Vladimir Mordachev was born in Vitebsk, Belarus. He received the M.S. degree (with honors) and the Ph.D. degree in radio engineering from the Minsk Radio Engineering Institute, Minsk, Belarus, in 1974 and 1984, respectively. He received an academic rank of Senior Scientist in 1985.
His current research interests include electromagnetic compatibility, mobile communications, electromagnetic ecology and safety, spectrum management, wireless network planning, computer-aided analysis and design, radio-frequency equipment & systems modeling, simulation and testing. He is extensively involved in consulting to wireless network operators, industry and the local government. He is a founder and head of the R&D Electromagnetic Compatibility Laboratory, Belarusian State University of Informatics and Radioelectronics, Minsk, Belarus. He has authored or coauthored more than 250 scientific publications, including 2 scientific monographs, about 200 journal articles and conference papers and 36 patents.
V. Mordachev is a member of IEEE. During the last decade, he has been the head of the annual special sessions of the European and Joint Symposium on EMC.

Title: Technologies of electromagnetic compatibility, electromagnetic protection & electromagnetic safety at system level

Abstract:
The following technologies for the analysis and design of electromagnetic compatibility (EMC), electromagnetic protection (EMP), electromagnetic safety (EMS), and electromagnetic ecology (EME) at system level are developed in Belarusian State University of Informatics and Radioelectronics (BSUIR).
1. Technique for system-level discrete linear analysis (DLA) of EMC & EMP of local on-board and ground-based systems and objects.
2. Technique for discrete nonlinear analysis (DNA) & behavior simulation of radio receivers for the design of EMC & EMP.
3. Automated Double-Frequency Test Technique (ADFTT) and System (ADFTS) for EMC testing of radio receivers and radio components.
4. Specialized Geoinformation Technique and Software (GIS RF) for EMC analysis & design of spatially distributed complexes of radio systems.
5. Virtual Testing Area (VTA) for EMC design in spatially distributed complexes of radio systems of various radio services
6. Technique for system-level analysis of EME & EMS of 2G/3G/4G/5G/6G ... mobile communications
The world priority of BSUIR in development of Hi-Tech products for EMC, EMP, EMS & EME design at system level is confirmed by the following:
• by its traditional special sessions and presentations on the top-level international  symposiums and exhibitions in USA, Canada, China, Japan, Russia, Germany, Great Britain, Belgium, France, Switzerland, Spain, Italy, Poland, India, etc.;
• by scientific publications in leading IEEE and EU journals;
• by export of Hi-Tech products and services on area of EMC and EM protection in 10 countries;
• by great practical experience in solving the most complex EMC, EM protection, EM safety & EM ecology problems as a key organization in this field in Belarus;
• by the wide international scientific and technical cooperation with  experts from Canada, USA, China, Israel, Italy, Great Britain, Russia, Austria, and other countries.