Education and Career
1969 – graduated from Gorky Anti-Aircraft Missile School with honors in the specialty of radar equipment.
1976 – graduated from Military Radio Engineering Academy named after Marshal of the Soviet Union Govorov L.A. with honors in the field of radio engineering.
1976 – Head of the shift – Senior Engineer at m/u 03080.
1979 – Head of the unit at Radar Department, Military Radio Engineering Academy named after Marshal of the Soviet Union Govorov L.A.
1981 – Junior Researcher, Military Radio Engineering Academy named after Marshal of the Soviet Union Govorov L.A.
1984 – Teacher of Department of Radar, Military Radio Engineering Academy named after Marshal of the Soviet Union Govorov L.A.
1987 – Cand.Sc. (Technology), specialty 05.12.04. -radiolocation and radio navigation, defended his thesis in Military Radio Engineering Academy named after Marshal of the Soviet Union Govorov L.A.
1991 – Senior Research Associate, specializing in radiolocation and radio navigation.
1993 – Deputy Head of Research Laboratory – Senior Researcher, Military Radio Engineering Academy named after Marshal of the Soviet Union Govorov L.A.
1993 – awarded the military rank of colonel.
1993 – Head of Research Department of System Analysis and Prospects for Development of Radar Equipment, Kharkiv Air Force University.
2004 – Head of Problem Research Laboratory of Radar Surveillance Systems (PSRL”RSS”), Kharkiv National University of Radio Electronics (KNURE).
2017-2023 – Head of Scientific-Research Department, KNURE
Educational activity
Taught the course: Theoretical Basis of Radar.
Research activities
1993 – 2004 – Head of Research Department of System Analysis and Prospects for Development of Radar Armament, Kharkiv University of Air Force.
Within the framework of State Budget R&D -participated in routine scientific research aimed at developing radar weapons.
2004 – up to now – Head of Problem Research Laboratory of Radar Surveillance Systems.
Participated in the implementation of the State Budget Research:
“Development of First Domestic Terrestrial Coherent Meteorological Radar”, “Investigation of Composite Subsystems of Surveillance, Navigation, Radio Monitoring, Communication of the State Integrated Information System for Management of Moving Objects”, “Perspective Technologies and Means of Observation, Navigation and Radio Monitoring in Integrated Information Systems for Management of Dynamic Objects”, “Digital Systems of Adaptive Spatial-Temporal Processing of Radar Signals Against Background Noise on Signal Processors and Programmable Logic Integrated Circuits”, “Development of Methods and Algorithms for Spatial, Temporal and Spatial- Temporal Signal Processing in Unified Radar Surveillance Systems of a New Generation”, “Development of Technologies for Finding Sources of Noise Emissions and Reproducing Spectra of Reflected Signals in Civilian and Military Radar”, “Development of Algorithms for Measuring Parameters of Radar Meteorological Signals with Increased Accuracy”, “Development of Engineering Solutions Based on Implementation of Highly Efficient Algorithms for Digital Processing of Meteorological Signals and Detection of Hazardous Meteorological Phenomena in Doppler Multi-Beam Meteor Radar”, “Development of System for Primary Processing of Radar and Acoustic Signals under Conditions of Interference for Radar and Sonar Detection of Unmanned Aerial Vehicles”.
Participated in the implementation of economic contracts:
“Development of Algorithms and Technical Solutions Aimed at Improving Accuracy Characteristics and Improving Noise Immunity of Prospective and Modernized Control Systems of the “Iskra” Radar Station”, Component of Experimental Design Work “Development of Algorithms for Spatial and Temporal Signal Processing under Conditions of Active, Passive and Combined Noise for Radar Channel of “Protazan-K” Complex, Protazan-X” Code”, Component of Experimental Design Work “Development of Algorithms and Layout of Module of Spatial and Spatial-Temporal Signal Processing on the Background of Active, Passive and Combined for “Phoenix-B” Radar, “Phoenix-X” Code, “Development of Structure and Algorithms for Operation of Adaptive Protection System Against Active Noise under the Action of Combined Noise in Radar with AFAA”, “Development and Justification of Recommendations Regarding Construction of Spatial-Temporal Signal Processing System for Metric-Wave Band Radar with of AA Initial Signals Digital Processing “
“Creation of Layout of Unified System for Protection against Noise of Various Origin Radar Facilities”
International activity / participation in international projects
Participated in the implementation of an international contract with a foreign customer for the development and production of documentation (technical reports) on the analysis and modeling of broadband secondary scattering using simple and modified components.
Social activities
1998 – Academic Secretary of the Academy of Sciences of Applied Radio Electronics.
Publications and patents
Author of more than 150 publications, 15 copyright certificates.