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

1.To оrganize and to conduct training sessions taking into account the principles of student-centered learning and assessment in the field of study, as well as develop educational and methodological materials in the taught disciplines, taking into account the integration of education, science and innovation.
2.To conduct educational and extracurricular activities for students, support and develop the educational environment and organizational culture, as well as observe the principles of academic honesty and integrity, extrapolate innovations in the profession (in the area of ​​higher and postgraduate education) into the educational process.
3.To conduct scientific research and obtain new fundamental and applied results, plan scientific and analytical research in accordance with the approved direction of research in the field of specialization.
4.To use the concepts of the essence, mechanisms and patterns of various physical processes in the development of conceptual and theoretical models of solved scientific problems and problems.
5.To use methods of mathematical, numerical and computer modeling in the analysis and solution of applied and engineering problems, demonstrating the skills to expand their knowledge based on information and educational technologies.
6.To draw up a project and develop recommendations for the implementation of research results using mathematical modeling and numerical experiments in manufacturing and other industries.
7.To conduct an in-depth analysis of problems, formulation and justification of problems, identify their natural scientific essence in the course of scientific research activities, and use the appropriate mathematical apparatus to solve them.
8.To develop mathematical and computer models to solve problems describing the processes of physical chemistry, kinetics, solid body dynamics, and dynamics of turbulent flows.
9.To analyze, design and conduct numerical experiments of constructed mathematical models of industrial, technological, non-stationary physical processes.
10.To conduct research and experiments to apply the mathematical and numerical apparatus of fundamental knowledge on numerical methods, computational fluid dynamics, turbulence modeling, physical, nonlinear technological processes and complex systems to solve applied problems.
11.To conduct scientific research with foreign partners in order to implement interstate programs in the field of mathematical modeling, mathematics and mechanics, participate in scientific seminars and conferences, maintain international contacts with the scientific community.
12.Work in a team, tolerantly perceiving social, ethnic, religious and cultural differences, critically evaluate your activities, the activities of the team, outline ways and choose means for self-development, improving your qualifications.