Information technology engineering for health and communication

(i) The specific educational goals of the program are connected to the acquisition of:

a strong theoretical and application knowledge in the main fields of IT (through subjects belonging to the following Academic Fields and Disciplines NG-INF/01, ING-INF/02 e ING-INF/03)

(ii) deep expertise in the techniques and methodologies to comprehend, manage and treat information derived from complex systems (through subjects belonging to the following Academic Fields and Disciplines NG-INF/05 concerning the communication curriculum and ING-INF/06 concerning the health curriculum).

The evaluation of the knowledge and the comprehension capabilities will derive from oral and written exams which will assess the students’ theoretical knowledge and the ability to solve complex problems by a methodological approach.

An important element of evaluation of the comprehension capabilities is made from the final examination in which the students, guided by their supervisor professor, will have the opportunity to verify their level of comprehension about complex problems and at the same time boost their acknowledgement process.

Concerning the capability to put into practice the knowledge acquired, the master graduate students in information technology engineering for health and communication will be able to implement their capabilities to:

Analyze, design and implement systems for the transmission, the development and the encoding of information;

apply the new methodologies of transmission and process of signals in emerging application such as: next generation mobile systems;

produce medical images, support services for elders and people with disabilities, urban mobility support, remote surveillance, Internet of Things (IoT);

Surroundings Monitoring System (active and passive remote sensing)

I laureati dovranno saper utilizzare queste capacità anche in aree nuove ed emergenti della loro specializzazione, quali ad esempio: (i) le telecomunicazioni ottiche; (ii) l’elaborazione di segnali biomedicali; (iii) la progettazione di reti sicure; (iv) l’utilizzo delle onde millimetriche; (v) il bioelettromagnetismo.

The graduate students will have to be able use the acquired capabilities also in new and emerging fields of their expertise, i.g.: (i)  optical telecommunications; (ii) biomedical signals processing; (iii) network security design; (iv) Extremely high frequency use; (v) Bioelectromagnetism.