Master of Science degree
condividi tramite

Biomedical Engineering

logo ateneo
Academic year 2024/2025
Department of Information Engineering
Università Politecnica delle Marche
EQF level: 7
Degree classification: LM 21 - biomedical engineering
Field of study: engineering and engineering trades
Place of teaching
ancona (AN), italy
*Modalità di accesso
*Accesso libero
Languages in which the course is held
Italian
Cost
Not specified

Course contents

Type of course and possible continuation of the course of study
The master's degree in Biomedical Engineering has been activated in the Academic Year 2015-2016 and is held in English to support students as well as professors internazionalization, in line with the strategic objectives of the Ateneum. In this way, students will learn advanced topics of biomedical engineering in an international atmosphere. The the master’s degree in Biomedical Engineering is currently coordinated by Prof. Laura Burattini who is also a member of the Steering Committee of the National Bioengineering Group (GNB), the reference association of Biomedical Engineering in Italy that deals with both training and research.

Training path
The master's degree in Biomedical Engineering starts from the basic knowledge acquired by students during the 3-year bachelor’s degree in Biomedical Engineering and deepens and integrates such knowledge with advanced and specialized knowledge in both traditional and innovative biomedical sectors.

Training objectives, professional figures and employment opportunities
The goal of the master courseis to form a multivariate professional figure able to act properly in companies, in clinical/healthcare facilities and in research contexts.
To provide a courses as close as possible to the market demand, the master's degree in Biomedical Engineering offers the student the opportunity to choose between two curricula, the eHealth and Clinical Engineering curriculum, which deals with issues concerning the digital approach to medicine and health as well as themes typical of clinical engineering; and the Engineering of Medical Devices curriculum, which deals with issues concerning the industrial production of medical devices.

Teaching methods
Beside the conventional modality of teaching, which consists in frontal lecturing, the master’s degree in Biomedical Engineering will also implement online teaching through e-learning platforms (Moodle - Learning Management System). Starting from 2019-2020, the master’s degree in Biomedical Engineering also provides a double degree agreement with the Catholic University of America of Washington (USA).
Page of the course on the University's website

Teaching

Place of teaching
ancona (AN), italy
Languages in which the course is held
Italian

Admission

*Modalità di accesso
*Accesso libero
Cost
Not specified

Employment opportunities

The professional fields of graduates in Biomedical Engineering are extremely varied and rapidly changing. It is foreseeable that they address to interlocutors of various kinds (in health, industry, services, etc.) who will have to analyze, quantify, monitor, optimize the impact of technologies on biological phenomena and on humans. The professional figure that derives from the Master's Degree in Biomedical Engineering can find employment opportunities in the following industrial/health sectors:

- in public and private health facilities, in biomedical engineering services (or clinical engineering/biomedical technologies), in the world of motor rehabilitation, sport, physical exercise and entertainment/fitness;
- computer applications relating to the processing of biomedical and bioimaging data, genomics and health telematics applications;
- the production and marketing industries of: special materials, prostheses/orthoses, implantable and portable devices, robotic systems for the biomedical sector, and equipment for prevention, diagnosis, treatment, rehabilitation and monitoring;
- the pharmaceutical and food industry regarding the quantification of the interaction between drugs/substances and biological parameters;
- the manufacturing industry in general as regards the ergonomics of products/processes and the impact of technologies on human health.

In all the occupational fields listed above, graduates will be able to deal with problems concerning planning and programming, production development, management of complex systems. In particular, in hospitals, both public and private, they will be able to interact with health professionals, within their respective competences, in diagnostic, therapeutic and research applications.

After passing the state exam, and enrollment in the register of senior engineers in accordance with current legislation, the master's degree in Biomedical Engineering can devote himself to self-employing (feasibility studies, design, technical arbitrations, expert opinions or in quality expert of the Court, etc.) and to access competitions in public bodies (such as the various ASUR).

AlmaLaurea surveys

*Verifica se sono disponibili dati puntuali su questo percorso di studio.
Potrai comunque consultare dati relativi a percorsi di studio affini o all'ambito disciplinare cui il corso afferisce.

*Dati sul corso di studi
*Dati sulla classe di laurea Biomedical Engineering (2)
Notes
Dati aggiornati a settembre 2024
Other editions of the same course
Academic year edition 2023/2024Academic year edition 2022/2023Academic year edition 2021/2022
Chiudi