Direction, code 03.03.01
Physics and Engineering of New Materials
55
Places on a budgetary basis
7
Contractual seats
340 000
₽
Cost of training per year
About the training program
Программа нацелена на подготовку специалистов в различных областях: прецизионных измерений; моделирования процессов в физики твердого тела и наноструктур; современных методов обработки данных и машинного обучения; фундаментальной и прикладной сверхпроводимости; функциональных материалов; тонких плёнок и наноструктур; сплавов с эффектом памяти формы и сенсоров ультрамалых концентраций различных веществ.
What you will learn
- Physical basis of superconductivity
- Solid State Physics
- Laser cooling
- Quantum systems
- Physics of nanosystems
- Numerical methods in quantum physics
- Fundamentals of computer design and experiment automation
- Physical methods of surface research
- Instruments and methods of spectral analysis
- Fundamentals of modeling of physical systems
- Computational methods in physics
- Theoretical solid state physics
- Physics of functional materials, thin films and nanostructures
- Physics of superconductivity
- Physics of condensed matter
- Introduction to the physics of nanostructures
What do graduates do for a living?
The range of tasks for graduates of the program includes the physics of nanostructures and thin films, the physical basis and applications of superconductivity, and the interaction of concentrated radiation fluxes with matter - from new optoelectronic devices, cosmic ray detectors and superconducting magnets to problems in materials science, chemical catalysis, ecology and medicine. This allows graduates to work in most of the world's research and scientific laboratories.
Passing score on the budget
2024
285
2023
278
2022
245
Earnings of specialists
от80 000 ₽
inexperienced
Junior
от200 000 ₽
1-3 years
Middle
от500 000 ₽
from 3 years
Senior
Entrance tests
Exam 1 of 2
Физика
Физика (общая физика)
Exam 2 of 2
Математика
Математика в инженерных науках