Basic subjects
History and philosophy of science, History of science, Foreign language, Higher education pedagogy, Methods of professionally oriented education
Specialized subjects
The scientific component of the program includes: 1. Scientific research activities 2. Preparation of scientific publications
Program Overview
The field of research includes the research, development and creation of medical equipment and products for medical, sanitary, epidemiological and environmental purposes aimed at the implementation of modern medical technologies for the prevention and treatment of human diseases.
Program Benefits
The fields of professional activity in this specialty are scientific and research activities in the field of: technical means of collecting, registering, processing, transmitting, receiving and analyzing biomedical signals and data; devices, systems and hardware and software complexes for assessing the current state, screening examination, monitoring, forecasting and diagnostics of human health; devices, systems and hardware and software complexes for therapy, rehabilitation and restoration of lost functions; devices, systems and hardware and software complexes for the study of human mental functions; devices, systems and complexes of aviation and space medicine; devices and hardware and software complexes for laboratory analysis; systems and hardware and software complexes for medical introscopy, including ultrasound, optical, X-ray and magnetic resonance imaging and endoscopic equipment; surgical equipment and related hardware and software systems, including ventilators and inhalation anesthesia; telemedicine diagnostic, monitoring and correction of the patient's health status.
Prospects. Career & Employment
Why is it important to pursue a higher education?
Research directions: 1. Technical means of recording, processing, transmitting, receiving and analyzing biomedical signals and data. 2. Devices, systems and hardware and software complexes for assessing the current state, screening examination, monitoring, forecasting and diagnosis of human health. 3. Devices, systems and hardware and software complexes for therapy, rehabilitation and restoration of lost functions. 4. Devices, systems and hardware and software complexes for the study of human mental functions. 5. Instruments, systems and complexes of aviation and space medicine. 6. Instruments and hardware and software complexes of laboratory analysis. 7. Systems and hardware and software complexes of medical introscopy, including ultrasound, optical, X-ray and magnetic resonance imaging and endoscopic equipment. 8. Surgical equipment and related hardware and software systems, including artificial lung ventilation and inhalation anesthesia devices. 9. Telemedicine systems for diagnosis, monitoring and correction of the patient's health status. 10. Technical means and systems that ensure the improvement of the accuracy of medical diagnostics, reproducibility and comparability of biomedical research results. 11. Methods and means of improving the reliability of medical equipment. 12. Robots and robotic complexes for medical purposes. 13. Robotic systems for rehabilitation of people with disabilities, including those with virtual reality. 14. Methods, models and algorithms, including pattern recognition, for medical information and intelligent systems that enhance the effectiveness of biomedical research and medical decisions. 15. Mathematical modeling of biomedical processes and medical decisions in order to optimize therapeutic and diagnostic processes. 16. Methods and means of studying the functional state and state of human health in extreme conditions, including hostile environments, emergencies and sports. 17. Methods and models for forecasting and assessing the professional suitability of workers in extreme professions. 18. Methods and means of systemic analysis of the state of the body during therapeutic and medicinal effects on the patient, as well as damaging factors of various radiations and other energy factors affecting humans. 19. Methods and means of registration, analysis and interpretation of medical images. 20. Support systems for medical decision-making and medical technology processes, expert, information and management systems for medical purposes that improve the quality of medical care for the population. 21. Artificial intelligence methods and tools for medical and biological research. 22. Special software designed for prevention, diagnosis, treatment and medical rehabilitation of diseases, monitoring of the human body and conducting medical research. 23. Intelligent technologies for meta-analysis of the effectiveness of therapeutic procedures and medicinal prescriptions.