Basic subjects
A foreign language for professional communication History and methodology of science Philosophy and philosophical issues of natural science Mathematical methods in radiophysics
Specialized subjects
Spectroscopy of random signals. Physics of information management systems Fundamentals of quantum optics, computer Science, and laser Subdopler spectroscopy Computer technology. Modeling of microwave and optical band devices Additional chapters of digital signal processing Mathematical methods of applied electrodynamics Interaction of laser radiation with matter and nonlinear optics Physics of gas discharge Modern digital circuit technology Mobile communication systems Selected chapters of physics and technology of microwave and optical range Modern methods of spectral estimation Modeling of antenna-feeder devices Lasers in measuring systems Modeling of processes in lasers Methodological seminar on microwave physics and technology and a special radiophysics workshop Methodological seminar on quantum radiophysics and a special radiophysics workshop Methodological seminar on radiophysics and a special radiophysics workshop Wireless communication systems Electrodynamic modeling of antennas and microwave devices
Program Overview
Our program prepares future highly qualified researchers and engineers to work in scientific organizations, universities, institutes of the Russian Academy of Sciences, enterprises of the real sector in the field of radio electronics, specialists in the field of IT technologies, etc. In addition to mastering a number of special courses in the field of Radiophysics, most of the master's degree time is devoted to scientific work and engineering developments at the departments of the faculty, as well as in scientific institutes and design bureaus of the real sector, various high-tech companies.
Prospects. Career & Employment
Graduates can work in research organizations and at high-tech enterprises of the military-industrial complex. Working at these enterprises, leading world-class developments, provides great opportunities for creative activity in the field of fundamental and applied research, as well as opens up wide opportunities for professional growth. Graduates can be employed as Systems Engineer for Software Defined Radio, Electromagnetic Scientist, Service Technician, Radiographer, Sonographer, etc. They also can pursue a career in science and technology. Some of them enroll in postgraduate studies at the Faculty of Physics or partner companies. Then many continue their careers in various Russian and foreign research centers, high-tech enterprises, universities.
Why is it important to pursue a higher education?
You will become highly qualified researchers and engineers to work in scientific organizations, universities, institutes of the Russian Academy of Sciences, enterprises of the real sector in the field of radio electronics, specialists in the field of IT technologies, etc.