Doctoral studies / Doctoral programmes / Biomedical enegineering

A PhD graduate in Biomedical Engineering is a highly qualified expert educated at the intersection of electrical engineering, biomedical sciences, and advanced data processing. Graduates possess strong interdisciplinary knowledge enabling them to analyse, model, and evaluate complex biomedical problems, with creativity, innovation, and scientific rigor forming the core of their professional profile. Graduates apply advanced engineering methods to the development of biomedical sensors, measurement systems, and non-invasive diagnostic techniques, particularly those based on electromagnetic principles. They are capable of independently solving complex research and engineering challenges, combining analytical and synthetic thinking to design, implement, and validate innovative solutions. A strong emphasis is placed on the effective use of computational tools, scientific literature, and experimental methods to achieve research objectives. Doctoral graduates master scientific methods of basic and applied biomedical research and are able to critically assess both their own results and the work of others using transparent, reliable, and reproducible evaluation approaches. They conduct independent research with high ethical standards and translate theoretical and experimental findings into practical biomedical applications. Their original research contributes to the advancement of biomedical engineering and is suitable for dissemination through international scientific publications, professional reports, and conference presentations. Graduates are also trained to communicate complex biomedical and engineering concepts effectively to both specialist and non-specialist audiences and to work independently or as part of multidisciplinary research and development teams.

Employment profile

Graduates find employment in biomedical research and development, medical technology companies, healthcare technology innovation, and academic institutions. Typical roles include the design and validation of biomedical sensors, non-invasive diagnostic systems, medical devices, and electromagnetic compatibility solutions, as well as research positions focused on biomedical signal analysis, imaging, and biocompatibility. Graduates are well prepared for careers in high-technology healthcare sectors and international research environments, fully aligned with the doctoral (EQF Level 8) profile in biomedical engineering.