Program overview
Admission Requirements
Intakes

Last updated on 2025-04-23

Program overview

Program Overview

TMU's Bachelor of Engineering in Electrical Engineering program is designed to empower students to innovate and manage the systems that drive our modern world. This includes a focus on electric vehicles, electronics, and telecommunications networks. The program emphasizes a blend of theoretical knowledge and practical skills, preparing graduates to tackle real-world challenges in the field of electrical engineering.

Program Structure

The Bachelor of Engineering in Electrical Engineering program is structured to provide a comprehensive education over a period of four years, with an optional five-year co-op format available. The program includes:

  • Experiential learning opportunities, including co-op placements.
  • A capstone design project in the final year, allowing students to apply their knowledge in practical settings.
  • Hands-on lab experiments that reinforce theoretical concepts.
  • Optional specializations in Engineering Innovation and Entrepreneurship, and Management Sciences.
  • Accelerated pathways to further education, such as a Master of Applied Science (MASc).

Throughout the program, students will explore various subjects, including circuits, electronics, and computer systems, while also gaining insights into how technology impacts society.

Featured Experiences

The Electrical Engineering program at TMU offers a variety of unique experiences that enhance learning and professional development:

  • Co-op opportunities that provide real-world experience and industry connections.
  • Hands-on design and implementation experience through a capstone project.
  • Participation in industry collaborative projects.
  • Involvement in student teams, such as TMU’s Formula Racing Team.
  • Supervised research projects that allow students to explore their interests in depth.

Career Options

Graduates of the Bachelor of Engineering in Electrical Engineering program can pursue a variety of career paths in Canada, including:

  • Analog Electronic Circuit Design Engineer: Focuses on designing and developing analog circuits for various applications.
  • Control Systems and Robotics Engineer: Works on designing and implementing control systems for automation and robotics.
  • Power Systems and Power Electronics Engineer: Specializes in the generation, transmission, and distribution of electrical power.
  • Telecommunications Engineer: Engages in the design and maintenance of communication systems and networks.
  • Electrical Systems Engineer: Involved in the design and analysis of electrical systems in various industries.

With a strong foundation in electrical engineering principles, graduates are well-equipped to enter a dynamic job market and contribute to innovative projects across multiple sectors.

 

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