At the successful completion of the Master program in Electrical Engineering / Power / Thesis:
- Demonstrate a sound, in-depth and up-to-date technical knowledge in the fields of advanced engineering mathematics, electrical machines, power system operation, protection and economics, power electronics and renewable energy.
- Identify, analyze and solve engineering problems in the field of power systems by applying acquired knowledge and expertise.
- Develop research competencies to test a scientific hypothesis or proposed engineering solution and evaluate its effect, ethical considerations, sustainability, and real-world performance.
- Continue professional development, self-learning, critical thinking and utilizing modern technology to enhance education and research.
- Communicate technical information effectively and professionally both via oral presentation and by writing original research to a professional standard.
At the successful completion of the Master program in Electrical Engineering / Power / Non-Thesis:
- Demonstrate a sound, in-depth and up-to-date technical knowledge in the fields of advanced engineering mathematics, electrical machines, power system operation, protection and economics, power electronics and renewable energy.
- Identify, analyze and solve engineering problems in the field of power systems by applying acquired knowledge and expertise.
- Evaluate the effects of engineering solutions, their ethical considerations, sustainability, and real-world performance.
- Continue professional development, self-learning, critical thinking and utilizing modern technology to enhance education and research.
- Communicate technical information effectively and professionally both via oral presentation and by writing technical reports to a professional standard.