Master's degree in

Bioengineering for Personalized Medicine

The Master's Degree in Bioengineering for Personalised Medicine is designed to provide a multidisciplinary education that combines engineering, medicine and biology to educate biomedical engineer’s with a highly interdisciplinary profile.

You will learn how health technologies and systems are integrated towards modern medicine and personalisation of care, following the 5P principles in medicine (precise, predictive, personalised, preventive, participative), as well as including sustainability concepts.

You will learn how to add value to technological development for patients, professionals and the society as a whole.

You can choose between two curricula:

Digital Healthcare: telemedicine, robotics and artificial intelligence for patient-centred healthcare.
Emerging and Sustainable Medical Technologies: smart biomaterials, tissue engineering and advanced prosthetics for the development of innovative and sustainable technologies.

Programme's overview

IN SHORT

TYPE OF DEGREE: Master's degree

DURATION: 2 years

CREDITS: 120

LANGUAGE: English

ACCESS: Free

DEPARTMENT: Department of Industrial Engineering

LOCATION: Polo Tecnologico Rovereto

via Fortunato Zeni, 8 - Building C, staircase D, 38068 ROVERETO (Trento) - Italy

Why enroll?

Engineering the future of medicine

Integration of biology, medicine, materials engineering, electronics, and computer science to design patient-tailored devices, diagnostics, and treatments.

Small classes, real engagement

Small numbers mean direct access to professors, group work, and hands-on projects for an interactive learning experience.

Applied biomedical technologies

Skills to design medical and diagnostic devices, develop biomaterials, integrate sensors, electronics and digital systems, analyze and manage complex biomedical data.

Global perspective

A fully English-taught programme with students from around the world. Erasmus+, workshops and seminars, collaborations with international research groups, theses and projects abroad for a global professional profile.

At the core of biomedical research

Integration with bioengineering research activities in regenerative biomaterials, personalized devices, advanced diagnostic technologies, and digital health.

Many career paths

A rapidly expanding sector with opportunities in medical devices, biotechnology, digital health, research, and innovation.