Master in Electrical engineering

The application deadline for Master in Electrical engineering is Dec 31, 2026. Tuition comes to 2,400 EUR per year.

The Military University of Technology in Warszawa offers a master's degree in Electrical Engineering, taught in English over three semesters, with studies starting 2026-03-02 and yearly tuition of 2400.0 EUR. Within the program, the field of study "Optoelectronics" is presented as a newer addition to the university's offerings, built around current scientific and technological developments in optoelectronics. The curriculum draws on current knowledge and recent advances in the field, responding to demand for specialists trained in optoelectronics. As part of the Optoelectronics course, the Institute of Optoelectronics aims to prepare a team of specialists able to design and operate optoelectronic systems, drawing on the institute's teaching and research resources. Electrical engineering as a discipline covers the study and application of electricity, electronics, and electromagnetism, spanning areas such as power systems, control systems, circuits, and increasingly, optical and photonic technologies. A specialization in optoelectronics sits within this broader field, focusing on devices and systems that use light, including lasers, sensors, and optical communication components, alongside the electronic systems that control them. Graduates of programs combining electrical engineering with optoelectronics typically move into roles designing and operating optical and electronic systems in sectors such as telecommunications, defense, industrial automation, and research and development. A three-semester program with a March start date, as this one has, offers a shorter route to a master's degree compared to programs that begin in the autumn and run over a full academic year cycle. Based in Warszawa, the Military University of Technology positions this program within its Institute of Optoelectronics, combining core electrical engineering training with a focused specialization in optical technologies.