Physical and biomedical electronics

The Physical and Biomedical Electronics Master's degree program is designed to prepare highly qualified specialists in electronics, biomedical technologies, and computer modeling. The curriculum combines a strong engineering foundation with advanced studies in modern electronic systems, sensor technologies, information technologies, and the medical applications of electronics.

The program focuses on developing research and design competencies required for the creation of innovative electronic and biomedical systems. Graduates are well prepared for professional careers in research institutions, high-tech companies, and higher education institutions, where they can contribute to the development of advanced technologies and scientific innovation.

The program includes advanced study of the physical principles of electronic engineering, sensor systems, microelectronics, modern microprocessor technologies, digital signal and image processing, computer modeling of electronic circuits, and medical imaging technologies. Special emphasis is placed on the design and development of biomedical devices, computerized medical diagnostic systems, biotechnical systems, and computer-aided design tools for their development.

The educational process combines a strong theoretical foundation with research and practical projects using state-of-the-art software and engineering tools. Graduates are well prepared for careers as design engineers, research and development engineers, developers of electronic and medical systems, research scientists, or academic staff at higher education institutions.