The Master's Degree programme in Bioengineering for Personalized Medicine is a full time 2-year programme of 120 ECTS (credits).
All the courses are taught in English and attending lectures is strongly recommended.
Starting in the 2nd semester of the 1st year, students choose one of the two curricula:
- Digital Healthcare
- Emerging and Sustainable Medical Technologies.
Curriculum Digital Healthcare
|
Course |
Module |
ECTS |
|---|---|---|
|
Complements of bioengineering |
1 Design and manufacturing of biomedical products |
6 |
|
Complements of bioengineering |
2 Data engineering for biomedical sciences |
6 |
|
Fundamentals of materials engineering and biomechanics for healthcare applications |
1 Materials |
6 |
|
Fundamentals of materials engineering and biomechanics for healthcare applications |
2 Biomechanics |
6 |
|
Informatics and electronics for healthcare 4.0 |
1 Cloud computing and distributed systems |
6 |
|
Informatics and electronics for healthcare 4.0 |
2 Embedded electronics and sensors |
6 |
|
Medical devices quality and safety |
1 Medical devices quality and safety |
6 |
|
Medical devices quality and safety |
2 Value based health care |
3 |
|
Medical imaging laboratory |
the course is a unique module |
6 |
|
System physiology and integrated biological processes |
the course is a unique module |
6 |
|
Course |
ECTS |
|---|---|
|
Advanced signals processing and modeling of physiological systems |
6 |
|
Artificial intelligence for biomedical problems solving |
6 |
|
Laboratory diagnostics for precision medicine |
6 |
|
Modelling and analysis of human movement |
6 |
|
Robotics and assistive devices in medicine |
6 |
Curriculum Emerging and Sustainable Medical Technologies
| Course |
Module |
ECTS |
|---|---|---|
|
Complements of bioengineering |
1 Design and manufacturing of biomedical products |
6 |
|
Complements of bioengineering |
2 Data engineering for biomedical sciences |
6 |
|
Engineered materials for precision medicine |
the course is a unique module |
6 |
|
Fundamentals of materials engineering and biomechanics for healthcare applications |
1 Materials |
6 |
|
Fundamentals of materials engineering and biomechanics for healthcare applications |
2 Biomechanics |
6 |
|
Informatics and electronics for healthcare 4.0 |
1 Cloud computing and distributed systems |
6 |
|
Informatics and electronics for healthcare 4.0 |
2 Embedded electronics and sensors |
6 |
|
Medical devices quality and safety |
1 Medical devices quality and safety |
6 |
|
Medical devices quality and safety |
2 Value based health care |
3 |
|
System physiology and integrated biological processes |
the course is a unique module |
6 |
| Course |
ECTS |
|---|---|
|
Additive technologies for customized metallic implants |
6 |
|
Diagnostic and therapeutic technologies for personalized medicine |
6 |
|
Laboratory diagnostics for precision medicine |
6 |
|
Tecnologies and innovation in health: food and medical grade products |
6 |
|
Transport phenomena in living systems |
6 |
|
Activities |
ECTS |
|---|---|
|
Insegnamenti a scelta dello studente |
12 |
|
Other training activities For students who are not native Italian speakers, the knowledge of Italian language at the A1-CEFR level is required and necessary to take the exams provided in the 2nd year. |
3 |
|
Final examination |
18 |