Daytime program: duration of study is 2 years.

Specialized subjects: 1st specialized subject – "Fundamentals of Electronics", 2nd specialized subject – "Integrated and Microprocessor Circuitry".

Degree awarded: Master of Science in Engineering in the educational program "7M007109 – Medical Engineering (Medical Equipment)".

Objective of the educational program: To train highly qualified specialists with an engineering profile in the field of medical engineering, possessing professional competencies that meet the global labor market demands, and capable of engaging in research and teaching activities.

The uniqueness of the program and its focus: The master's program "Medical Engineering (Medical Equipment)" is unique due to its interdisciplinary approach, combining knowledge of medicine and engineering. Students study the latest technologies, including medical devices, robotic systems, and artificial intelligence in healthcare. The program focuses on practical training, collaboration with clinics and research centers, allowing graduates to develop innovative solutions for diagnostics and treatment, making them highly sought-after specialists in high-tech medicine.

Main advantages of the program:

1. International collaboration: Master's students participate in academic mobility programs with universities such as Tomsk Polytechnic University, Saint Petersburg Electrotechnical University, and Berlin University of Applied Sciences.
2. Modern material and technical base: The program is supported by specialized laboratories, such as the medical equipment laboratory, which uses modern devices for diagnostics and treatment, including electrocardiographs and biochemical analyzers.
3. Professional prospects: Graduates of the program can work in the field of medical equipment development and maintenance, hold positions as maintenance engineers, as well as engage in research and teaching activities.

The program aims to prepare highly qualified personnel in demand on the global labor market and contributes to the advancement of medical technologies through the implementation of innovations and digital solutions.

Graduates of the 7M07109 "Medical Engineering (Medical Equipment)" program have broad career prospects in various fields related to medical equipment and engineering solutions in healthcare. The main areas of employment include:

1. Engineering and technical positions in medical institutions and companies involved in the maintenance of medical equipment. This includes the development, installation, operation, and maintenance of medical devices such as diagnostic systems, imaging machines, and surgical instruments.
2. Work in research institutes and universities, where there is a need for conducting scientific research in the field of biomedical engineering and developing new medical technologies.
3. Positions in international and national companies engaged in the production and implementation of medical equipment, such as Roche Diagnostics and other high-tech corporations operating in healthcare.
4. Consultants and medical equipment experts in private and public healthcare organizations involved in the procurement, implementation, and upgrading of medical equipment.

Acquiring additional competencies. During their studies, master's students have the opportunity to not only deepen their understanding of specialized subjects but also to master related fields. Leading international companies and universities are involved in conducting training courses, including:

• The "Cloud Engineer Learning Path" program by Google,
• The "Academic Information Seeking" program on the Coursera platform, University of Copenhagen,
• The "The Science of Success: What Researchers Know" program on the Coursera platform, Michigan State University.