Bachelor of Applied Science in Engineering Science - Energy Systems Engineering in Toronto Canada | University of Toronto

Renowned as one of the globe's premier engineering programs, Engineering Science (EngSci) offers an academically rigorous curriculum for students seeking exceptional challenges.
During the initial two years, students dive deep into core subjects including engineering fundamentals, mathematics, sciences, computing, and humanities. The final two years allow specialization through eight distinct majors for focused, advanced study. Our program fosters a tight-knit community of high-achieving peers, cultivating a distinctive and stimulating educational atmosphere.
With specialized majors, interdisciplinary minors, certificate options, and diverse professional pathways, students can tailor their U of T Engineering education to align with evolving interests throughout their academic career. This academic adaptability, combined with extensive extracurricular possibilities, ensures graduates emerge with engineering expertise, professional assurance, and international awareness to solve intricate problems.
The U of T Engineering program mandates at least 600 hours of hands-on experience, guaranteeing substantial professional exposure before graduation. These hours can be completed at any stage of the degree through various avenues, including industry placements or research projects. Participation in the Professional Experience Year Co-op Program fulfills this requirement entirely.
EngSci's Energy Systems Engineering major equips students to address critical challenges in energy production, storage, delivery, and management, while considering environmental, policy, and economic factors. The program develops sector-ready professionals through comprehensive technical education across multiple disciplines, covering subjects like renewable energy, sustainability principles, thermodynamic systems, control mechanisms, and electrical drive technologies.
This major delivers the comprehensive, specialized, and cross-disciplinary understanding essential for navigating the intricate energy field. Students develop skills to assess conventional and innovative technology tradeoffs, analyze technical considerations within social frameworks, investigate connections to environmental preservation and sustainable growth, and establish a solid foundation applicable to diverse energy-related subjects.