About the training program
The program includes courses in classical and quantum physics, mathematics, computer science, and engineering disciplines. Students learn experimental research methods, modeling, and analysis of physical processes. Significant attention is placed on the development of new materials, optoelectronics, nanotechnology, and energy systems. Graduates acquire the skills necessary to work in scientific, research, and manufacturing organizations, and they can also continue their education in master's programs. Prepares specialists capable of solving complex problems at the intersection of science and technology.
What do graduates do?
Graduates are enabled to successfully integrate into R&D centers of leading high-tech companies or use their education as a stepping stone for further academic development, such as pursuing a specialized postgraduate program. The competencies acquired in the fields of physics, electronics, and biology will allow them to participate in the development of innovative technologies in industry, design of electronic systems, including biomedical systems, and the development of new diagnostic devices, as well as their maintenance and operation. Jobs:
• Electronics Engineer
• Research Engineer
• Process Engineer in Microelectronics Production
