Applied Physics and Mathematics
03.03.01 In English and Russian
Level of education Bachelor
Type of instruction Full-time
Duration 4 years
With the additional qualification ‘Software Developer’
The programme provides in-depth and balanced training for high calibre experts in the fields of physics, mathematics and information technology for research and innovative developments in fundamental physico-mathematical, applied and interdisciplinary areas.
The programme is suitable for those who want to: work for modern high-tech enterprises with research-intensive world-class production; participate in conducting R&D in engineering and applied physics; and introduce new cutting-edge technologies and devices through the methods and approaches of applied mathematics and physics.
- Methods of Computational Physics
- Higher Algebra
- Higher Mathematics
- Quantum Mechanics
- Mathematical Analysis
- Methods of Mathematical Physics
- Mechanics
- Optics
- Statistical Physics and Thermodynamics
- Theoretical Mechanics
- Probability Theory
- Thermodynamics and Molecular Physics
- Numerical Methods
- Electricity and Magnetism
- Electrodynamics
- Vladimir Chizhik, Professor, Doctor of Physics and Mathematics, Honoured Worker of Science of the Russian Federation, one of the country’s leading experts in nuclear magnetic resonance and its applications; organiser and scientific advisor of the annual Winter Youth School Conference ‘Magnetic resonance and its applications (Spinus)’.
- Andrei Komolkin, Candidate of Physics and Mathematics, Associate Professor, Honoured Worker of Higher Professional Education, Vice-Chair of the International Symposium ‘Nuclear Magnetic Resonance in Condensed Matter (NMRCM)’
- Yuri Golubovskii, Doctor of Physics and Mathematics, Professor, Honoured Worker of Higher Professional Education
- The bachelor's programme ‘Applied Physics and Mathematics’ is aimed at an in-depth study of modern computer and information technology. It makes it possible to carry out productive research in various fields of physics, engineering and technology.
- Students master advanced methods for solving applied problems and acquire in-depth knowledge in the fields of physics and mathematics.
- The training is based on the combination of fundamental education with practical work in academic and research laboratories, as well as at enterprises of potential employers
- Throughout the training, lecturers and students work together to solve problems that are novel and of considerable practical importance.
- Graduates of the programme are fully prepared for continuing their education in master’s programmes and for a successful academic career.
The programme is internationally accredited by the Agency for Higher Education Quality Assurance and Career Development (AKKORK), the Certificate dated 30 May 2018
- Stockholm University (Sweden)
- Paul Sabatier University (France)
- The Leibnitz Institute for Plasma Science and Technology (Germany)
- The Technische Universität Darmstadt (Germany)
- The programme is aimed at training specialists in the fields of physics, mathematics and information technology for research and innovative developments in fundamental physico-mathematical, applied and interdisciplinary areas
- The graduates are trained to work for modern high-tech enterprises with research-intensive world-class production conducting R&D in engineering and applied physics and introducing new cutting-edge technologies and devices through the methods and approaches of applied mathematics and physics
Key positions
- Design engineer
- Specialist in computer-aided design of technological processes
- IT specialist in contemporary physics experiment
- Teacher (teaching activity in pre-school, primary general, basic general, secondary general education)
- Teacher of professional training, vocational education, and lifelong professional education and training
- Software developer
- Expert in research and engineering