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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 GD&T is a specialized training course developed to help engineers effectively apply Geometric Dimensioning and Tolerancing (GD&T) in product design and development. Based on the ASME Y14.5 standard, the course bridges the gap between engineering intent and manufacturing execution—ensuring that functional requirements are clearly communicated and achievable within specified tolerances.

    This program focuses on the strategic application of GD&T in part and assembly design, helping engineers optimize for manufacturability, inspection, and cost-efficiency. Students will learn to define design constraints with clarity, improve drawing communication, reduce ambiguity, and prevent downstream manufacturing errors.

    Engineers and designers completing this course will be equipped to lead projects with stronger cross-functional collaboration, higher design precision, and reduced rework—making them invaluable contributors to any engineering or R&D team.

    Admission Requirements

    • Degree or diploma in Mechanical, Industrial, or Design Engineering
    • English language proficiency (CLB Level 6 or IELTS 5.5 or equivalent)
    • Proficiency in CAD software and engineering drawings required
    • Professional experience in design or product development is recommended

    Program Modules

    Module 1: GD&T Fundamentals for Design Intent (39.5 hours)

    • Understanding ASME Y14.5 and GD&T purpose in design
    • Functional vs. manufacturing tolerances
    • Feature control frames, symbols, and drawing structure
    • The relationship between design features and tolerancing decisions

    Module 2: Datum Reference Frames & Control Strategy (39.5 hours)

    • Establishing functional datums based on design use
    • Proper sequence and selection of datums for stability and inspection
    • Tolerance zone interpretation and modifier use
    • Real-world case studies in functional design tolerancing

    Module 3: Complex Features & Assembly Considerations (39.5 hours)

    • Profile tolerances for non-rectilinear shapes
    • Position tolerance in critical assemblies
    • Clearance vs. interference fits and stack-up analysis
    • Designing with inspection and measurement methods in mind

    Module 4: Design Validation, Quality, & Final Project (39.5 hours)

    • Cross-team communication of tolerancing strategy
    • CMM and inspection feedback integration into design revisions
    • Final project: Design a part or assembly using full GD&T annotations
    • Portfolio and drawing presentation for peer review
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