Master’s program (120 ECTS -2 years) offers a student extensive knowledge in principal areas of applied mathematics:
Mathematical modeling of natural and industrial objects, systems, and processes. Special attention is given to innovative sections of mechanics and biomechanics related to the modeling and optimization of parts and devices on the basis of new materials.
Modern numerical methods, techniques, and software tools including numerical methods for initial and boundary-value problems for PDE (partial differential equations) based on Galerkin-type approach, FEM (the finite element method), FDM (the finite difference method), etc., as well as the use of software (computer programs) such as MATLAB, Maple, ANSYS, COMSOL, etc.
Advanced computer technologies and data analysis with a focus on parallel and distributed programming and statistical data processing.
Courses offered in our Master's program cover a wide range of areas, such as modeling of composite, porous and piezo-active materials, modeling of viscous fluid flows under complex conditions and taking under account heat and mass transfer processes, modeling of stock market behavior, and enterprise management.
Students will gain the fundamental skills of mathematical modeling and using the software in qualitative research, which they can apply in the future to real-world problems. Students will have a professional practice at local and regional commercial companies and partner research organizations.
The graduates of our Master's program get a Master of Science degree in applied mathematics and computer science. They are equipped with up-to-date research methods and tools, which help them solving R&D problems in IT companies and industry individually or as a part of an international scientific group.
Our graduates can find jobs in:
Research institutions, universities
R&D departments of industrial companies
IT and analytical bank departments
Pursue a Ph.D.
After obtaining an MSc in Applied Math, graduates can continue their studies and apply for admission to a four-year Ph.D. program. At Southern Federal University, we conduct research with the aim of training professionals to meet the needs of society and business. Our approach is based on an in-depth mastery of mathematical theory and practically oriented experimental work.
Lectures provide students with a general overview of the course, while group exercise sessions include general discussions as well as the interaction between professors and students.
Students are expected to work independently as well as contribute to classroom discussions. We provide training in the application of mathematics to a wide range of problems in science and technology. A particular emphasis is placed on the problem formulation, the analytical and numerical techniques for its solution, and the computation of practically oriented results.