Description
In medicine, as in many other areas of the economy, there will be great competition for new service experiences that stand out not only through low cost and productivity (functionality and standardization) but also through the satisfaction of individual needs, convenience and social protection (expression and personalization). The program proposes a conceptual and strategic coherence between the design of hardware and software architectures that also ensure the optimized management of this system.
Relevance to the labor market
The new master’s program deepens the field of informatization of complex service-providing structures, responding to the current requirements of providing extended skills for directly employed personnel or carrying out consulting, evaluation, CD, design, organization, planning, logistics and maintenance services for medical services. Thus, the program responds to a worldwide demand for service innovation.
Required knowledge
Minimal knowledge regarding the modeling, design, implementation and operation of IT systems; Basic theoretical knowledge of signal processing.
Competences and skills acquired
- General skills through in-depth training in the field of IT technologies for managing complex discrete processes and structures, with systematic development of software applications aimed at optimizing the Romanian health system.
- Specific skills resulting from deepening the fields of distributed management of medical processes and units and resource management of these units (including applying concepts and methods of Artificial Intelligence), necessary for specialists with coordination and management skills, process integrators and information architectures and managers
Course structure
Year I, Semester I
| Course 1: | eHealth |
| Course 2: | Modeling data flows and computing networks |
| Course 3: | Complex investigative equipment in SIM |
| Course 4: | Intelligent multi-agent systems for environmental assistance |
| Course 5: | HPC (High Performance Computing) in SIM |
| Course 6: | Scientific and practical research |
| Facultative course : | Design and management of educational programs |
Year I, semester II
| Course 1: | Sensors and measurement instrumentation in SIM |
| Course 2: | Expert systems |
| Course 3: | Electronic patient record |
| Course 4: | The basics of service science |
| Course 5: | Scientific and practical research |
| Facultative courses : | Psychopedagogy of adolescents, young people and adults Counseling and guidance |
Year II, semester I
| Course 1: | Complex Processing in Medical Imaging |
| Course 2: | Management and Marketing of Health Services |
| Course 3: | Standards for the transmission of information in SIM |
| Course 4: | IT systems for health insurance |
| Course 5: | Telemedicine |
| Course 6: | Scientific and practical research |
| Facultative courses : | Psychopedagogy of adolescents, young people and adults Counseling and guidance |
Year II, semester II
| Course 1: | Scientific research, practice and dissertation development |
| Course 2: | Ethics and academic integrity |
Research Themes
- Ontologies and relational databases for translational medicine
- Concepts and scientific methods in the modeling of biological growth processes
- Cyber-physical systems for telemedicine
- Applications of fractal analysis in medicine and biology
- Hardware and software architectures for IT systems oriented towards health services
- The use of Information and Communication Technology for the management of health systems
Programming languages and technologies used
C++, Java, Python, Verilog/VHDL
Other information
Teaching language: Romanian
Partner companies: Fundeni Clinical Institute, for research activity