About the training program
This field combines fundamental training in mathematics, mechanics, and information technology with practical skills for solving engineering and scientific-technical problems. Particular attention is paid to the development and study of mathematical models of mechanical processes, the digital design of complex technical systems, and the performance of computational experiments. The program enables students to master modern engineering analysis software, methods for processing calculation results, and technologies for developing specialized software.
What do graduates do?
Graduates can work in the fields of education and science, engaging in teaching and scientific research, in architecture and design, performing mathematical and computer modeling of complex systems and structures. They are in demand in the oil and gas industry, nuclear and rocket-space industries, shipbuilding, automotive and aircraft manufacturing, where they apply methods of mathematical modeling, computational mechanics, numerical methods, and reliability analysis. It is also possible to work in cross-cutting types of industrial activities, including research and development, algorithm creation, software, and models of mechanical systems and processes.
