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MITT Socials

Industrial Mechanic/Millwright

Area of study

Skilled Trades

Credential

Certificate

Program Length

1 Year | Full time

Program Overview

CIP Code: 47.0303

Through a mix of theory and hands-on learning, students develop a variety of machine shop skills—including operation of cut-off saws, drill presses, lathes, and milling machines—learn how to read blueprints, and use precision measuring and layout instruments.

Core Information

Area of Interest
Skilled Trades
Credential
Certificate
Program Length
1 Year | Full time (10 months)
Delivery
In-Classroom
Practicum
Yes, 4 weeks
Campus
Tuition
$6,085.00*
Intake Dates and Class Times
September 2026 (Days)
January 2027 (Days)

*Tuition is estimated and subject to change. It does not include additional fees, textbooks, or supply costs. For a total estimate, click here.

Program Highlights

  • Industry-Driven Curriculum: Covers essential skills in machinery installation, maintenance, and repair, including welding, hydraulics, pneumatics, and blueprint reading
  • Hands-On Learning: Provides practical training in MITT’s fully equipped workshops, using industry-standard tools and equipment
  • Career Readiness: Includes MITT’s Bridging to Work workshops, preparing students with essential employability and professional skills
  • Apprenticeship Credit: Recognized by Apprenticeship Manitoba as Level 1 Industrial Mechanic (Millwright) training
  • Work-Integrated Learning: Features a four-week practicum with local employers, allowing students to gain real-world experience
  • Pathway to In-Demand Trades Careers: Prepares graduates for roles such as millwright apprentice, maintenance technician, and industrial machinery mechanic
  • Workplace Safety and Compliance: Emphasizes safe work practices, precision measurement, and preventative maintenance to meet industry standards

Career Outcomes

  • Industrial Mechanic
  • Millwright
  • Equipment Operator
  • CWB (Canadian Welding Bureau) Welder
  • Internal Combustion Specialist
  • Gas Turbine Engine Specialist
  • Hydraulic Specialist
  • Machining Equipment Specialist
  • Compressor Maintenance Technician
  • Pump Maintenance Technician
  • Parts Sales Representative

Entry Requirements

    2026-2027

    Manitoba high school diploma (or expected completion within 45 days of the program start date), or equivalent, including:

    • Credit in 40S Mathematics
    • Credit in 40S English Language Arts

    Mature Student eligibility and requirements for this program can be found on our Mature Students page.

    Additional Requirements

    Visit Admission Requirements to learn more

    Tuition and Fees

    Estimated Program Costs
    Tuition $6,085
    Fees $725
    Estimated Textbook Costs $700
    Total Estimated Program Costs $7,510.00

    Costs are estimates and are subject to change. Visit Tuition and Fees and Program Information for more information.

    Frequently Asked Questions

    This program is primarily taught in person during full-day sessions, with less than 10% of course content delivered online.

    This program runs for 10 consecutive months, excluding student success weeks and holidays. See the Academic Schedule for details.

    Textbooks and Supplies 

    A complete supply list and textbook information can be found on the Program Information page.  

    Laptop Requirements 

    Students must bring a Tier 1 laptop for this program. More information and technical specifications are available on the Laptop and Technical Needs page.

    Yes. The program includes a mandatory four-week work practicum, giving students the opportunity to:

    • Apply classroom skills in a real-world industrial setting
    • Gain hands-on experience under industry supervision
    • Make professional connections in the skilled trades field

    What are the practicum eligibility requirements?
    To qualify for practicum placement, students must:

    • Meet all program-specific eligibility criteria
    • Hold a valid co-op work permit

    Please note: While MITT works to secure placements, they are not guaranteed. If placements are unavailable or a student is ineligible, MITT will provide alternative program completion options.

    Yes. Graduates may receive Level 1 technical training credit and 800 hours toward the Industrial Mechanic/Millwright Apprenticeship through Apprenticeship Manitoba, if they:

    • Achieve a minimum 70 per cent average in trade-specific courses
    • Gain employment in the field
    • Register as an apprentice within two years of graduation

    Yes, we offer campus tours. Explore our Campus Tour options.

    Yes, financial aid may be available to those who qualify. Explore financial aid options.

    Take Your First Step Towards Success

    Learn more about this program

    Fill out this form, and one of our helpful recruitment experts will contact you to discuss your goals, answer your questions, and guide you through the next steps.

    Pick up where you left off!

    Continue your journey toward a rewarding career.

    Industrial Mechanic/Millwright

    All Courses

    Millwright Safety and Orientation (IMM-400) — 42 hours

    This course introduces students to industry health and safety standards while providing insight into the millwright trade. Students will learn essential safety protocols and effective communication methods relevant to the field.

    Tools and Fasteners (IMM-410) — 84 hours

    Students will develop the skills to safely and effectively use hand and power tools commonly used in the millwright trade. The course also covers measurement techniques and precision measuring devices.

    Prints, Drawings, and Schematics (IMM-420) — 42 hours

    This course introduces basic print terminology and principles. Students will learn how to extract key information from technical drawings, communicate findings, and develop basic sketching techniques.

    Mathematics for Millwrights (IMM-430) — 42 hours

    Students will explore mathematical concepts used in the millwright trade, including ratios, proportions, and applied calculations essential for industrial mechanics.

    Rigging, Lifting, and Access Equipment (IMM-440) — 42 hours

    This course covers the safe operation of various lifting and access equipment. Students will learn best practices for rigging and working with heavy machinery.

    Welding 1 and Metallurgy (Theory) (IMM-450) — 42 hours

    This course covers the principles of oxy-fuel equipment operation for brazing, soldering, cutting, and welding applications.

    Welding 1 and Metallurgy (Lab) (IMM-460) — 63 hours

    Students will apply their knowledge of welding techniques in a hands-on lab setting, practicing oxy-fuel welding, cutting, brazing, and soldering.

    Lathes and Mills (Theory) (IMM-470) — 42 hours

    This course introduces students to the operation and maintenance of lathes, mills, and drills, providing a foundation in machining principles.

    Lathes and Mills (Lab) (IMM-480) — 84 hours

    In this lab course, students gain hands-on experience using lathes, mills, and drills, applying techniques learned in the theory component.

    Welding 2 and Metallurgy (Theory) (IMM-500) — 42 hours

    This course covers Shielded Metal Arc Welding (SMAW), Gas Metal Arc Welding (GMAW), and Gas Tungsten Arc Welding (GTAW), focusing on equipment operation and maintenance.

    Welding 2 and Metallurgy (Lab) (IMM-510) — 84 hours

    Students apply welding techniques from Welding 2 (Theory) in a lab environment, with a primary focus on SMAW applications.

    Alignment (IMM-520) — 63 hours

    This course teaches students how to use, maintain, and troubleshoot alignment equipment for industrial machinery.

    Millwright Capstone Project (IMM-530) — 84 hours

    Students will complete a final project demonstrating the knowledge and skills acquired throughout the program. The capstone project integrates multiple competencies from various millwright courses.

    Industrial Maintenance Technician Work Practicum (IMM-540) — 160 hours

    This unpaid, work-integrated learning experience provides students with hands-on industry exposure. Under the supervision of industry professionals, students will apply their technical skills in real-world settings to enhance job readiness and employability.
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