Program Overview

Mechanical Technician Program

Overview

The Mechanical Technician program is designed to provide students with the knowledge and skills required to pursue a career as a Mechanical Technician or to complete an apprenticeship as a Millwright (Industrial Mechanic), Machinist, CNC Operator/Programmer, Welder, or other Mechanical Technician-related apprenticeship. Upon completion of this program, graduates will receive an Ontario College Diploma as a Mechanical Technician.

Graduates of the program perform various duties, including:

• Reading blueprints, diagrams, and schematic drawings to determine work procedures.
• Installing, aligning, dismantling, maintaining, repairing, and moving stationary industrial machinery and mechanical equipment.
• Building or maintaining automation work-cells or production lines.
• Adjusting and maintaining machinery and repairing or replacing defective parts.
• Inspecting and examining machinery and equipment to detect and investigate irregularities and malfunctions.
• Installing, troubleshooting, and maintaining power transmission, vacuum, hydraulic, and pneumatic systems.
• Operating machine tools such as lathes, mills, and grinders to fabricate parts.
• Programming and/or operating CNC milling machines and lathes for the production of complex components.
• Using precise measurement tools (metrology) to inspect and maintain quality control of manufactured or repaired parts.
• Performing welding operations in the manufacture or repair of machinery, parts, or manufactured components.

Program Details

• Program Code: 0507
• CIP Code: 48.0501
• Start Date: January 2027, September 2026
• Credential: Ontario College Diploma
• Campus: Kingston
• Program Length: 2 Years
• Delivery: Full-Time
• Open for International Students: Yes

Program Highlights

Graduates will have completed all levels of in-school training required for the Industrial Mechanic (Millwright) Apprenticeship program, which is highly attractive to employers who may wish to register graduates in an apprenticeship program.

Program Outline

Semester 1

• MECT 101 - Mechanical Theory 1
  Introduces metrology, machining, and handtool theory, providing a foundation for developing machining skills.
• MECT 102 - Welding and Fabrication 1
  Develops basic welding skills necessary for joining metals, focusing on oxyacetylene and arc welding techniques.
• MECT 103 - Technical Drawing
  Covers concepts and techniques for producing mechanical drawings using various methods including CAD.
• MECT 106 - Basic Technical Math
  Reviews elementary mathematical concepts, introducing algebra, geometry, and trigonometry applications.
• MECT 109 - Machining Skills 1
  Applies machine shop theory and practice skills at an introductory level.
• MECT 110 - Occupational Health and Safety
  Introduces students to safety regulations and practices within the manufacturing industry.
• GENE 60 - Topics in the Contemporary Workplace
  Examines the evolving workplace, incorporating discussions on employment equity, health and safety, and unionization.

Semester 2

• MECT 201 - Mechanical Theory 2
  Intermediate-level Maintenance theory, covering machine tools and power transmission systems.
  Prerequisite: MECT 101
• MECT 202 - Welding and Fabrication 2
  Expands knowledge and skills in welding practices.
  Prerequisite: MECT 102
• MECT 204 - Computer Aided Design
  Focuses on producing mechanical drawings and understanding materials and manufacturing processes.
  Prerequisite: MECT 103
• MECT 207 - Computer Numeric Control 1
  Introduces programming for CNC lathes and mills.
  Prerequisite: MECT 103
• MECT 208 - Mechanical Drive Systems
  Applies mechanical drive theory and practice skills.
• MECT 209 - Machining Skills 2
  Intermediate application of machine shop theory and skills.
  Prerequisite: MECT 109
• MECT 402 - Physics for Technicians
  Provides foundational knowledge in basic physics relevant to engineering.
  Prerequisite: MECT 106

Semester 3

• MECT 203 - Basic Electricity
  Outlines basic concepts of electricity and electronics.
• MECT 306 - Fluid Power 1
  Highlights trade-specific applications related to hydraulic and pneumatic systems.
• MECT 307 - Quality Control and Assurance
  Introduces quality control concepts and procedures, including ISO standards.
• MECT 401 - Mechanical Theory 3
  Advanced maintenance theory and practical skills.
  Prerequisite: MECT 201
• MECT 403 - Computer Aided Design and Manufacturing
  Discusses engineering principles in mechanical drawings and mechanisms.
  Prerequisite: MECT 204
• MECT 404 - Computer Numerical Control 2
  Continues CNC machining programming and execution.
  Prerequisite: MECT 207
• MECT 409 - Machining Skills 3
  Advanced practice of machine shop skills.
  Prerequisite: MECT 209
• GENE Online - General Education Online

Semester 4

• MECT 206 - Technical Writing
  Develops skills for creating reports and instructions relevant to the technician field.
  Prerequisite: MECT 105
• MECT 406 - Fluid Power 2
  Continues to expand knowledge of hydraulic and pneumatic systems.
  Prerequisite: MECT 306
• MECT 500 - Advanced Electricity
  Expands knowledge of electrical devices and introduces Programmable Logic Controllers.
  Prerequisite: MECT 203
• MECT 501 - Mechanical Theory 4
  Advanced theory and practical skills in machine tools and precision measuring.
  Prerequisite: MECT 401
• MECT 503 - Welding and Fabrication 3
  Develops advanced welding abilities, including reading specifications and layouts.
  Prerequisite: MECT 202
• MECT 504 - Design Project and Report
  Teaches the skills necessary to design a complete mechanical project.
  Prerequisite: MECT 403
• MECT 505 - Manufacturing for Technicians
  Enhances understanding of manufacturing processes and quality control methods.
  Prerequisite: MECT 401 + MECT 409
• MECT 509 - Machine Disassembly and Reassembly
  Focuses on diagnosing and reassembling mechanical components.
  Prerequisite: MECT 409
• GENE - General Education Course

Requirements

Admission Requirements

Applicants must hold an Ontario Secondary School Diploma (OSSD) or an equivalent, which includes:

• Grade 12 English at the C or U level
• Grade 11 Math at the C, U, or M level

For OSSD equivalency options, consult the admissions details provided by the college.

Fees

Canadian Students

• Tuition: $3,428.06 CAD
• Program Fees: $30.00 CAD
• Ancillary Fees: $1,626.89 CAD
• Total: $5,084.95 CAD

International Students

• Tuition: $17,427.60 CAD
• Program Fees: $30.00 CAD
• Ancillary Fees: $2,389.26 CAD
• Total: $19,846.86 CAD

Career Opportunities

Graduates of this program will work in various automated manufacturing facilities and may perform duties such as:

• Assisting in preparing conventional and computer-assisted designs, drawings, and specifications.
• Conducting mechanical tests and analyses of machines, components, and materials.
• Assisting in inspecting mechanical installations and construction projects.
• Performing Quality Control inspections as a Metrologist.
• Participating in the installation, repair, and maintenance of machinery and equipment.
• Programming and/or operating manufacturing equipment such as CNC Milling Machines and Lathes.
• Fabricating and welding components.
• Building and maintaining automation work-cells or production lines.

Other Information

Additional Costs:

• Students are required to supply their own CSA-certified footwear and safety glasses.
• Purchase of the Millwright Manual and the Technology of Machine Tools textbook is necessary.
• Students must acquire a tool kit or matching tools for use in labs.

Advanced Standing:

High school students with successful completion of specific multi-credit grade 12 Manufacturing-based Technology Design programs may be eligible for advanced standing in the program's core courses, contingent upon meeting the required academic averages.