Study programme Biomedical Engineering

A graduate of the first-cycle Biomedical Engineering program has a solid knowledge of mathematics, physics, chemistry, computer science, anatomy and physiology, enabling the description, modeling and analysis of biological systems and the operation of devices, systems and algorithms used in medical technologies. He is able to use modern equipment and diagnostic and therapeutic systems using ICT, IT, electronic and material methods, techniques and technologies. He is also able to optimally select materials for medical devices depending on their application, as well as to test their mechanical and biological properties. He knows the manufacturing methods and principles of introducing products such as implants, medical tools and rehabilitation equipment to the market. In terms of interpersonal skills, the graduate is able to plan and organize his own work and cooperate effectively in interdisciplinary and international teams, communicating also in a foreign language at least at the B2 level, including the use of specialized vocabulary. He is ready to critically evaluate his own knowledge and skills, use expert consultations and communicate responsibly with the scientific, medical and social communities. He acts in accordance with The graduate is prepared to work in hospitals, clinical and outpatient facilities, diagnostic laboratories, medical device companies, design, research and development, and certification institutions, as well as healthcare administration institutions. They may perform roles related to the design, testing, quality control, implementation, and operation of medical devices and biomedical systems. They are also prepared to continue their education in second-cycle studies.

Chair of the Programme Board: dr inż. Aleksandra Królak

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The programme was approved by Senate Resolution No. 15/2026 of 25 February 2026.