and hybrid machining setup
    • Material removal simulation and collision avoidance

    Module 4: Project Integration & Job Setup (39.5 hours)

    • Multi-part setup, fixturing, and work offsets
    • G-code generation, editing, and file management
    • Final project: Create and simulate a fully programmed CNC part
    • Portfolio development and production-ready documentation
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