Program Description
Humber’s Mechanical Engineering Technology advanced diploma program prepares you for a career in the design and manufacturing of mechanical components and applications. The curriculum covers the theory and the skills required to:
Program computer numerical control (CNC) machine tools using computer-aided manufacturing (CAM) software – Mastercam Apply design principles and practices Design and manufacture process problems Learn 2D computer-aided design (CAD) software - AutoCAD, 3D CAD software – SolidWorks Design and manufacture mechanical parts and assemblies Apply design principles and practices to a variety of engineering problems and environments Our program builds upon the solid technical foundation of the Mechanical Engineering Technician program. The skills first learned in the technician program are enhanced through project-based learning and increased hands-on practice in the labs.
This program offers a co-op option. Co-op work terms enable you to apply your skills and knowledge in a work environment and gain valuable, practical experience related to your program of study. You will learn new skills, learn about the world of work and meet people in your profession. For students who are accepted into the program, three co-op work terms will take place. The first four-month work term is between Semesters 2 and 3, and then two consecutive four-month work terms between Semesters 4 and 5. There are limited spaces in the co-op option. Therefore, you will apply for the co-op option during Semester 1 and be informed of the process by which to apply. While co-op work opportunities are not guaranteed, as students are in a competitive job placement market, participating students will receive a wide range of services to help them find a co-op opportunity.
Begin a career designing and manufacturing with a Mechanical Engineering Technology advanced diploma. Our graduates are able to perform engineering design and equipment/technology selection for major components in the design of mechanical systems; liaise with fabrication and engineering staff, as well as with vendors, for technical information and specifications; prepare preliminary and final cost estimates; and prepare and evaluate production processes, costing, tool design and inspection requirements. Graduates work in two main areas:
Drafting and design, equipment testing, mechanical equipment installation and consulting engineering offices The metal cutting industries, programming, cost estimating, quality control and inspection, and in machinery sales
