Basic subjects
History and philosophy of science, History of science, Foreign language, Higher education pedagogy, Methods of professionally oriented education
Specialized subjects
1.1.1 - Real, complex and functional analysis, 1.1.2 - Differential equations and mathematical physics, 1.1.8 - Mechanics of deformable solids, Nonlinear mechanics of micropolar media, Inverse problems in mathematical physics, 1.1.9 - Mechanics of liquid, gas and plasma, High-frequency methods in wave problems of hydroaeroacoustics, Asymptotic methods of nonlinear hydrodynamics
Prospects. Career & Employment
Why is it important to pursue a higher education?
1.1.1 - This program teaches the most succesSFedUl students in the field of pure mathematics who have shown a tendency to independent scientific work in the field of real, complex and functional analysis, and who aim their professional activities to work in scientific organizations of the Russian Academy of Sciences and higher educational institutions in Russia. 1.1.2 - Graduate students studying in the scientific specialty 1.1.2 Differential equations and mathematical Physics must master the basic mathematical disciplines in the scope of the university curriculum (as a rule, they are graduates of the Institute of Mathematics, Mechanics and Computer Science). The purpose of the educational program is to train highly qualified scientific and scientific teaching staff in the scientific specialty "Differential Equations and Mathematical Physics". As a result of the implementation of this program, the society should receive highly qualified specialists who are able to effectively carry out professional activities in the field of mathematics using fundamental theoretical knowledge and innovative technologies. 1.1.8 - This program is attended by graduates of bachelor's degrees from various universities - SFedU, DSTU, other universities in the South of Russia and foreign universities who have succesSFedUlly passed the entrance exams. The development of technologies for the production of new materials (composite, gradient, in the presence of a piezoelectric effect) and structural elements, including using additive technologies, requires the improvement of both the calculation base and the development of methods for identifying properties. In addition, graduate students acquire practical and lecture skills with students. 1.1.9 - University graduates with the ability and aptitude for research activities.