Master in Electrical engineering

Warsaw University of Technology is the premier technical research university in Poland, combining a rich 200-year history with cutting-edge innovation. It is consistently ranked as the top engineering school in the country, attracting the brightest minds from across the globe.

Warsaw University of Technology offers a master's program in Electrical engineering taught in English in Warszawa, Poland, running three semesters with annual tuition of 8,400 EUR. The program combines coursework with a thesis, and graduates gain comprehensive qualifications across the power system field, covering planning, optimization, and control, alongside electrical power quality, electromagnetic compatibility, electromechanical drive systems, and electrical traction. Students also study measurement systems, both hardware and software, intelligent electrical installations, and applications of information technology such as artificial intelligence in power engineering, computational methods and algorithms, and microprocessor engineering. Depending on their chosen profile, graduates are prepared to work in domestic and international design offices, research and scientific institutions, universities, and factories, where they may take on supervision and production management roles for electrical equipment and devices, as well as positions at power plants and within electrical networks. The curriculum draws on modules including mathematics, physics, computer science, electromagnetic fields, electrical materials technology, CAD methods, circuits and systems control, electrical machines, electrical power engineering, high voltage technology, electrical measurements, microprocessor engineering, converter drives control, electrical traction, modelling and simulation of dynamic systems, power supply, electrical safety, computer networks, computer graphics, intelligent control for energy conversion, and database management. Electrical engineering as a field addresses how power is generated, transmitted, and applied across industry and infrastructure, and a master's-level program of this kind typically builds toward specialization in either equipment design or systems-level power engineering. Graduates enter a labor market that spans utility operators, manufacturers, and engineering consultancies, with the theoretical grounding to move into research or advanced technical roles across the sector.