University Medical School of Pécs

What you'll study

Course content focuses on practical and emerging technologies used in healthcare. Topics and application areas named in the programme description include:

• AI-driven, custom-trained prosthetics and human–machine interfaces;
• 3D medical imaging, design and 3D-based planning;
• 3D bioprinting and tissue printing;
• Neuro-rehabilitation technologies and human–machine interaction;
• Development of medical simulators for education;
• Design of specialised surgical instruments, implants and clinical devices;
• Clinical deployment of medical software and novel patient-care methods.

Entry requirements

Applicants may come from either medical/health or technical backgrounds. The programme explicitly expects candidates to hold a relevant undergraduate qualification in areas such as engineering, informatics, natural sciences, health sciences or the undivided medical degrees (general medicine, dentistry, pharmacy). Admission assumes a solid grounding in natural-science subjects.

Career prospects

Graduates are prepared for roles that bridge engineering and clinical practice. Typical outcomes described by the programme include work on new medical devices, clinical software implementation, development of simulation tools for training, design of implants and instruments, or creation of novel rehabilitation technologies—positions in industry, research groups or clinical-technical teams are logical destinations.

Scholarships & funding angle

The programme page does not list specific scholarships. Prospective students should investigate university-wide scholarships, faculty funding opportunities, research project grants and external funding from industry or national schemes relevant to biomedical engineering.