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The Master's Program in Monitoring and Control of Electrical Power Systems Engineering (MS2) prepares graduates with knowledge and skills in monitoring, modeling, simulation, control and optimization of electricity transmission / distribution / use installations and systems.

What will you learn about?

• Integrated management of power systems;
• Optimization, safety and risk in the operation of power equipment and systems;
• Artificial intelligence techniques in electrical power systems engineering;
• Dynamic modelling of the components of the electric power system;
• Stability at low disturbances, transient stability and long-term stability of power systems including in the presence of distributed generation;
• SCADA systems;
• Use of high-performance software products for the analysis of interconnected power systems - EUROSTAG, NEPLAN, EDSA, VSTAB, STABTEN, ETAP, MATLAB;
• Analysis of the main categories of problems related to energy efficiency of power systems;
• Using methods specific to nonlinear programming to solve energy problems;
• Identifying the causes and effects of power quality on the electric power system and on electricity users;
• Equipment maintenance

What will you become?

• Electrical power engineering research engineer
• Power grid engineer
• Engineer in Information technology in power systems
• Engineer in Management and control of energy utilities systems

... and the list expands.