Training of specialists in the field of research, development, creation and operation of new materials, technologies, instruments and devices. Mechanics, atomic and nuclear physics, numerical methods in physics, electronics and circuit engineering, and materials science are studied in detail. A considerable part of the study time is devoted to the practical study of experimental research methods.
You will know: the physical foundations of mechanics, the foundations of electricity and magnetism, optics, atomic and nuclear physics, numerical methods in physics, methods of physical and technical experiment, engineering and computer graphics, etc.
You will be able to solve actual engineering and scientific problems in such areas as nanotechnology, space and nuclear industries.
Graduates work in research organizations and production laboratories, where are responsible for the most effective use of the achievements of modern physical science in various industries and technologies. The task of specialists of this profile includes the development of new physical and technological devices, the creation of systems and complexes for various purposes.