FEL - Faculty of Electrical Engineering
We offer education in promising fi elds of study. Bachelor‘s, Master‘s and doctoral degree study programmes. Friendly studying environment. Support for talented students. Full-time and part-time study programmes available.
The unique research centre RICE. Professional expertise, innovative ideas, technologies and processes, new directions in research and development in electronics. Blending disciplines - medicine, ecology, automotive engineering, electrical engineering. Solving real-world problems of businesses. Continuity in student and research projects and theses. Projects with a high degree of application. Patents and utility models. International cooperation. Lectures by recognized experts.
Departments
- KAE - Department of Applied Electronics and Telecommunications
- KEE - Department of Electric power engineering and Ecology
- KEV - Department of Technologies and Measurement
- KET - Department of Electromechanics and Power Electronics
- KTE - Department of Theory of Electrical Engineering
- RICE - Regional Innovation Centre for Electrical engineering
Fields of study in English language
Bachelor study (3 years)
- Electronics & Telecommunications
- Electrical & Power Engineering
Master study (2 years)
- Electronics & Applied Informatics
- Telecommunication & multimedia systems
PhD study (4 years)
- Electronics
- Electrical Engineering
- Electrical Power Engineering
Research
- New concepts of drives and sophisticated components and technologies for new generation of transport systems.
- Materials research, with the main focus on organic electronics, intelligent sensors, and multi-sensor systems.
- Control systems for transport technology, power engineering and industrial automation, including complex systems for automated testing of the functionality and reliability of equipment.
- New equipment and technology for increasing the efficiency of electrical energy and heat production, raw materials mining, and complex industrial systems.
- Advanced nuclear technologies with main application in nuclear power plants and space research.
- Diagnostics, safety and reliability of systems and technologies – research and development of new diagnostic methods and processes, as well as sophisticated automated testing systems.
- Mathematic modeling and calculation of complicated physical events, research and development of new methods of solving physical fields and their mutual interaction.
