Mechanical Engineering Technology Co-op
Students in the Mechanical Engineering Technology program gain a thorough knowledge of materials and mechanical solutions for the design and manufacture of mechanical parts and assemblies.
Courses focus on the understanding of:
- Engineering drawings
- Engineering calculations
- Operation
- Programming of industrial manufacturing process equipment software
- Apply design principles and practices
- Design and manufacturing process problems
The curriculum includes courses in:
- Solids Mechanics
- Mechanical Design
- Hydraulics
- Pneumatics
- PLC's
- Manufacturing and Management
The primary objectives of this program are to expose students to a variety of concepts and principles in mechanical design, manufacturing and fabrication to provide them a comprehensive view of the different working aspects and projects that a mechanical technologist faces when working in industry.
Program Options
The current Transfer Guide has more information on the options for this program at: transferguide.humber.ca
In the Calendar
For more information on any of the following, please see the current Academic Calendar.
Career Opportunities
The mechanical technologist graduates will apply their mechanical design, machining and production skills to a variety of engineering fields and companies. They will; be able to perform engineering design and equipment/technology selection for major components in the design of mechanical systems; liaison with fabrication and engineering staff, as well as with vendors for technical information and specifications; prepare preliminary and final cost estimates; prepare and evaluate production processes, costing, tool design and inspection requirements.
The graduates of this program may expect to find employment in several areas including:
- Drafting and design, equipment testing, mechanical equipment installation with mechanical and consulting engineering offices.
- Programming, cost estimating, quality control and inspection in a variety of manufacturing and fabrication industries, and;
- Sales and service with equipment suppliers.
Graduate mechanical technologists work in exciting industries like aircraft and aerospace, automotive, construction, engineering consulting, plastics and rubber manufacturing, instrumentation and the service sector.
A four-month (400 hours minimum) paid work term normally takes place from May through August following semester four, with students expected to find their own placements. Students must successfully complete a career management course to help develop effective job search skills prior to the work term. The school provides services to support students, including identifying Work Term employment opportunities.
Industry Demand
Businesses are looking for qualified mechanical technologists to work in a broad range of mechanical disciplines. Graduates work in engineering departments and/or production environments in roles as varied as project management, technical procurement, quality control, testing, process control, cost and quantity estimating, industrial equipment installation & machine setup and programming. Demand for graduates is growing in such areas as:
- Fields related to the sustainable economy where companies look for new ways to generate and/or conserve energy
- Consulting engineering, with particular emphasis on those companies engaged in infrastructure projects.
Software & Technology
This program covers the theory and the skills students need to render engineering drawings using the latest in 2D and 3D computer-aided drafting software.
Faculty & Industry Experts
Work Placement
The Mechanical Design program provides broad preparation in design and manufacturing processes, and students develop the skills to produce engineering drawings using the latest in 2D and 3D computer-aided drafting software.
A Work Term occurs in the summer months (May to August) after 2 years of study. By this time students have acquired skills and knowledge in:
- Advanced AutoCAD, Solid Works, 3D Modeling (Inventor)
- Mechanical Design/Drafting
- Pneumatics, Hydraulics & PLC’s
- Manufacturing Processes, Engineering Materials
- Reading Blueprints, Understanding Engineering Drawings
- Workshop Practices (Metrology)
- ElectroMechanical Controls
- WHMIS
