Biomedical Engineering — Politecnico di Milano, Milano

Il piano degli esami

Curricula: BBB - Biomechanics and biomaterials, BCT - Cells, tissues and biotechnology, BIF - Information Bioengineering, BTE - Technologies for electronics, BCI - Clinical engineering. Qui sotto: BBB - Biomechanics and biomaterials.

1° anno

• Mathematical and numerical methods in engineering [i.c.] — 12 CFU
• Endoprostheses design [i.c.] — 10 CFU
• 6 CFU a scelta tra (scegli 6 CFU): Physiological control systems 6 CFU; Methods and technologies for neurosensory systems 6 CFU; Motor system rehabilitation 6 CFU; Respiratory system: modeling methods and technologies 6 CFU
• 5 CFU a scelta tra (scegli 5 CFU): Bioingegneria del sistema motorio 5 CFU; Mechanics of biological structures 5 CFU; Strutture bioartificiali e biomimetiche 5 CFU; Certificazione e attivita' regolatorie per dispositivi medici 5 CFU; Biomachines 5 CFU; Computational biology of the heart 5 CFU; Methods and instrumentation for functional assessment 5 CFU
• 20 CFU a scelta tra (scegli 20 CFU): Transport phenomena in biomedical engineering 10 CFU; Costruzioni biomeccaniche 10 CFU; Biomaterials [i.c.] 10 CFU
• Gruppi BASE, GES, INGLM-BBB, MED, MOD (scegli 10 CFU): Biomedical electronics 10 CFU; Cell and molecular bioengineering 10 CFU; Transport phenomena in biomedical engineering 10 CFU; Biomedical signal and image processing 10 CFU; Endoprostheses design [i.c.] 10 CFU; Impianti ospedalieri e sicurezza [c.i.] 10 CFU; Costruzioni biomeccaniche 10 CFU; Analisi e organizzazione di sistemi sanitari [c.i.] 10 CFU; Biomaterials [i.c.] 10 CFU; Medical informatics 10 CFU; Technologies for sensors and clinical instrumentation 10 CFU; Business planning for medtech innovation 5 CFU; Economics and performance of the healthcare sector 5 CFU; Value based health care 5 CFU; Ict for health care 5 CFU; Introduction to quantum physics 5 CFU; Medical applications of radiation fields 10 CFU; Mems and microsensors 10 CFU; Methods for complex shape generation 5 CFU; Nanostructured materials 5 CFU; New sensors and measurement systems for engineering 5 CFU; Principles of polymer chemistry 5 CFU; Virtual and augmented reality for sports engineering 5 CFU; Collaborative robotics 5 CFU; Advanced numerical methods for coupled problems 5 CFU; Biochip 5 CFU; Composite materials for structural applications 5 CFU; Computing infrastructures 5 CFU; Electronics design for biomedical instrumentation 10 CFU; Fondamenti della misurazione 5 CFU

2° anno

• Capstone projects — 5 CFU
• Prova finale (bio lm) — 17 CFU
• 20 CFU a scelta tra (scegli 20 CFU): Tecnologie per la medicina rigenerativa [c.i.] 10 CFU; Advanced modeling approaches for cardiovascular surgery [i.c.] 10 CFU; Applicazioni biotecnologiche e bioreattori [c.i.] 10 CFU; Life support systems 10 CFU
• 5 CFU a scelta tra (scegli 5 CFU): Laboratorio di caratterizzazione dei tessuti 5 CFU; Biomaterials and instrumental analysis laboratory 5 CFU; Laboratorio di biofluidodinamica 5 CFU; Computational biomechanics laboratory 5 CFU; Laboratorio di costruzioni biomeccaniche 5 CFU
• Gruppi BASE, GES, INGLM-BBB, LAB, MED, MOD, SPEC, SOFT SKILLS, AMBASSADOR (scegli 10 CFU): Biomedical electronics 10 CFU; Cell and molecular bioengineering 10 CFU; Transport phenomena in biomedical engineering 10 CFU; Biomedical signal and image processing 10 CFU; Endoprostheses design [i.c.] 10 CFU; Impianti ospedalieri e sicurezza [c.i.] 10 CFU; Costruzioni biomeccaniche 10 CFU; Analisi e organizzazione di sistemi sanitari [c.i.] 10 CFU; Biomaterials [i.c.] 10 CFU; Medical informatics 10 CFU; Technologies for sensors and clinical instrumentation 10 CFU; Business planning for medtech innovation 5 CFU; Economics and performance of the healthcare sector 5 CFU; Value based health care 5 CFU; Ict for health care 5 CFU; Introduction to quantum physics 5 CFU; Medical applications of radiation fields 10 CFU; Mems and microsensors 10 CFU; Methods for complex shape generation 5 CFU; Nanostructured materials 5 CFU; New sensors and measurement systems for engineering 5 CFU; Principles of polymer chemistry 5 CFU; Virtual and augmented reality for sports engineering 5 CFU; Collaborative robotics 5 CFU; Advanced numerical methods for coupled problems 5 CFU; Biochip 5 CFU; Composite materials for structural applications 5 CFU; Computing infrastructures 5 CFU; Electronics design for biomedical instrumentation 10 CFU; Fondamenti della misurazione 5 CFU