Course Curriculum

The Electrical Engineering course is a comprehensive two-year program designed to equip students with advanced knowledge and practical skills in key areas such as electrical circuits, signals and systems, power electronics, power systems, and renewable energy. In the first year, students focus on foundational subjects including power electronics, power system analysis, and digital and embedded systems, progressing to renewable energy principles, electrical demand forecasting, and advanced control systems in the second semester. A significant feature of the program is its emphasis on real-world experience through a co-operative placement, allowing students to apply theoretical concepts in professional settings and gain valuable industry exposure. In the second year, the curriculum advances to more specialized topics like electrical power distribution, the Internet of Things (IoT) in smart energy systems, and power electronic applications in renewable energy. Students also engage in substantial engineering design and research projects, including an advanced engineering design project and two research projects that foster independent inquiry and problem-solving skills. The program’s integration of project-based learning and research ensures that graduates are well-prepared for technical roles in private consulting firms, contracting companies, and various government organizations at federal, state, and local levels. Graduates can pursue careers in managerial positions within the energy sector or continue their academic journey by enrolling in PhD programs. The curriculum’s focus on emerging technologies such as IoT and renewable energy systems highlights the course’s commitment to preparing students for future challenges in the evolving energy landscape. Overall, this program combines theoretical rigor with practical training, aiming to produce skilled professionals capable of contributing meaningfully to the development and management of modern electrical and energy systems.