1. Institute of Radio Engineering and Information Technology Nizhny Novgorod State Technical University

2. IRIT in figures  more than 2500 students in the institute  bachelor's and master's degrees at 14 specialties  currently at the institute 9 departments  14 academicians Institute of Radio Engineering and Information Technology

3. 3  Radio Engineering  Applied Mathematics  Telecommunications  Information Management Systems  Information Science and Computer Engineering  Design and technology of electronic facilities (electronic instrumentation) The main activities are: Institute of Radio Engineering and Information Technology

4. 4 1. Semester 500 students public financingpaid training Every year about 500 students come to institute Institute of Radio Engineering and Information Technology

5. 5 - 1936 Creation a special faculty at the Gorky Industrial Institute on the basis of the higher radio engineering courses at the Central Volga engineering radio laboratory (the dean – professor L. V. Lvovich). - 1952 radio engineering faculty (the dean – Ph.D. Yu. S. Lezin). - 1972 the faculty of radio electronics and engineering cybernetics (the dean – Ph.D. L. N. Ostashkin). - 1975 the dean - the associate professor V. G. Baranov - 1997 faculty of information systems and information- processing technologies. Institute of Radio Electronics and Information Technology (director - professor ) - 2005 Institute of Radio Electronics and Information Technology (director - professor V. G. Baranov). History: Institute of Radio Engineering and Information Technology

6. Famous scientists Kondratew W.W.Krylow W.W.Ageew D.W.Lezin Yu.S. Institute of Radio Engineering and Information Technology

7. Structure Director of institute Baranov W.G. Deputy director’s: research and development research supervisor junior years supervisor senior years supervisor educational supervisor Ryndyk A.G. Chranilow W.P. Scherstnewa L.W. Lopatkin A.W. Posobilow N.E. Institute of Radio Engineering and Information Technology

8. Departments:  Electronics and computer networks  Information radiosystems  Networking and switching systems  Wireless communication engineering and television  Information science and control systems  Computer science  Graphical information system  Computer-aided design and manufacturing  Applied mathematics Institute of Radio Engineering and Information Technology

9. The basic directions of researches of department  The theory and methods of designing of digital control systems and information processing, including creation of an information technology, recognitions, protection of information systems and information protection  Radar-tracking systems, digital processing and signalling  Technical diagnosing of continuous and discrete objects  Working out of new physical and mathematical models in the field of geophysics, physicists of plasma and astrophysics  Graphic information technology and systems  Information processes in the field of telecommunication systems  Working out of methods and procedures for automatic measurement of microwave devices in control systems and open spaces  Working out of methods of calculation of microwave devices and FM a range and high speed, system of synthesis of frequency  Neuron processings of the information and decision-making in system Institute of Radio Engineering and Information Technology

10. 10 Employment of five-hundred engineers in a year Institute of Radio Engineering and Information Technology

11. Informational radiosystem department Currently, staff of the department contains more than 40 employees. Among them: - 8 Doctors of Science, - 8 Candidates of Science and associate professors. Apart from teaching, most of them do researches and engineering.

12. Informational radiosystem department History department:   1964 - The basis of department the professor Yu.S. Lezin   1999 - Professor A.G. Ryndyk is the head of the department at the present time

13. Informational radiosystem department Theoretical research is carried out in following directions:   Multiposition radar facilities, transparent radiolocation   Increasing accuracy of radar target’s height measurement   Target identification for radar image processing   Construction of telecommunication systems with power wire data transmission

14. Employees of our faculty successfully co-operate with experts of many countries

15. Student's life  The great attention is given to sports actions  Students take part in release of the monthly newspaper  Every year students take part in set of research conferences Institute of Radio Engineering and Information Technology