Graduates in Medical Engineering will have the skills required for a wide range of tasks related to supporting physicians and healthcare personnel in a strong technological environment. They will be able to define and implement technological solutions for clinical and rehabilitation activities using diagnostic and medical devices, and the data generated by them.

The deep knowledge of technical aspects of these solutions allows the medical engineer to optimally integrating patient care with diagnostic devices, their implementation, the analysis of the clinical data and their critical review. At the same time, the personalization of care requires innovative technological tools, theoretical models for advanced diagnoses and therapies, and data analysis and artificial intelligence approaches.

Graduates in Medical Engineering will therefore have the following specific skills:

• They will be able to solve technical problems related to the optimization and use of medical systems and technologies for prevention, treatment, rehabilitation, and assistance.
• They will have adequate skills relating to the technical aspects (mechanical, electronic and signal and data processing) of medical and diagnostic devices, as well as services and systems connected to them.
• They will have the medical background necessary to assist design and production of the medical devices within the biomedical industries and the users in the clinic setting.
• They will have the knowledge of data analysis necessary for quality improvement of health services at public and private level.

The goal is to train a new professional figure, in the field of biomedical engineering, able to work more closely with healthcare professionals, in hospitals and healthcare facilities for the treatment of chronic diseases as well as in companies that supply goods and services in the clinical sector.