The master in biomedical engineering develops an advanced preparation choosing a specific application field in one of the bioengineering areas: biomedical signals and images, biomedical instrumentation and informatics, rehabilitation and ergonomics, biomechanics, artificial organs and biomaterials, tissue and cell engineering, clinical management. He/she can operate in R&D and industrial design, technical and commercial support to biomedical products, clinical engineering, consulting.

This Course requires a full time attendance and involves classroom and laboratory activities

120 credits are required to obtain the degree. A typical program includes: basic courses (math, statistics, informatics, physics, chemistry), 10 ECTS; biotechnology or medicine, 5 ECTS; engineering, 10 ECTS; industrial or clinical management, 5 ECTS; bioengineering (basic, physiological systems, advanced), 45 ECTS; bioengineering labs, 10 ECTS; electives, 15 ECTS; thesis, 20 ECTS. The graduate students is encouraged to follow a program on a specific bioengineering field and to coordinate the main subjects, labs, and thesis; though, with ample choice as to methodological, technological or application widening.