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Electrical engineers create cutting-edge products and systems by leveraging electrical and electronic components. These innovations form the foundation for diverse technologies ranging from renewable energy solutions to telecommunications networks and medical equipment. Accredited by the Canadian Engineering Accreditation Board, this program serves as a springboard for a dynamic career in a discipline that bridges modern graduates with future technological advancements. The electrical engineering curriculum follows a core-plus-elective framework, with the core establishing essential foundations in mathematics, physical sciences, dynamics, thermodynamics, electromagnetic fields, circuit theory, and key professional courses covering energy systems, electronics, materials science, communications, and control systems.
Upon completing the program, graduates will possess both the theoretical understanding and hands-on skills required to develop functional electrical and electronic solutions for practical challenges. To achieve this goal, the final year features a substantial industry-focused capstone group design project alongside mandatory courses in control systems and communication systems, with the remainder of the program dedicated to elective specializations.