Profile disciplines of BIKAM department

Faculty                                                                     Environmental security, engineering and technology

Graduation Department                                         # 29 «Biocybernetics and Aerospace Medicine»

Field of knowledge                                                  16 Chemical and bioengineering

Specialty                                                                   163 Biomedical Engineering

Educational and professional program                 Biomedical Engineering

Profile disciplines for “Bachelor”:

Biochemistry; Biophysics; Fundamentals of the metrology, interchangeability of biomedical devices; Fundamentals of the Circle and Signal Theory; Computer engineering and programming; Human Anatomy, Physiology and Pathology; Materials science and biocompatible materials; Fundamentals of the interaction of physical fields with biological objects; Analog and digital electronics; Electronic devices; Biomedical devices and systems; Fundamentals of the biotechnical systems theory; Statistical methods in biomedicine; Fundamentals of the Biomechanics; Microprocessor technology; Fundamentals of the biocybernetics; Fundamentals of the estimation of technical condition of biomedical equipment; Fundamentals of the biomedical equipment design; Biomedical signals processing; Biomedical image processing; Fundamentals of the biomedical equipment production; Nanotechnology in Biology and Medicine; Modeling of biological processes; Laboratory-analytical technique; Information technology in medicine; Expert systems in medicine; Fundamentals of the organization formation; Biomedical Measurement Technologies; Fundamentals of the Aerospace Medicine; Medical examination and rehabilitation technologies; Fundamentals of the theory of reliability of biomedical equipment.

Profile disciplines for “Master”:

Biomedical management and marketing; Health Organization; Optimization methods in biomedical engineering; Fundamentals of the scientific research; Theory and practice of laboratory testing; Design of biomedical equipment; Medical-engineering technologies of flight crew training; Statistical models of test processes; Non-destructive testing technologies in medical and technical diagnostics; Decision-making systems in medicine; Methods and means of experimental research; Evaluation of the efficiency of biomedical complexes operation.

Faculty                                                                      Environmental security, engineering and technology

Graduation Department                                         # 29 «Biocybernetics and Aerospace Medicine»

Field of knowledge                                                  17 Electronics and Telecommunications

Specialty                                                                   172 Telecommunications and Radio Engineering

Educational and professional program                 Biotechnical and medical devices and systems

Profile disciplines for “Bachelor”:

Computer software in engineering; Engineering and computer graphics; Chemistry and biochemistry; Materials science and biocompatible materials; Biocompatible materials; Fundamentals of the circuitry of electronic devices; Physicochemical bases of structural elements of electronic devices; Organization of production of radio electronic devices; Apparatus and systems of biomedical complexes; Fundamentals of the metrology, interchangeability of radio electronic devices; Fundamentals of the electrodynamics; Assessment of the technical condition of radio-electronic equipment; Microprocessor systems in radio electronic devices; Systems and complexes of biomedical measurements; Physical and theoretical basis of design; Microprocessor systems in radio electronic devices; Computer-aided design of electronic devices; Modern CAD electronic devices; Fundamentals of the programming in telecommunications and radio engineering; Technical electrodynamics; Elemental base of electronic devices; Fundamentals of the information systems; Systems of operation of biomedical equipment; Fundamentals of the processing biomedical signals and images; Information systems; Human Anatomy and Physiology; Fundamentals of the biotechnical systems theory; Cybernetic systems in biomedicine; Ensuring the reliability of biomedical equipment functioning; Assessment of psychophysiological state of a person; Systems and complexes of biomedical measurements; Statistical data processing; Technology of maintenance and repair of medical electronic equipment; Systems of operation of biomedical equipment; Expert systems in medicine; Laboratory-analytical equipment; Modeling in Biology and Medicine.

Profile disciplines for “Master”:

Technical regulation and conformity assessment; Management in telecommunications and radio engineering; Methods of mathematical modeling in telecommunications and radio engineering; Experimental Research Technique; Optimization of characteristics of radio-electronic biomedical equipment; Design of biotechnical systems; Clinical Engineering; Basics of the scientific research; Synthesis of technological processes in biomedical engineering; Operation efficiency of biomedical complexes; Metrology of biomedical equipment; Nondestructive testing in technical and medical diagnostics.