Vladimir Kartashov

Education:

• Kharkiv Institute of Radio Electronics
  Specialty: Radio Engineering
• Completed postgraduate and doctoral studies at NURE

Academic Degrees:

• 1990 – Awarded the degree of Candidate of Technical Sciences after early completion of postgraduate studies (in 2 years)
• 2003 – Awarded the degree of Doctor of Technical Sciences
  Specialty: 05.12.17 – Radio Engineering and Television Systems

Academic Degrees:

• 2006 – Awarded the title of Professor at the Department of Radio Electronic Systems

Career:

• Worked at the research laboratory of the Military Engineering Radio-Technical Academy of Air Defense
• Served in officer positions in the Armed Forces
• From 1984 р. – Staff member of Kharkiv National University of Radio Electronics (NURE)
• From 2006 р. – Head of the Department of RES (MEIRS), NURE

Teaches courses providing systematic theoretical and practical training in the design, optimization, and research of information radio electronic systems:

• Fundamentals of Radio Electronic Systems;
• Radio Electronic Systems;
• Fundamentals of Radar and Radio Navigation;
• Methods of Scientific Research.

Prof. V.M. Kartashov leads a world-renowned scientific school in remote sensing of the atmosphere using acoustic and electromagnetic waves. Major scientific achievements of V.M. Kartashov and his students include: the creation of the theory of vector probing radio-acoustic signals and the development of theoretical foundations for the optimization and adaptation of signal processing devices in atmospheric sensing systems.

Recently, under Prof. Kartashov’s supervision, a significant research direction has been developed for the detection of unmanned aerial vehicles (UAVs) using radar, acoustic, and optical signals. A number of state-funded and industrial research projects have been completed, with results at a world-class level.

Chair of the Specialized Academic Council D 64.052.03 for awarding Doctor and Candidate degrees in the specialty 05.12.17 – Radio Engineering and Television Systems (NURE).

Participation in state-funded research projects:

• Applied State-Funded R&D No. 327: Development of an integrated system for processing optical, infrared, acoustic, and radar signals to detect UAVs, determine their coordinates and motion parameters (2019–2020);
• Applied State-Funded R&D No. 335: Methods and tools for UAV detection in systems for protecting military and critical infrastructure (2021–2022)

Research Interests: UAV detection and monitoring methods; methods for designing, optimizing, and researching acoustic and radio-acoustic atmospheric sensing systems; navigation methods for ground and aerial robots.

• Co-author of higher education standards for specialties 153 – Micro- and Nanosystems Engineering and 171 – Electronics for Bachelor’s, Master’s, and Doctoral levels.
• Member of editorial boards of scientific journals: Visnyk NTU “KPI” Series Radio Engineering, Radio Apparatus Engineering (Web of Science, Google Scholar, Index Copernicus, etc.), Radio Electronics, Informatics, Management (Web of Science, Google Scholar, Index Copernicus, etc.), and the interdepartmental scientific and technical collection Radio Engineering (Google Scholar, etc.)

Develops international collaboration with foreign universities: Autonomous University of Baja California (Mexico), Institute of Radio Wave Propagation, Qingdao (China).

Actively participates in organizing and conducting a number of international scientific conferences, serving as a member of program committees. Organizer and chair of sections at several prestigious scientific conferences.

Author of over 300 scientific works, including 89 publications indexed in Scopus and 25 publications indexed in Web of Science. Hirsch index – 12. Author of 50 patents and copyright certificates for inventions and utility models.