• Scientific and pedagogical direction - Doctor of Philosophy (PhD)

1. Demonstrate a comprehensive knowledge of current advances and challenges in applied biophysics, including the development of new theories and models;
2. Interpret the knowledge obtained when substantiating the development of new theoretical models and methods that are of significant importance for the development of applied biophysics and related fields;
3. To substantiate the principles and methods of applied areas of independent research aimed at identifying new patterns and developing innovative approaches in applied biophysics;
4. Substantiate the theoretical foundations of data analysis and interpretation based on integrated approaches, including mathematical modeling and experimental methods;
5. Discussion and integration of interdisciplinary knowledge in solving the development of algorithms for automating the processes of setting up and diagnosing electronic medical equipment, reducing the probability of errors and improving work efficiency;
6. Conduct independent fundamental research in the field of applied biophysics, formulate and solve high-level scientific problems;
7. Conduct comprehensive research and develop fundamental theoretical foundations for the integration of interdisciplinary knowledge to solve biophysical problems associated with disorders of the physiological functions of the body and the risk of pathogenesis;
8. To prepare and train scientific personnel, passing on their knowledge and experience to the younger generation of scientists, and also to publish research results in leading international scientific journals with a high impact factor;
9. Formulate and substantiate conceptual approaches to forecasting complex biophysical processes, develop original innovative methods of data analysis and interpretation to support critical management decisions in interdisciplinary scientific and applied contexts;
10. Formulate original scientific judgments and conceptual positions in relation to complex and poorly studied manifestations of biophysical processes, integrating the results of his own research and modern scientific approaches for the development of scientific schools and management strategies in the scientific and practical sphere.