Electromechanical Engineering Technician (Electromechanical Engineering Technician)
Many schools offer a variety of programs to train students to become engineers, which are needed in any industry with machines. Among the various engineering disciplines, electromechanical engineering covers both the electrical and mechanical aspects of the industry, making it a highly employable field. You will learn basic computer programming languages (visual basic, C, C++, etc.), PLC programming, electrical circuit theory, automation systems, mechatronics, troubleshooting, robotics programming, and other knowledge and skills necessary for mechanized industries.
Employment after graduation
Electromechanical Engineering Technician Public Colleges
1. Humber College
|
Program Name |
Electromechanical Engineering Technician |
|
When to enroll |
Admitted every September and January |
|
Campus |
North Campus |
|
Features |
At Humber College, you’ll learn the fundamentals of engineering, but you’ll also get plenty of hands-on, practical work to get your feet wet. In particular, it is close to many industrial zones, so there are plenty of job opportunities. After studying the two-year program, you can transfer to the three-year Advanced Diploma for another year of study. |
2. Fanshawe College
| Program Name |
Electromechanical Engineering Technician |
|
When to enroll |
Admitted every September and January |
|
Campus |
St. Thomas Campus |
|
Features |
Students learn knowledge in various fields such as electricity, mechanics, programming, and design, and the curriculum is structured with a higher percentage of hands-on learning to create the talent needed for the industry. Additionally, two semesters of co-op during your sophomore year will allow you to gain experience before graduation, making it easier to find a job. |
3. Centennial College
|
Program Name |
Electro-mechanical Engineering Technician-Automation and Robotics |
|
When to enroll |
Admitted every September and January |
|
Campus |
Progress Campus |
|
Features |
You will learn the basic knowledge in the first semester: physics, electrical circuits, drawing, etc. After that, you will acquire the necessary knowledge and skills in the overall electromechanical field through various practical exercises such as hydraulic/pneumatic systems, machine shop, robot programming, and PLC. |
