Industrial Mechanic - Millwright (433A)
An Industrial Mechanic Millwright works on industrial machinery, mechanical equipment and components, including mechanical pneumatic, hydraulic, fuel, lubrication, cooling and exhaust systems, and pumps, fans, tanks, conveyors, presses, generators and pneumatic and hydraulic controls.
Training
The Industrial Mechanic - Millwright apprenticeship program consists of on-the-job and in-school training. The program typically takes four years to complete and consists of:
- 7,280 hours of on-the-job training and work experience
- 720 hours of in-school training
Red Seal Exam
At the completion of the in-school portion of the apprenticeship, graduates are given a week of preparation before they write the Red Seal exam for the trade.
Our students may write this exam at the College at the end of the training, or book a separate time to write the exam at the MLTSD office.
What does an Millwright do?
Millwrights play a crucial role in keeping factories, power plants, and other industrial facilities running smoothly by ensuring their machinery is in optimal condition.
They use tools such as lathes and milling machines and fabrication tools such as welders, breaks, presses, power threaders and punches.
Precision work requires Millwrights to use laser alignment equipment, dial indicators, micrometers, and precision and optical levels.
A variety of testing equipment is used by Millwrights including, vibration analysis and other techniques used in predictive and preventive maintenance.
Millwrights install, maintain,, and service compressed air, water, and exhaust ducting to robotics, pumps, presses, compressors, turbines, material-handling systems, gearboxes and other machinery.
Admission Requirements
To be eligible for this program, applicants must:
- Have a sponsor or employer and must be registered through the Ministry of Labour, Training & Skills Development
- Have a minimum Grade 12 high school education or equivalent
- Be at least 16 years of age
-or-
- Enter Apprenticeship Training through an Ontaion Youth Apprenticeship Program (OYAP) through a participating Ontario Secondary School
Application Process
This is an apprenticeship program and follows a different application process than regular post-secondary education programs. You cannot apply to this program through ontariocolleges.ca.
Applicants who are registered as an apprentice in a trade should receive a letter from the Ministry of Labour, Training & Skills Development inviting them to apply for schooling. All applications from that point will need their payment processed by the Office of the Registrar & Financial Aid Services at Lambton College.
If you are a registered apprentice and have not received a letter regarding apprenticeship school, please contact your local Ministry of Labour, Training & Skills Development office.
Robotics Lab
Welding Lab
Electronics Lab
Training Dates
The following training dates are for the 2024-2025 academic year for the Industrial Mechanic - Millwright apprenticeship.
- Basic (IMMB) Dates
- September 9, 2024 - November 1, 2024
- Intermediate (IMMI) Dates
- TBD
- Advanced (IMMA) Dates
- January 6, 2025 - March 7, 2025
Course List
Workshop Practice I
General Learning Outcomes To develop the apprentice's knowledge of safety legislation, lock-out and isolation procedures, protective clothing and equipment, confined space procedures, housekeeping rules, fire, electrical and chemical hazards. To develop the apprentice's knowledge and skill in the selection, safe use and care of the cutting and non-cutting tools used in the trade. To develop the apprentice's knowledge of units of measurement used in the trade, and skill in the use of measuring devices: Learning Outcomes and Content Upon successful completion, the apprentice is able to: 1.1.1 Apply all machinery and equipment lock-out and de-energizing procedures (mechanical, electrical, hydraulic and pneumatic) before commencing maintenance and overhaul procedures. 1.1.2 Demonstrate proper use and care of required safety clothing and equipment. 1.1.3 Comply with confined space safety procedures, including the use of the breathing apparatus prior to and while working. 1.1.4 Prevent fires by determining the potential for fire posed by the work performed. Obtain the required fire prevention and fire fighting equipment. 1.1.5 Report all hazards and accidents to co-workers and supervisory personnel, and complete all paper work in compliance with company procedures and government regulations. 1.1.6 Apply correct body mechanics when bending, lifting or moving heavy objects/equipment. 1.2.1 Correctly select, use and maintain non-cutting hand tools when installing and maintaining machinery to specifications, such as: .sockets .drifts .wrenches .screwdrivers .hammers .power jacks .plumb bob .tube and pipe benders .squares .torque wrenches .punches .pliers .pry bars .tapes .rules 1.2.2 Correctly select, use and maintain hand cutting tools when installing and maintaining machinery, or when manufacturing and shaping components to specifications, such as: .files .hacksaws .chisels .pliers (cutting) .twist drills .reamers .tapping chucks .taps and dies .tin snips .shears .powder actuated tools .nibblers .broaches .pipe cutters .power sanders .impact tools .power chippers .threading machines .grinders .magnetic base drills .power saws 1.3.1 Interpret imperial and metric linear scales. 1.3.2 Demonstrate the use of and interpret readings from the following devices: .rules .calipers .hole gauges .levels .combination sets .steel squares .micrometers .straight edge and feeler gauges .verniers .dial indicators .gauge blocks .sine bars .mechanical tachometers 1.3.3 Check accuracy, adjust to standard, maintain and store precision measuring devices. 1.3.4 Identify and select appropriate measuring device, and measure acute, obtuse and compound angles.
Workshop Technology I
This course aims to develop the student's understanding of machining operations, focusing on the principles of cutting and the relationship between speeds and feeds. By the end of the course, students will be able to read and apply chart information to determine feed, speed, and specifications for various machining tasks, and perform necessary metric and imperial conversions. They will learn to apply trade-specific calculations and formulas to ensure compliance with engineering drawings and manufacturing requirements during setup, layout, alignment, and machining processes. Emphasis is placed on understanding and adhering to safety procedures, selecting the right tools for the job, and executing tasks with precision and accuracy.
Machine Technology I
This course provides a comprehensive understanding of both ferrous and non-ferrous metals, including their properties, the effects of temperature, and basic heat treatment processes. It covers the characteristics of various metals and alloys, such as tensile strength, malleability, and hardness, and explains the purpose of alloying elements like carbon and silicon in steel. The course also explores non-metallic materials, including rubber and plastic, and details methods for heat-treating metals, annealing and tempering. Additionally, it addresses the types, applications, and qualities of different fasteners and the procedures for securing machinery using bolts and anchors. The course covers friction theory, lubrication terminology, the types and applications of various lubricants, including oils and greases, and how to read and interpret lubrication charts.
Rigging & Hoisting
This course is designed to equip students with comprehensive knowledge and practical skills related to safe lifting, hoisting, and machine-moving operations. Students will be able to understand and adhere to all relevant safety protocols for these activities. They will learn to plan and execute lifts by utilizing appropriate sling angles, load charts, and workload limits while assessing the characteristics of the loads being lifted. Students will learn about the selection, inspection, and maintenance of various hoisting and rigging equipment, including ropes, slings, chains, and scaffolding. Students will gain an understanding of the principles and operation of different types of hoisting equipment, such as hoists and cranes, and will learn to use international hand signals, overhead crane signals, and radio communications to ensure safe hoisting operations
Welding & Fabrication I
In this introductory course, students will acquire essential knowledge and skills related to welding and fabrication. The curriculum focuses on foundational objectives, including how to set up and operate oxy-fuel welding and cutting equipment, how to apply brazing and soldering techniques, how to set up and operate shielded metal arc welding (SMAW) applications and cutting, forming and shaping materials according to specifications. Students will apply theoretical knowledge to practical scenarios, adhering to safety guidelines set by the Canadian Standards Association (CSA) and Lambton College. This includes using personal protective equipment and understanding individual and team safety protocols.
Electrical & Electronic Controls I
This course is designed to equip students with fundamental knowledge of electrical and electronic theory. It covers essential topics such as the purpose and scope of electrical codes, safety precautions, and the dangers of electric shock. Students will learn about the roles and functions of key electrical safety components, including fuses, circuit breakers, lock-outs, and tag-out procedures. Additionally, it includes an introduction to the design and characteristics of series and parallel circuits, along with their respective calculations. Students will select and use various electrical instruments like ohmmeters, continuity testers, ammeters, voltmeters, multimeters, and meggers.
Drawings & Schematics I
This course aims to equip students with the skills to effectively draw, sketch, and understand engineering drawings and schematics including orthographic and multi-view projections, as well as auxiliary views of machine components. This course also covers the fundamental principles of geometric tolerancing and the interpretation of related symbols.
Workshop Practice II
General Learning Outcomes To develop the apprentice's knowledge of the function, component parts, holding devices, accessories, cutting tools, and machining operations on the milling machine/surface grinder To develop the apprentice's knowledge to select, install, and maintain friction/plain and anti-friction bearings, and static and dynamic seals and to be able to interpret ISO charts and bearing catalogues.
Machine Technology II
General Learning Outcomes: To develop the apprentice's knowledge of the different applications, maintenance and types of pumps, valves, piping and ancillary equipment To develop the apprentice's knowledge of the regulations, types, applications and maintenance of compressors and ancillary equipment
Welding & Fabrication II
In this intermediate course, students build their foundational knowledge, focusing on welding and fabrication practices. Students will learn how to interpret fabrication and engineered blueprint drawings (including welding symbols). They will continue to practice shielded metal arc welding (SMAW) venturing into 'out of position' techniques. They will explore semi-automatic welding methods, specifically gas metal arc (GMAW) or flux-cored arc welding (FCAW). Students will study the Canadian Standards Association (CSA) W47.1 and W59 codes, which define requirements for structural welding. Throughout their course, students will apply theoretical knowledge to practical scenarios, following both CSA guidelines and Lambton College's health and safety protocols. Emphasis will be on personal protective equipment and safe work practices, both individually and as part of a team.
Electrical & Electronic Controls II
General Learning Outcomes To develop the apprentice's basic knowledge concerning electric and electronic theory.
Drawing & Schematics II
General Learning Outcomes To develop the apprentice's ability to effectively use manufacturers' manuals, and to sketch and draw machine component parts, including sectional views.
Power Transmission
General Learning Outcomes To develop the apprentice's ability to identify, select and install the appropriate transmission system and/or components for a specific application.
Workshop Practice III
General Learning Outcomes To develop the apprentice's knowledge of the principles of applied mechanics and thermodynamics, as it pertains to the trade Industrial Mechanic (Millwright). To develop the apprentice's ability to set up and operate shop equipment and tools to produce component parts to prescribed tolerances and standards; to use all shop equipment to complete a specific work project. To develop the apprentice's knowledge about, and basic skill in, the use of precision measuring equipment as it pertains to machine installation and set up.
Machine Technology III
General Learning Outcomes To develop the apprentice's knowledge of the types and principles of operation of various material handling systems. To develop the apprentice's knowledge of the types, applications and maintenance procedures of prime movers and ancillary equipment. To develop the apprentice's knowledge concerning the function of fans and blowers. To develop the apprentice's knowledge of procedures, equipment used, and the benefits that accrue from a preventive and predictive maintenance program.
Welding & Fabrication III
In this advanced course, students build on their foundational knowledge, focusing on advanced objectives related to welding and fabrication. Continuing with their blueprint interpretation, students will further develop their ability to read fabrication and engineered blueprint drawings. They will explore the basics of gas tungsten arc welding (GTAW), commonly known as TIG (tungsten inert gas) welding. They will study and apply tools and machinery specific to the fabrication industry. They will apply their theoretical knowledge by cutting, forming, fabricating, and welding items with specified parameters. Throughout this course, students will adhere to CSA and Lambton College's health and safety guidelines, emphasizing personal protective equipment and safe work practices both individually and as part of a team.
Electrical & Electronic Controls III
General Learning Outcomes To develop the apprentice's basic knowledge of electric and electronic terminology, schematics and applications of Programmable Logic Controllers (PLC's).
Fluid Power
General Learning Outcomes To develop the apprentice's knowledge of the basic principles and applications of pneumatics and compressed air safety as it relates to pneumatic systems. To develop the apprentice's ability to identify, select and install pipe systems and valves for specific applications. To develop the apprentice's knowledge of basic hydraulic principles and the ability to perform pertinent hydraulic calculations, installations, maintenance and troubleshooting.
This Employment Ontario program is funded in part by the Government of Canada and the Government of Ontario.
Contact Us
Applied Science, Engineering Technology & Trades
519-479-2337