Second cycle degree in

Bioengineering (2020/2021)

Class: LM-21 - Biomedical engineering

Class LM-21 - Biomedical engineering
Duration 2 years
Branch Padova
Language Italian
President of the Course of Study ALESSANDRA BERTOLDO
Access Open access with admission requirements

A multidisciplinary course with a scope ranging from industrial and information engineering methodologies and technologies to medical and biological ones, training professionals with a solid culture and an authentic interest in research and technological innovation. You will learn - with a training approach based on innovation - to identify, analyse and solve often complex problems of biomedical engineering and you will acquire a title that can be spent in research, either Italian or international. You will be able to work in biomedical, biotechnological and pharmaceutical industries dealing with design and development; at public and private hospital companies, service companies for the management of medical equipment and systems and specialised laboratories and at manufacturing industries, in relation to the impact of technologies on human health.

Curricula
BIOINGEGNERIA DELLA RIABILITAZIONE; BIOINGEGNERIA INDUSTRIALE; BIOINGEGNERIA PER LE NEUROSCIENZE; MODELLI E ANALISI DI DATI BIOMEDICALI; SANITA' DIGITALE E INGEGNERIA CLINICA

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Characteristics and objectives
The course provides a solid formation in the methodologies and technologies of information and industrial engineering applied to medical and biological problems, aiming to develop the ability of students to identify, formalize, analyze and solve, if necessary in an innovative way, complex problems typical of biomedical engineering. On these basis, the aim is to prepare figures with a solid knowledge on the multidisciplinary fields of the bioengineer profession, able to face novel challenges of interest for biomedical research and technological innovation.

Occupational opportunities
The graduated in Bioengineering can be employed in:
- Biomedical, biotech and pharmaceutical industries that manufacture and supply systems, equipment's and materials for diagnosis, care and rehabilitation; typical duties are the design of biomedical equipment's and devices, the development of biomaterials, engineered tissues and drugs, the collaboration in multidisciplinary research groups aiming to develop innovative procedures needed to solve clinical problems.
- Public and private health care systems, medical instrumentation, telemedicine and e-health services, specialized laboratories, private practice; the bioengineer provides an engineering viewpoint to the optimization of healthcare delivery, in such areas as technology assessment, quality improvement, organization of health services.
- General manufacturing industries as regards product/process ergonomics and, in more general terms, the impact of technologies on humans.
Finally, the Master's degree In Bioengineering is the title required to enter national as well as international PhD programs.

Curricula
BIOINGEGNERIA DELLA RIABILITAZIONE; BIOINGEGNERIA INDUSTRIALE; BIOINGEGNERIA PER LE NEUROSCIENZE; MODELLI E ANALISI DI DATI BIOMEDICALI; SANITA' DIGITALE E INGEGNERIA CLINICA

  Teaching list

I Anno NEUROPHYSIOLOGY, NEURAL COMPUTATION AND NEUROTECHNOLOGIES [ STEFANO VASSANELLI ] FUNCTIONAL ANATOMY [ VERONICA MACCHI ] CARDIOVASCULAR FLOWS MODELLING [ FRANCESCA MARIA SUSIN ] CARDIOVASCULAR FLOWS MODELLING [ FRANCESCA MARIA SUSIN ] SPORTS ENGINEERINGS AND REHABILITATION DEVICES [ NICOLA PETRONE ] MANUFACTURING TECHNOLOGY [ STEFANIA BRUSCHI ] CELLULAR AND TISSUE BIOENGINEERING INNOVATION, ENTREPRENEURSHIP AND FINANCE [ MORENO MUFFATTO ] INNOVATION, ENTREPRENEURSHIP AND FINANCE [ MORENO MUFFATTO ] ECOLOGICAL SYSTEMS [ ETTORE FORNASINI ] NEUROROBOTICS AND NEUROREHABILITATION [ LUCA TONIN ] ENGLISH LANGUAGE B2 (PRODUCTIVE SKILLS) [ SIMONE CARMIGNATO ] ARTIFICIAL ORGANS [ ANDREA BAGNO ] MECHANICS OF BIOLOGICAL TISSUES [ CHIARA GIULIA FONTANELLA ] COMPUTATIONAL BIOMECHANICS [ PIERO PAVAN ] MODELING METHODOLOGY FOR PHYSIOLOGY AND MEDICINE [ CHIARA DALLA MAN ] MATHEMATICAL CELL BIOLOGY [ MORTEN GRAM PEDERSEN ] BIOIMAGING [ MARIAPIA SACCOMANI ] MACHINE LEARNING FOR BIOENGINEERING [ MORTEN GRAM PEDERSEN ] BIOLOGICAL SIGNAL PROCESSING [ ANDREA FACCHINETTI ] STATISTICAL METHODS FOR BIOENGINEERING [ ALESSANDRA BERTOLDO ] IMAGING FOR NEUROSCIENCE [ ALESSANDRA BERTOLDO ] FINAL EXAM II Anno NEUROPHYSIOLOGY, NEURAL COMPUTATION AND NEUROTECHNOLOGIES BIOACTIVE AND BIOMIMETIC MATERIALS CARDIOVASCULAR FLOWS MODELLING COMPUTATIONAL GENOMICS COMPUTATIONAL GENOMICS MEDICAL ROBOTICS MEDICAL ROBOTICS MEDICAL ROBOTICS SPORTS ENGINEERINGS AND REHABILITATION DEVICES BIOMATERIAL TECHNOLOGY INNOVATION, ENTREPRENEURSHIP AND FINANCE BIOSENSORS BIOSENSORS BIOSENSORS BIOSENSORS NEUROROBOTICS AND NEUROREHABILITATION NEUROROBOTICS AND NEUROREHABILITATION MEDICAL BIOTECHNOLOGIES MEDICAL BIOTECHNOLOGIES MEDICAL BIG DATA SOURCES AND CLINICAL DECISION SUPPORT SYSTEMS MEDICAL BIG DATA SOURCES AND CLINICAL DECISION SUPPORT SYSTEMS MECHANICS OF BIOLOGICAL TISSUES MECHANICS OF BIOLOGICAL TISSUES ENGINEERING METHODS IN THE DESIGN OF DEVICES AND CLINICAL-SURGICAL PROCEDURES MECHANICS OF BIOMATERIALS CHARACTERIZATION AND FUNCTIONALIZATION OF BIOMATERIAL SURFACES MECHANICS OF BIOMATERIALS ENGINEERING METHODS IN THE DESIGN OF DEVICES AND CLINICAL-SURGICAL PROCEDURES ARTIFICIAL ORGANS ANALYSIS OF BIOLOGICAL DATA CONTROL OF BIOLOGICAL SYSTEMS BIOMEDICAL WEARABLE TECHNOLOGIES FOR HEALTHCARE AND WELLBEING CONTROL OF BIOLOGICAL SYSTEMS CLINICAL ENGINEERING AND HEALTH TECHNOLOGY ASSESSMENT ANALYSIS OF BIOLOGICAL DATA BIOMEDICAL WEARABLE TECHNOLOGIES FOR HEALTHCARE AND WELLBEING CLINICAL ENGINEERING AND HEALTH TECHNOLOGY ASSESSMENT ANALYSIS OF BIOLOGICAL DATA ANALYSIS OF BIOLOGICAL DATA MATHEMATICAL CELL BIOLOGY CONTROL OF BIOLOGICAL SYSTEMS BIOMEDICAL WEARABLE TECHNOLOGIES FOR HEALTHCARE AND WELLBEING