Il corso di laurea magistrale in Bioingegneria per la Medicina Personalizzata è un programma di 2 anni a tempo pieno da 120 crediti ECTS.
Tutti i corsi sono tenuti in lingua inglese ed è fortemente consigliato frequentare le lezioni.
A partire dal 2° semestre del 1° anno gli studenti e le studentesse scelgono uno dei due curricula:
- Digital Healthcare
- Emerging and Sustainable Medical Technologies.
Curriculum Digital Healthcare
|
Insegnamento o attività formativa |
Modulo |
CFU |
|---|---|---|
|
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 |
l’insegnamento non è diviso in moduli |
6 |
|
System physiology and integrated biological processes |
l’insegnamento non è diviso in moduli |
6 |
|
Insegnamento o attività formativa |
CFU |
|---|---|
|
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
|
Insegnamento o attività formativa |
Moduli |
CFU |
|---|---|---|
|
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 |
l’insegnamento non è suddiviso in moduli |
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 |
l’insegnamento non è suddiviso in moduli |
6 |
|
Insegnamento o attività formativa |
CFU |
|---|---|
|
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 |
|
Attività formativa |
CFU |
|---|---|
|
Insegnamenti a scelta dello studente |
12 |
|
Altre attività formative. Per gli studenti di madrelingua diversa dall’italiano le altre attività formative consistono nella verifica della conoscenza della lingua italiana pari al livello A1-CEFR, richiesta per poter sostenere gli esami del secondo anno di corso. |
3 |
|
Prova finale |
18 |