The program trains a new generation of specialists who create technologies of the future and change the world around us. The innovative combination of theoretical and practical knowledge in classical materials science and digital technologies of materials development allows the program graduates to develop the latest materials and nanostructures, whose functionality is in demand in a variety of economic fields, from microelectronics and robotics to construction and medicine.
03.04.02 Physics
Physics of Nanosystems
Full-time education - 2 years, in Russian
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69 010 ₽
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It teaches how to plan and organize research, develop and implement physical and mathematical models to describe phenomena and processes.
The knowledge of graduates of the master's program will be in demand in the following fields of science:
The curriculum contains courses in physics, chemistry, and digital content. The system of special courses can be divided into three blocks:
Graduates of the program are successfully employed in a wide variety of economic sectors, from mining and machine-building companies to law enforcement agencies and government agencies as: