Bachelor in Electrical Engineering

Lakehead University, with campuses in Thunder Bay and Orillia, Ontario, offers a welcoming, student-centred experience focused on applied learning and community engagement. Founded in 1965, Lakehead enrolls nearly 10,000 students and provides a broad range of undergraduate and graduate programs across arts, sciences, engineering, business, health and social sciences. The university is recognized for combining strong research with experiential learning opportunities and a commitment to Indigenous education.

Lakehead’s strengths include interdisciplinary research, hands-on labs, co-op placements and community-based projects that prepare students for practical careers. Faculty members emphasize mentorship and small-group teaching, enabling closer interaction and tailored academic support. The university also promotes sustainability initiatives and integrates Indigenous perspectives across curricula, creating a diverse learning environment that values multiple ways of knowing.

Campus life in Thunder Bay and Orillia offers a balance of outdoor recreation, cultural events and student services, with supports for international students such as orientation, advising and academic resources. Affordable living costs and strong campus communities help newcomers adapt and thrive. Applicants should highlight relevant experience and interest in applied learning, and investigate scholarships, work-study options and co-op pathways to enhance both study and career prospects.

The Bachelor in Electrical Engineering at Lakehead University is a degree program for students who want to develop and manufacture electrical and electronics equipment. This 4-year program helps students learn the fundamentals of physical science and practical areas in design and operation of industrial control systems. Students gain excellent communication skills and understanding of business, legal, and societal issues.

The curriculum includes courses like Electric Circuit Theory, Computer Logic Circuits, Computer Programming, and Engineering Chemistry. Students develop skills in areas like electronic circuits, generation and distribution of electrical power, and communication systems. The program has both lecture and lab components, requiring approximately 27 hours of in-class time per week.

Graduates can work as Electrical Engineers, Electronics Engineers, Control Systems Engineers, Power Systems Engineers, or Telecommunications Engineers. They can find jobs in industries like manufacturing, telecommunications, and energy, working for companies like hydroelectric power plants, electronics manufacturers, or telecommunications providers.