ru
ru
Physics and Astronomy

Physics and Astronomy

Master's Degree 03.04.00

About the combined group of programs

mode of study
full-time
duration of the course
2 years
tuition fees, ₽
153 800 (2022)

Education programs

03.04.02 Physics

Medical Physics

What will I learn?

  • to apply knowledge of the main developments, trends, problems and achievements in medical physics
  • to develop mathematical models of processes and objects
  • to carry out experiments and write descriptions of ongoing research
  • to process and analyse obtained results
  • to collect and organise data for reviews, reports and research papers
  • to present research findings at scientific conferences and seminars

Advantages of the program

  • preparation for solving problems in various fields of medical physics: biomedical optics, optoelectronics, interaction of laser radiation with turbid media, development of measuring and computing complexes for the needs of laser medicine, development and creation of medical equipment on the basis of laser technology
  • lecturers - leading experts actively working in the Chelyabinsk Region's healthcare institutions
  • laboratories for conducting scientific experiments and research

Who will I be?

  • a laser equipment specialist in medical institutions of Chelyabinsk and the Chelyabinsk Region
  • a medical physicist in cancer centres
  • a medical devices operating systems programmer
  • a laboratory assistant-researcher in medical institutions

Disciplines to be studied

03.04.02 Physics

Theoretical and Applied Physics

What will I learn?

  • to develop mathematical models of processes and objects
  • to carry out experiments according to defined methodology, write descriptions of ongoing research
  • to process and analyse obtained results
  • to prepare data for reviews, reports and research papers

Advantages of the program

  • preparation for solving problems in various fields of theoretical physics: continuum mechanics, dynamics of liquids, gases, solids and multicomponent mixtures; high-speed plastic deformation and fracture of materials, simulation of intensive flows of radiation on solids; simulation of electrodynamic processes in composite materials
  • study of physics of interstellar medium, MHD instability, star formation in interstellar rotating magnetic clouds, MHD turbulence and mechanisms of magnetic field generation, residual magnetic field of accretion disks of young stars, statistical studies of close binary stars
  • lecturers: Candidates and Doctors of Sciences
  • laboratories for conducting scientific experiments and research

Who will I be?

  • a research assistant
  • an engineer-physicist
  • a Physics teacher

Disciplines to be studied

03.04.02 Physics

Condensed Matter Physics

What will I learn?

  • to simulate physical and chemical processes in condensed media
  • to investigate phase transformations in solid bodies
  • to apply essential methods for the physical and chemical examination of materials in the condensed state
  • to use key software packages required to process the experimental research results

Advantages of the program

  • preparation for solving problems in various areas of condensed matter physics: simulation of the stability of various modifications of nanostructured materials, investigation of the relationship between the structure and properties of materials in the condensed state, experimental investigations depending on the state of the research objects
  • lecturers – Candidates and Doctors of Sciences
  • laboratories for conducting scientific experiments and research

Who will I be?

  • a research assistant
  • an engineer-physicist
  • a Physics teacher
  • a forensic expert

Disciplines to be studied

03.04.03 Radiophysics

Computer Radiophysics

What will I learn?

  • to employ fundamental methods of radiophysical measurement
  • to develop computer and mathematical models of processes and objects
  • to apply knowledge of information technologies, utilise modern computer networks, software products and resources to solve professional problems
  • to conduct research in the field of radiophysics
  • to process and analyse obtained results
  • to utilise academic literature and research journals
  • to prepare data for reviews, reports and research papers
  • to write reports and research papers, participate in scientific conferences and seminars

Advantages of the program

  • fundamental training in the theory, methods and means of transmission and processing of information, sensing of media and objects using electromagnetic radiation, radio engineering and radioelectronic systems. 
  • lecturers: Candidates and Doctors of Sciences
  • laboratories for conducting scientific experiments and research

Who will I be?

  • ar adiophysics engineer
  • an electronics engineer
  • an engineer in the field of infocommunications
  • a radio-electronic means operations engineer

Disciplines to be studied

Entrance examinations

  • Applicants must take a physics interview.
  • The minimum number of points, confirming the successful completion of the entrance test - 40.
  • The entrance test is taken once.

Partnership icon_similar_smiling
and employment

CSU cooperates with leading employers, who are included in the educational process at the stage of course development.

There is always a high demand for CSU students. With the number of events held by our university, you will not be left without a job - prove yourself during an internship or attend job fairs at CSU, where dozens of companies present their offers to students and graduates, advise them and look for personnel.

Employers and partners

Spelling error in the text

Send a bug report to the author?
Your browser will remain on the same page.

Version for the visually impaired

Color scheme: