Department of Radio Engineering Devices and Antenna Systems

The department conducts teaching and research work in the field of radar and radio navigation, array signal processing, digital methods of signal generation and processing, digital television, laser location and remote diagnostics of biological objects, antenna design and analysis of radio wave propagation in difficult conditions.

• radar methods for studying objects and environments
• radar monitoring of space debris objects
• array signal processing
• autonomous radio navigation systems
• propagation of radio waves in difficult conditions
• propagation of radio waves in tropospheric ducts
• design of antennas and antenna arrays
• digital processing of radar information
• laser monitoring of objects and environments

• ​Grant of the Ministry of Education and Science in the field of scientific activity in the design part № 8.152.2014/K: "Research of three-dimensional radar mapping of the Earth's surface from aerospace vehicles and ground-based scanning radars"

• Grant of the Federal Target Program of the Russian Federation, research and production activities to create highly efficient software and hardware for digital encoding of audio and video information on the topic: "Development of software and hardware for compressing video and audio information for transmission over channels with limited bandwidth" (application code "2015-14-579-0171-002"). Industrial partner - PJSC "GIPROSVYAZ"
• Grant of the Ministry of Education and Science in the field of scientific activity in the project part №.8.3244.2017/PP on the topic: "Study of the over-the-horizon propagation of radar microwave signals over the sea surface in the condition of an evaporation waveguide for solving problems of ultra-long-range detection of objects"
• Grant of the Ministry of Education and Science in the field of scientific activity in the base part № 8.9598.2017/BP on the topic: "Research and restoration of the troposphere refractive index gradient in atmospheric waveguides from reflected radar signals"
• Grant of the Russian Science Foundation for fundamental scientific research № 17-19-01616 on the topic: "Creation of extended antenna fields for radar observations of small-sized space objects of natural and artificial origin (space debris)"
• Grant of the Russian Foundation for Basic Research, agreement № 18-37-00184/18 on conducting fundamental scientific research on the topic: "Research of highly efficient algorithms for the functioning of the onboard radio interferometric system for the safe landing of a helicopter on an unprepared site"
• Grant of the Ministry of Education and Science in the field of scientific activity in the project part № 8.152.2014/K: "Research of three-dimensional radar mapping of the Earth's surface from aerospace vehicles and ground-based scanning radars"
• Joint grant of the Russian Foundation for Basic Research and the Ministry of Culture, Education, Science and Sports of Mongolia within the framework of the scientific project № 19-57-44001 “Research of effective principles of geolocation from unmanned aerial vehicles for detecting aquifers in arid soils”
• Contract № RF-MPEI-08096/19 "Environmental Research by Location Methods", University of Industry Academic Cooperation Foundation, Yonsei University, Republic of Korea

• Excellent equipment with modern measuring equipment, work with the most modern components;
• A large number of ultra-modern R&D;
• Attraction of students for part-time in R&D;
• Direct cooperation with a number of industrial enterprises (Navis, RKS, NIIKP, etc.);
• Supporting of student start-ups, their participation in international competitions and fund-rising.

The Department of Radio Engineering Devices and Antenna Systems has a set of high-quality measuring equipment from KEYSIGHT:

Vector Network Analyzer N5245A

Spectrum Analyzer N9030A 

PSG Vector Signal Generator E8267D

These devices are widely used in research work​​​ carried out by students, graduate students and the research staff of the department.

Algorithms for digital signal processing are implemented on Terasic DE10-Lite  board.​

Bachelor

• 11.03.01 Radio engineering

• Program: Radio engineering means of transmission, reception and processing of signals

• 12.03.04 Biotechnical systems and technologies

• Program: Radio electronics in biotechnical and medical devices and systems

• Master

• 11.04.01 Radio engineering

• Program: Radio engineering systems,

• Program: Radio engineering methods and devices for generating and processing signals

• Program: ​Cyber-Physical Systems and the Internet of Things

• 12.04.04 Biotechnical systems and technologies

• Program: Radio electronics in biotechnical and medical devices and systems

• PhD

• 2.2.16. Radar and radio navigation

• 2.2.14. Antennas, microwave devices and their technologies

• 2.2.13. Radio engineering, including television systems and devices