Educational program

More details
Code – Speciality 7M07109 - Medical engineering (Medical equipment)
The aim of the educational program

Training of highly qualified engineering specialists in the field of medical engineering, with professional competencies corresponding to the global labor market, capable of engaging in research and teaching activities.
Graduate model
Graduate qualification Professional sphere:

- medical engineering, including information-sensory, executive and control modules, their mathematical, algorithmic and software, methods and tools for their design, modeling, experimental research and design;
- theoretical and experimental studies, signal analysis, multidimensional signal processing, mathematical foundations of pattern recognition, real-time diagnostic information processing software, complexes for collecting, analyzing, processing and storing biomedical information; databases and knowledge, forecasting and decision-making systems, software for medical and technical support systems for medical institutions.
The object of professional occupation:

Enterprises and organizations involved in the development and production of medical equipment, medical equipment service enterprises, medical treatment and diagnostic organizations, research medical centers, educational institutions.
Types of professional occupation:

research and development;
design and engineering;
organizational and managerial;
design and technological;
installation and adjustment;
service and operational;
scientific and pedagogical.
Functions of professional occupation:

Development and design of medical equipment, maintenance and repair of medical equipment, diagnostics of the state of medical devices, control of the production of medical equipment, research activities, teaching activities.
Graduate competences map
Formed core competencies Program outcome
1. Ability to study in complex engineering activities, awareness of health protection, life safety and labor safety in production. Demonstrate a steady interest in self-education and training of colleagues, guide and advise them throughout the entire period of professional activity.
2. Ability to develop design documentation in accordance with methodological and regulatory requirements, prepare applications for inventions. Apply methods for designing information and measuring systems for medical purposes based on microprocessor technology, technical regulations and normative legal acts in the field of medical equipment.
3. Ability to apply the scientific methods of systems theory and systems analysis in solving problems in the design and operation of modern systems in the field of medical engineering. Apply scientific methods of systems theory and system analysis in the research and development of modern complex systems that simulate a problem situation in the field of medical engineering.
4. The ability to conduct independent research in medical engineering and modernize existing biomedical systems, introduce digital signal processing methods with elements of artificial intelligence. Apply methods for processing and analyzing medical information, machine learning algorithms to solve medical engineering problems.
5. The ability to organize scientific research and development, present and reasonably defend the results of intellectual activity, determine methods of legal protection of the results of intellectual activity, taking into account research, development and design of objects in a particular area. Apply comprehensive research, including interdisciplinary research, based on a holistic, systematic scientific worldview using knowledge in the field of history and philosophy of science.
6. Able to present the modern scientific picture of the world, identify the natural scientific essence of the problem, formulate tasks, determine ways to solve them and evaluate the effectiveness of the choice of methods in a particular area. Apply knowledge of the natural sciences, physical and mathematical processes to solve practical problems in professional activities.
7. The ability to argue one's worldview, civil and professional positions in the state, Russian and foreign languages on the basis of moral values, social and humanitarian knowledge, scientific approaches and legal knowledge. Demonstrate professional written and oral communication skills, as well as critical thinking and interdisciplinary problem solving skills.
8. The ability to build mathematical models of biotechnical systems and medical devices, to choose a method for their modeling, to develop a new algorithm or to choose a known algorithm for solving a problem. Apply mathematical models of biotechnical systems and medical products, modeling methods to solve problems in medical and technical sciences.
9. Ability to apply modern software products and the latest technologies to solve and manage interdisciplinary engineering problems in the field of medical engineering. Apply modern technical means, software products for managing and processing information, and information technologies, including artificial intelligence technologies to solve problems in the field of medical engineering.
10. The ability to design devices, devices, systems and complexes for medical purposes, taking into account the requirements of safety and environmental friendliness. Design modern and reliable blocks and devices, intelligently controlled executive, information and sensor modules of medical devices, devices and systems.
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study