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Power system engineering focuses on maintaining equilibrium across multiple dimensions. It's not just about matching generation with demand or managing reactive power flow, but also balancing energy costs against environmental considerations and ensuring supply reliability while optimizing infrastructure investments. This program equips you with skills to measure these competing factors and enhance system performance through technological innovation and advanced computational methods. During the initial term, you'll explore power system design and operations, examining both individual components (including generators, transmission lines, transformers, and power electronics) and their complex interactions. Through theoretical instruction and computational exercises, you'll master power flow analysis, fault assessment techniques, and methods for analyzing large-scale grid behavior. Hands-on experiments in our high-voltage lab provide practical insights into insulation coordination challenges.