Master of Science in Power Systems Engineering

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1. PEO1: Engage in productive contributions in developing novel solutions for the regional and global power systems engineering problems, through carrying out fundamental and applied knowledge/research using appropriate design methods and analysis tools.
2. PEO2: Advance in responsibility, leadership, and principal roles in the development of academic and industrial organizations in the field of power systems engineering, locally and within the region.
3. PEO3: Engage in ongoing professional development activities by pursuing PhD and/or other advanced postgraduate studies.

1. Demonstrate critical knowledge using specialist theories and concepts of Power Systems Engineering with energy systems, energy generation, storage, utilization, and its major current issues.
2. Apply critical knowledge of mathematics, chemistry, physics, computing, safety, and engineering to research complex and unpredictable sophisticated problems, including analysis, design, optimization, and control of components, systems, and processes in Power Systems Engineering.
3. Critically analyze and evaluate current issues and/or principles in Power Systems Engineering using a combination of approaches and professional levels of insight and interpretation.
4. Apply specialized research methodologies, design, analysis and/or experimental investigation of the engineering problems to evaluate and provide solutions within power systems.
5. Demonstrate proficiency in writing and oral presentation skills to effectively communicate power system ideas and techniques to a range of specialists.
6. Develop innovative technical solutions to address issues related to power systems.