Academic Programs · Faculty of Engineering
Electrical power, machines and drives, control and automation, high voltage and renewable energy.
Electrical power, machines and drives, control and automation, high voltage and renewable energy.
Our vision is to establish a leading Electrical and Control Engineering program that produces creative and competent engineers who can build a better future. The program aims to provide top-quality education in Electrical Power and Control Engineering, engage in society-oriented needs and industrial collaboration, and integrate innovative technologies, automation, and intelligent systems into education.
The mission of the Electrical and Control Engineering program is to produce high-quality graduates in electrical power, machines, and control systems who distinguish themselves as responsible members of society at the national and regional levels. Graduates will possess a strong sense of belonging and will dedicate their scientific and technical expertise to serving their communities while engaging in continuous learning. The program aims to prepare qualified engineers capable of: • Applying state-of-the-art control and automation techniques in Electrical Power and Industrial Engineering. • Designing and managing integrated power and control systems. • Leading interdisciplinary teams in industrial and energy sectors. • Providing technical and community services that enhance local and national development. • Conducting graduate studies and research in power systems, control theory, and emerging technologies.
To provide the students with a sense of professionalism, ethical practice, and commitment for active participation in the affairs of the profession.
To apply knowledge of physical sciences, mathematics, and engineering fundamentals to solve problems in electrical power and control systems.
To design, simulate, and conduct experiments related to control loops, system dynamics, and electrical circuits, and analyze and interpret the resulting data.
To be able to design components, devices, and systems to meet specific needs in electrical power, electrical power, automation, and control engineering applications.
To function effectively on multi-disciplinary teams involving people from diverse backgrounds.
To identify and define problems in electrical power and control engineering, and to generate and evaluate solutions to those problems.
To understand the professional and ethical responsibilities incumbent upon practicing electrical engineer.
To communicate effectively, both orally and in writing, in the field of electrical power and control engineering.
To be able to understand the role and impact of power and control engineering in a broader societal and global context.
The program bylaw contains the study plan, course list and course descriptions.
Courses and study plan
The full list of courses by level and semester, prerequisites and course descriptions are in the program bylaw.
High voltage, renewable energy, electrical measurements, basic electricity, electric machines and power systems.
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