This program focuses on the safe generation, transmission, distribution, and protection of electrical energy, which is essential to modern society. It aims to prepare students as skilled technologists capable of supporting the industry's transition into the smart energy, efficient, digital age. The program offers hands-on learning experiences at the Caroline Street Substation in Hamilton, real-world applications through labs at The Joyce Centre for Partnership & Innovation, and applied research at the Stoney Creek Energy Research Centre. Students will develop an understanding of various clean energy sources, including wind, solar, and hybrid systems, along with strategies for conservation and management of energy using microgrids and distributed systems.
Why this course is highly recommended
With the ongoing demand for qualified professionals in electrical energy systems, this program equips students with industry-relevant skills, combining theoretical knowledge with practical experience. Opportunities for hands-on learning in well-equipped labs, applied research projects, and co-op work terms make it an excellent choice for those interested in sustainable and renewable energy sectors. The program's strong industry connection and focus on digital energy solutions ensure graduates are well-prepared for employment in the evolving energy industry.
The program provides a multidisciplinary approach that emphasizes the generation, capture, storage, and distribution of energy. It incorporates sustainability topics such as wind, solar, photovoltaic, thermal, and hybrid electric technologies, along with strategies for energy conservation supported by microgrids and distributed energy systems. Practical experiences are integrated into the coursework, focusing on renewable energy, smart grids, and microgrid technologies.
Application fees
10.95L
1st year tuition fees
10.95L
Living cost
The program is offered as an Ontario College Advanced Diploma, which typically takes three years to complete, including co-op work terms. Applicants need an OSSD or equivalent, with Grade 12 English and Mathematics, along with English language proficiency for international students, such as IELTS or TOEFL scores.

English language test
Want to learn more about the admission process, eligibility criteria,
and acceptance rates for international students? Visit the Mohawk College - Fennell admission page
for complete details.
Graduates can work as Power Generation, Transmission, and Distribution Engineering Technologists, Electrical Drafting/Design Technologists, and Energy Project Engineering Technologists. They may find employment within the electricity sector, HVAC industry, and building and construction sectors. Opportunities exist in technical support roles related to installation, testing, repair of electrical energy systems, and components.