COURSE CURRICULUM

The program is structured over four years to develop strong foundations in electrical engineering, electronics, and applied technologies. In the first year, students build core knowledge in mathematics, physics, informatics, programming, electricity, electronics, materials science for electrical engineering, and introductory measurements and instrumentation. The second year expands technical competence through digital electronics, microelectronics, automation, circuit simulation and design, LabVIEW programming, environmental science, economics, EU studies, civil law fundamentals, and advanced measurement techniques, supported by an intermediate examination in electrical engineering. In the third year, students move into specialised areas including electronic technology, automation, telecommunications, electric power systems, intellectual property protection, and production and quality management, strengthening both engineering and professional awareness. The program concludes in the fourth year with enterprise economics and a thesis, enabling students to integrate theoretical knowledge with practical application and independent research. This comprehensive structure prepares graduates with the analytical, technical, and managerial skills required for modern electrical engineering practice and further academic study.