Electronics and Medical Informatics

Catalogue of disciplines

Overview

Master's degree program, Electronics and Informatics Medical, is designed for a duration of 2 years (4 semesters) during which students will familiarize themselves with new concepts and technologies and their use in medical applications and prepare for scientific research at the interface between engineering and medical sciences.

Electronics and Medical Informatics is an in-depth master's program oriented application-oriented, encouraging students through semester projects to apply their acquired knowledge and prepare for the job market.

Students will also have the opportunity to get in contact with representatives of prestigious companies in the field of biomedical engineering through lectures and webinars.

By organizing meetings with startup representatives students will will learn how an innovation process takes place, starting from the identification from identifying a need to monetizing the solution implemented to solve it. and bringing a medical device to market.

Who is it for?

The EIM masteart program is addressed to all graduates from faculties of electronics and telecommunications, medical engineering, automation and computer science and electrical engineering, but also those who are interested in developing skills in R&D, design, organization, consultancy services, maintenance in healthcare.

Objectives of the Master's programme

The main objective of the interdisciplinary master's degree program, Electronics and Medical Informatics, is the application in the medical field of principles, new software and hardware technologies, as well as new software and hardware results of research and development activities in the field of engineering.

Specific objectives:

• preparing students for the development of technical software and solutions hardware in the medical field.
• attracting companies from the biomedical engineering industry (companies that medical equipment, software tools with applications in the field medical), regulatory and standardization bodies to train students.

Specialist skills offered to graduates

• Working with the fundamentals of applied, engineering and medical sciences, general and specialized, to solve specific technical problems Electronics and medical informatics;
• Design, implementation and management of small and large radio networks, in in order to ensure safe access and guaranteed performance;
• Hardware and software design of technical equipment used in medicine for diagnosis, therapy, rehabilitation and intelligent prosthetics. Development and use of means of information representation and technical documents specific to the field of Electronics and Informatics Medical;
• Design, implementation, monitoring, operation and maintenance technical devices, apparatus, equipment and systems used in medicine, as well as of the technical (material, logistical, IT) space specific to the field of electronics and medical informatics;
• Coordination and implementation of research and execution projects for medical technologies and equipment;
• Use of IT products dedicated to medical applications: management large volumes of data, advanced analysis and processing of biosignals and medical medical images, development of mobile applications for medical medical systems/equipment, management of digitally stored medical data;
• The ability to function as the leader of a team that may consist of people with different specializations and skill levels (e.g. a team of doctors and engineers)
• Ability to communicate and collaborate with specialists in other fields, other than electronics, in order to ensure an interface between the technical problems they encounter and the solutions to those problems;
• Ability to identify needs and problems and develop solutions by applying domain-specific methods and tools.

Examples of research directions addressed

• Biomedical signal and image processing for diagnostics diagnosis
• Intelligent monitoring systems for medical parameters (e.g. systems mHealth)
• Mobile apps in healthcare
• Brain-computer interfaces for therapy and rehabilitation
• Applications of Artificial Intelligence in Healthcare
• Medical data management systems.
• Medical sensor networks

courses

Semester 1

Semester II

Semester III