Electric Power Engineering

['Theory and Methodology of Science with Applications (Natural and Technological Science)', 'The Sustainable Electric Power Engineer', 'Power System Analysis', 'Power System Stability and Control', 'FACTS and HVDC in Electric Power Systems', 'Power Generation Operation and Planning', 'Electricity Market Analysis', 'Power Generation, Environment and Markets', 'Communication and Control in Electric Power Systems', 'Computer Applications in Power Systems', 'High-voltage Engineering', 'Electrotechnical Modelling', 'Power Grid Technology and Substation Design', 'Electrotechnical Design', 'Reliability Evaluation of Electrical Power Systems', 'Smart Electrical Networks and Systems', 'Electrical Machines and Drives', 'Control in Electrical Energy Conversion', 'Power Electronics', 'Modulation of Power Electronic Converters', 'Seminars in Electrical Machines and Power Electronics', 'Electric Transportation', 'Hybrid and Embedded Control Systems', 'Control Theory and Practice, Advanced Course', 'Model Predictive Control', 'Modelling of Dynamical Systems', 'The Sustainable Electric Power Engineer', 'Power System Design, Project Course', 'Wind Power Systems', 'Monte Carlo Simulation Theory and Project', 'Management of Projects', 'Electromagnetic compatibility', 'Classical Electrodynamics', 'Power System Protection', 'Seminar Course in Electrotechnical Design and High Voltage Equipment', 'Electromagnetic Engineering, Project Course', 'Design of Electrical Machines', 'Seminars in Electrical Machines and Power Electronics', 'Nonlinear Control']