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Industrial Mechanic (Millwright) - Apprenticeship

Kingston Campus | Program Code: 0185/0186/0187
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Overview

The Industrial Mechanic (Millwright) programs offered at St. Lawrence College include the in-school training of the Industrial Mechanic (Millwright) Apprenticeship as defined by the Ministry of Labour, Immigration, Training, and Skills Development.

The Industrial Mechanic (Millwright) Apprenticeship Program also covers the theory and techniques required for the apprentice to repair and maintain industrial equipment. Skills that are developed include machining, welding, installation of new component parts as well as troubleshooting and repair of existing machinery.

Level 1 Apprenticeship Program Code 0185
Level 2 Apprenticeship Program Code 0186
Level 3 Apprenticeship Program Code 0187

Program Length is 34 weeks with one 7-hour day per week in school for each of the three levels of study (basic, intermediate, and advanced). The apprentice will work on the job for the other 4 days per week.

This program is funded in part by the Ministry of Labour, Immigration, Training, and Skills Development.

Learn more about Apprenticeships in Ontario. For start dates, contact the Employment Ontario apprenticeship office in your area.

Program Details

Code 0185/0186/0187
Start Date September 2025
Credential Statement of Achievement/College Certificate
Campus Kingston
Program Length 9-11 week blocks
Delivery Apprenticeship
For start dates, contact the Employment Ontario apprenticeship office in your area.

Program Outline

2024-2025

This course will allow the apprentice the opportunity to learn machine shop theory and practice at the basic level. The student will obtain practical and theoretical skills related to hand tools, measuring instruments, layout tools, cutting tools, engine lathe, milling machines, surface grinders as well as the safety rules that are applicable to each. The student will be evaluated by completed individual projects related to the learning outcomes as listed below.
This course will allow the apprentice the opportunity to learn machine shop theory and practice at the level. The student will obtain practical and theoretical skills related to hand tools, measuring instruments, layout tools, cutting tools, engine lathe, milling machines, surface grinders as well as the safety rules that are applicable to each. The student will be evaluated by completed individual projects related to the learning outcomes as listed below.
This course will allow the apprentice the opportunity to learn machine shop theory and practice at the basic level. The student will obtain practical and theoretical skills related to hand tools, measuring instruments, layout tools, cutting tools, engine lathe, milling machines, surface grinders as well as the safety rules that are applicable to each. The student will be evaluated by completed individual module tests related to the learning outcomes as listed below

This course will allow the apprentice the opportunity to calculate safety factors used in rigging and hoisting procedures and the respective practical applications.

To develop in the apprentice the knowledge and ability to read welding drawings, apply safety rules, layout, measure, cut, tack, weld and assemble metal and other components to specifications.
This course will outline the concepts of basic electricity and electronics to thestudent. It will include electrical safety, codes and basic electrical circuits.
This course will enable the apprentice to read and interpret engineering drawings in order to determine layout procedures, machining sequences and checking operations.
This course is designed to prepare a Millwright apprentice to solve trade related problems, with particular applications in measurement and proportion

This course will allow the apprentice the opportunity to learn machine shop theory and practice at the intermediate level. The student will obtain practical and theoretical skills related to machining operations and the selection of various beannas and seals.
This course will allow the apprentice the opportunity to learn machine shop theoryand practice at the intermediate level. The student will obtain practical andtheoretical skills related to transmissions systems, compressors, pumps, valving,piping systems, as well as bearings and seals. The student will be evaluatedby completed individual module tests related to the learning outcomes as listedbelow.
To develop in the student knowledge and additional skills in welding practice and techniques.
In this course the students further develop their electrical and electronicknowledge.
In this course the students develop the ability to effectively use manufacturers' manuals and to sketch and draw machine component parts.
In this course the students identify, select and install the appropriate transmission system and/or components for a specific application.
This course will assist the apprentice in performing calculations and functions to determine plane geometric and trigonometric problems, identifying Pythagoras' Theorem, geometric forms of circles and to correctly convert drawing dimensions from Imperial to Metric (SI) and from Metric to Imperial.

This course will allow the apprentice to develop knowledge of the principles of applied mechanics and thermodynamics as it pertains to the trade Industrial Mechanic (Millwright). We will also develop apprentices knowledge of the basic skills in the use of precision measuring equipment as it pertains to machineinstallation and set-up.
In this course the students develop knowledge of the types and principles of operation of various material handling systems, prime movers, fans and blowers. The apprentice will gain knowledge of procedures, equipment used, and the benefits that accrue from a preventive and predictive maintenance program.
To develop in the apprentice the knowledge and ability to read welding drawings, apply safety rules, layout, measure, cut, tack, weld and assemble metal and other components to specification.
In this course the students develop a basic knowledge of electric and electronic terminology, schematics and applications of Programmable Logic Controllers (PLC's)
In this course the student will learn trade specific applications as they relate to hydraulics and pneumatics.Typical hydraulic and pneumatic systems found in industrial applications are highlighted. Students will receive a basic introduction to hydraulic and pneumatic principles; components, symbols and applications. You will practice the safety regulations as prescribed by OHSA (Occupational Health and Safety Act) and youwill learn to appreciate the critical aspect of maintaining superior cleanliness of hydraulic equipment and systems.

Requirements

Admission Requirements

The apprentice must be: 

Kingston

Our Kingston campus has seen significant renovation over the past few years, including a brand new Student Life and Innovation Centre that houses a new gymnasium, fitness centre, pub, and more.

Kingston Campus

Program Contacts

Program Contact

Aidan Wornes
awornes@sl.on.ca
613.544.5400 ext. 1461

Admissions Information

If you have received an Offer of Classroom Training from the MLITSD, Contact apprenticeship@sl.on.ca for the apprenticeship seat acceptance form. Seats fill quickly due to limited space, and are offered on a first-come first-served basis.

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