• planning and organizing fundamental, applied research and development activities;
• scientific cooperation in the framework of national and international scientific and technical programs;
• financial and logistical support for research and development;
• accounting and analysis of the created scientific and technical products and the results of scientific activities and their promotion in the information space with a view to further implementation in relevant sectors of the national economy and commercialization on the national and world markets.

Priority directions of the organization scientific activity:

• Preparation of scientific and pedagogical staff of the highest category (doctors and candidates of science), in order to ensure the quality of the student learning process and the ability of the university to make a significant contribution to solving problems in the priority scientific areas of Ukraine.
• Distribution of the active presence of the university in the international scientific environment.
• Expansion of the university’s participation in research and development for the military sector of the economy of Ukraine (laser and optoelectronic equipment, radio-electronic systems, telecommunications and communications).
• Improving conditions for ensuring the quality of research and development for the military sector of the economy of Ukraine, and for solving modern scientific problems (creating a laboratory of defense technologies, creating a research center for sharing, restoring infrastructure and reprofiling the Multi-Purpose Geophysical Complex)
• Formation of innovative projects and scientific and technical development of market demand based on the results of the implementation of state budgetary research.
• Comprehensive support for innovative initiatives that arise in the scientific community of KĢ������Ƶ (start-up competitions, departmental initiatives, student initiatives). Commercialization of the results of scientific activity. Systematic promotion of the results of scientific research in the Ukrainian and European markets by means of marketing.

1. Development of an object-oriented methodology for the development of a specialized information and analytical system and its components based on knowledge of precedents.
2. Development of a generalized method for modeling a problem situation.
3. Development of a method for finding precedents, used for creating a knowledge base from the texts of the situation description by experts, which uses the object-oriented frame structure of the knowledge base organization in the tools of method implementation.
4. Development of the nature environment model on the basis of a comprehensive knowledge-oriented presentation of the micro situation.

Quantitative indicators of the results of scientific work:

1. 2008-2013 Research work was carried out for the BOCH laboratory (Dresden, Germany). 3 layout was transferred to the customer for exam. (Volume – 9 thousand euros).
2. 2013-2015 theme № 272-1 “Models and methods of analysis and interpretation of dynamic processes”, section “Models and methods of analysis of dynamic processes of emergency situations of a natural disposition” is completed.
3. The laboratory took part in international programs: TEMPUS, ERASMUS +, DAAD
4. 8 candidate dissertations and 1 doctoral thesis are protected.

The main tasks

• development of new courses of academic disciplines on the technological basis of the laboratory and conducting laboratory and practical classes of the bachelor’s and master’s cycle of preparation of full-time and part-time forms of education;
• conducting fundamental and applied research;
• international scientific and technical cooperation through participation in joint scientific programs and projects.

Educational process

The International Astronomical Union assigned the names of Kashcheyev, KhTURE, and Voloshchuk for three small planets.

LAB was created in 2007 with the purpose of further development of scientific research at the university in the field of radio astronomy (with an emphasis on meteor radar research), a combination of the educational process with scientific research, engaging students in research, further development of fundamental and applied sciences, study and observation of meteors in the Earth’s atmosphere and meteoroids in the Solar system (planetary systems) by radio engineering and other means, solving modern problems of astronomy, radio astronomy, astroinformatics with the help of radio engineering and information technology.

In the field of international cooperation (astronomy is the most international science), the task is to exchange experience and cooperate with foreign countries through participation in international projects, work and internships in foreign research organizations etc. and by participating in the work of scientific meetings with the purpose of obtaining, distributing��and analyzing information and improving the level of research and development, professional level of scientific and teaching staff of university, graduate students and students.

Tasks

• in the scientific field, the main tasks of the Center are to carry out research and development work in the areas of activity of the laboratories that are part of the Center;
• assistance in improving the scientific component of the educational process by attracting students and graduate students to the work carried out by the Center and using the results obtained in the educational process;
• participation in the training of highly qualified scientific personnel – doctors and candidates of science;
• participation in advertising and marketing work in order to implement the obtained scientific results. Information support of the center page on the university website;
• participation in the organization of scientific and technical forums, conferences, seminars in the scientific areas of the Center, held by the university, as well as organizing and supporting the participation of the Center’s employees in the work of scientific and technical forums, conferences, seminars, including international ones;
• preparation and publication of scientific publications, as well as together with the departments of teaching aids, exhibits for exhibitions.

Functions

• conducting scientific research on theoretical and scientific and technical problems in scientific areas of the Research Center IIREST on the basis of budgetary, contractual and grant funding;
• attraction of scientific and pedagogical workers of the departments of KĢ������Ƶ, graduate students and students to participate in scientific research of the Center;
• discussion of completed research projects, formation of scientific and technical reports;
• assistance in the acquisition of knowledge and experience by the applicant for a scientific degree in the development and
• implementation of research methodology and research to obtain scientific results that provide a solution to an important theoretical or applied problem;
• assistance in organizing scientific forums, conferences and seminars;
• creation and registration of objects of intellectual property;
• development of business proposals, establishment of business contacts with potential consumers of scientific and scientific and technical products;
• creation of joint structures with other organizations for the implementation of research results into practical application;
• participation in the development and implementation of state target programs in conjunction with other institutions of higher education, scientific institutions and national sectoral scientific institutions; conducting joint scientific research, experimental and innovative developments;
• introduction of created innovative products.

Scientific schools

• Statistical theory of antennas (until 2019: Shyfrin Yakiv, Doctor of Technical Sciences, Professor, Honored Worker of Science and Technology of Ukraine);
• Adaptive spatio-temporal processing of signals against background noise on the basis of adaptive grating filters(until 2019: Lekhovytsky Davyd, Doctor of Technical Sciences, Professor);
• GNSS technologies for precise positioning and navigation. The head – Candidate of Technical Sciences Zhalilo Olexiy Alexandrovich.

Areas of research

• intelligent systems for identifying the structure and patterns in the data;
• development of intellectual software and hardware systems
• the use of fuzzy methods for parallel processing of data.

Staff

• Andriy Yerokhin, Head of Educational and scientific laboratory, dean of the faculty of Computer Science, professor, doctor of science (andriy.yerokhin@nure.ua);
• Oleksii Turuta, Associated Professor, PhD, Software engineering department;
• Andrii Babii, Senior Lecturer, PhD, Software engineering department.

Relationship with the educational process

• О.В. Рябишев(ст. групи ІПЗздм-19-1), А.Л. Єрохін, А.Г. Бахмет (Здобувач освіти за 3-м освітньо-науковим рівнем). Аналіз тональності тексту українською мовою: ��Біоніка інтелекту. 2021. No 1 (96). С. 15–21. (ІПЗздм-19-1)
• В.О. Нечіпор (ст. групи ІПЗздм-19-1), А.Л. Єрохін. Модифікація метода класифікації Байєса для задачі виявлення спаму українською мовою: ��Біоніка інтелекту. 2021. No 1 (96).

Students took part in an experiment to train neural networks for computer vision systems.��The analysis of bio-identification problems is used in teaching the discipline “Security of programs and data” in the topic “Systems of biometric identification.

Main scientific achievements for the reporting period

Grant agreement for participation in the COST Action CA18231 project (). Title: Multi3Generation: Multi-task, Multilingual, Multi-modal Language Generation. Project management is carried out in accordance with the norms of international law and the rules of the COST Association project.

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Laboratory page: /en/department/department-of-software-engineering/department-s-laboratory/educational-and-scientific-laboratory-of-intelligent-hardware-and-software-systems-ihss

Web-site:

The scientific direction of the laboratory is hybrid systems of computational intelligence for data analysis, information processing and control.

Areas of research

• development of artificial neural networks with variable structure;
• data mining;
• big data processing;
• evolutionary neural-phase networks;
• neo-fuzzy systems;
• wavelet neural networks;
• deep neuro-neo-phase systems;
• neuromathematics and neuromorphic engineering.

Since 1985, under the guidance of prof. Yevgeniy Bodyanskiy, a number of state budgetary fundamental R&D projects are being carried out, including those that were established according to the decisions of the State Committee for Science and Technology of the USSR and the Ministry of Higher Education of the USSR as parts of the targeted integrated and scientific and technical programs and according to the orders of the Ministry of Education and Science of Ukraine based on the results of the competitive selection of projects.

CSRL conducts research in close contact with departments and divisions of the university. Teaching staff, doctoral students, PhD students and part-time students take part in research.

As a part of complex interdepartmental R&D projects, a number of doctoral and candidate theses were prepared by PhD students and doctoral students of the Artificial Intelligence Department and scientific staff of the CSRL.

A complex of fundamental researches aimed at creating theoretical positions, models, methods, architectures, learning algorithms for new online hybrid systems of computational intelligence designed to solve a wide class of online Data Mining tasks connected with high-dimensional and high-volume data processing using the latest achievements in this field: Data Science, Data Stream, Evolving Systems, Advanced Fuzzy Clustering, High-Dimensional Clustering.

Current tasks

• development of a deep multilayer hybrid computational intelligence system based on neophase of neurons as nodes and speed-optimized methods for their training based on back propagation of errors;
• development of a deep modular convex hybrid computational intelligence system based on multidimensional non-phase layers and speed-optimized training methods;
• development of a 2D-neo-fuzzy hybrid computational intelligence system for processing matrix signals (images) and speed-optimized teaching methods.

Educational process

The lecture courses “Artificial Neural Networks”, “Neural Network Methods of Computational Intelligence”, “Deep Learning of Neural Networks”, “Deep Learning in Hybrid Computational Intelligence Systems”, “Neuro-fuzzy Systems and Evolutionary Algorithms” are being updated for students of the specialty 122 Computer Science.

Within the framework of scientific research, doctoral students, postgraduates, masters, bachelors are trained on the following topics: the development of architectures, new neurons, methods of teaching-self-learning of multilayer (deep) neuro-neo-fuzzy systems, including stack, cascade, recurrent and ensemble for solving Stream Mining problems , Big Data Mining and their application in practice.

In recent years, the following dissertations have been defended within the framework of fundamental research:

• for the degree of Doctor of Technical Sciences:

1. Масшталир С. В. Модели и методы темпоральной обработки видео для информационного поиска, 05.13.06 – информационные технологии, научный консультант д.т.н., проф. Бодянский Е. В., 2016, г. Харьков, ХНУРЭ;
2. Перова И. Г. Информационная технология анализа медицинских данных на основе гибридных нейрофаззи систем, 05.13.09 – медицинская и биологическая информатика и кибернетика, научный консультант д.т.н., проф. Бодянский Е.В., 2019 г. Киев, Международный научно-учебный центр информационных технологий и систем.

• for the degree of candidate of technical sciences:

1. Шафроненко А. Ю. Методы динамического интеллектуального анализа данных с пробелами, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н, проф. Бодянский Е. В., 2014, г. Харьков, ХНУРЭ;
2. Адаптивное обучение эволюционным нейро-фаззи систем с ядерными функциями активации в задачах интеллектуального анализа данных, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н., проф. Бодянский Е. В., 2014, г. Харьков, ХНУРЭ;
3. Шкуро К. О. Методы обучения нейрофаззи сетей со специализированными архитектурами, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н, с.н.с. Попов С. В., 2014, г. Харьков, ХНУРЭ;
4. Колчигин Б. В. Адаптивные нейрофаззи системы для нечеткого кластерного анализа в условиях неопределенности, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н, проф. Бодянский Е. В., 2014, г. Харьков, ХНУРЭ;
5. Копалиани Д. С. Эволюционные нейрофаззи сети с каскадной структурой для интеллектуального анализа данных, научный руководитель д.т.н., проф. Бодянский Е. В., 2016, г. Харьков, ХНУРЭ;
6. Бойко А. А. Эволюционные нейрофаззи системы в задачах интеллектуального анализа данных, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н., проф. Бодянский Е.В., 2017, г. Харьков, ХНУРЭ;
7. Самитова В. А. Классификация и кластеризация данных, заданных в нечисловых шкалах, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н., проф. Бодянский Е.В., 2017, г. Харьков, ХНУРЭ;
8. Хаустова (Куценко) Я.В. Методы нечеткой кластеризации на основе ядерных функций в задачах интеллектуального анализа данных, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н., проф. Бодянский Е.В., 2017, г. Харьков, ХНУРЭ;
9. Кобылин И. А. Нечеткая кластеризация временных рядов в интеллектуальном анализе потоков данных, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н., проф. Бодянский Е.В., 2019, г. Харьков, ХНУРЭ;
10. Жернова П. Е. Нечеткая кластеризация потоков данных при неизвестном количестве кластеров, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н., проф. Бодянский Е.В., 2019, г. Харьков, ХНУРЭ;
11. Власенко Е.М. Методы и модели интеллектуализации процессов оперативного анализа рисков на основе мягких вычислений, 05.13.23 – системы и средства искусственного интеллекта, научный руководитель д.т.н., проф. Бодянский Е.В., 2021, г. Харьков, ХНУРЭ.

Major scientific achievements in recent years

Under the guidance of prof. Bodyansky E.V. at the PNIL ACS a number of research projects have been carried out, including in recent years, based on the results of the competitive selection of the Ministry of Education and Science of Ukraine, 6 fundamental complex interdepartmental state budget research projects have been carried out:

1. «Интеллектуальный анализ и обработка данных в реальном времени на основе средств вычислительного интеллекта», 2004-2006 гг., приказ МОН Украины №746 от 07.11.2003 г., № госрегистрации 0104U003432;
2. «Синтез методов обработки информации при неопределенности на основе самообучения и мягких вычислений», 2007-2009 гг., приказ МОН Украины №732 от 27.10.2006 г., № госрегистрации 0107U003028;
3. «Эволюционные гибридные системы вычислительного интеллекта с изменяющейся структурой для интеллектуального анализа данных», 2010-2012 гг., приказ МОН Украины №686 от 22.07.2009 г., № госрегистрации 0110U000458;
4. «Нейро-фаззи системы для текущей кластеризации и классификации последовательностей данных при искривленности отсутствующими и аномальными наблюдениями», 2013-2015 гг., приказ МОН Украины №1193 от 25.10.2012 г., № госрегистрации 0113U000361;
5. «Динамический интеллектуальный анализ последовательностей нечеткой информации при существенной неопределенности на основе гибридных систем вычислительного интеллекта», 2016-2018 гг., приказ МОН Украины №158 от 25.02.2016 г., № госрегистрации 0116U002539.
6. «Глубинные гибридные системы вычислительного интеллекта для анализа потоков данных и их быстрое обучение», 2019-2021 гг., приказ МОН Украины №1223 от 09.11.2018 и №129 от 05.02.2019, № госрегистрации 0119U001403.

Based on the research results, a number of articles, sections of monographs, reports in the materials of international conferences have been published, of which more than 160 are indexed in the international scientific and metric databases Scopus and Web of Science. Including for the last 3 years: articles in journals indexed in the scientometric base Scopus – 7, articles in journals indexed in the scientometric base Web of Science – 3; English-language articles and abstracts of reports in the materials of international conferences, which are indexed in the scientometric base Scopus – 43; English-language articles and abstracts of reports in the materials of international conferences, which are indexed in the scientometric database Web of Science – 9; in journals included in the list of professional publications in Ukraine, as well as articles in foreign journals that are not indexed in Scopus or Web of Science – 7; monographs and chapters in collective monographs – 6.

R&D performers have received a number of grants and awards, including in recent years:

• Commendation of the Prime Minister of Ukraine (Popov S., 2013);

• Breastplate of the Ministry of Education and Science of Ukraine “Vasily Sukhomlinsky” (Bodyansky E., 2014);
• Nominal scholarship of the Kharkiv Regional State Administration in the field of science in the nomination “Informatics and Computer Science” – scholarship to them. Sviridov V.V. for outstanding scientists (Bodyansky E., 2014);
• Nominal scholarship of the Kharkiv Regional State Administration in the field of science in the nomination “Informatics and Computer Science” – scholarship to them. Sviridov V.V. for young scientists (Vinokurova O., 2014);
• Grant for the implementation of scientific research on the basis of the order of the President of Ukraine “On the appointment of grants of the President of Ukraine to doctors of science for the implementation of scientific research for 2014” (Popov S., Order of the President of Ukraine No. 1038/214-rp);
• Nominal scholarship of the Verkhovna Rada of Ukraine for talented young scientists (O. Vinokurova, Resolution of the Verkhovna Rada of Ukraine No. 689-VIII dated September 15, 2015);
• Prize of the President of Ukraine for young scientists (Vinokurova E., Decree of the President of Ukraine No. 705/2015);
• Gratitude to the Ministry of Education and Science of Ukraine (Popov S., 2015);
• DAAD Grant (German Academic Exchange Service) “Scientific internships for university teachers and scientists”, Germany, Ostafalia (Tishchenko A., 2016);
• Prize of the Verkhovna Rada of Ukraine for talented young scientists in the field of fundamental and applied research and scientific and technical developments (Perova I., Resolution of the Verkhovna Rada of Ukraine dated December 19, 2017 No. 2251-VIII);
• International Visegrad Fund (IVF) Internship Scholarship (University of Ostrava, Czech Republic, 2017-2018);
• Gratitude from the head of the Kharkiv Regional State Administration for a significant contribution to the development of domestic science, significant labor achievements, a high level of professional skill and on the occasion of the Day of Science (Bodyansky E., 2019).
• Bodyansky E. became the winner of the competition “Higher School of Kharkiv – the best names” in the nomination “scientist” in 2019
• Popov S. awarded with the Diploma of the Ministry of Education and Science for initiative and perseverance, high professionalism and active work on drafts of normative legal acts in the system of science and higher education of Ukraine.
• Bodyansky E. became the winner of the competition “The best scientific and pedagogical worker of Ģ������Ƶ – 2019”.
• Perova I. received a scholarship from the Cabinet of Ministers of Ukraine for young scientists in 2020.
• Bodyansky E. became the winner of the competition “The best scientific and pedagogical worker of Ģ������Ƶ – 2020”.
• Bodyansky E. appointed a scholarship of the Cabinet of Ministers of Ukraine for outstanding services in the field of higher education (2021)

Bodyansky E. and Popov S. have the honorary title of IEEE Senior Member.

Scientific seminars

Laboratory staff were co-organizers of the International Conference under the auspices of IEEE Data Stream Mining & Processing in 2016, 2018, 2020. In particular, E.V.Bodyanskiy. Honorary Co-Chair, O. A. Vinokurova Chairman of Publications and Finance.

Research directions

• laser information systems for telecommunication, military, medical and industrial purposes;
• quantum informatics and cryptography;
• chaotic information systems;
• topological photonics.

Science and educational process

The research results are used in the provision of educational programs: engineering of optoinformation and laser systems, laser and optoelectronic technology, photonics and optoinformatics.

There is a student scientific group

Main scientific achievements

Since 2019, the laboratory has participated in the implementation of research work to create:

• hidden optics search systems;
• fiber optic gyroscope;
• semiconductor targeting module.

Published 4 monographs, more than 30 publications in domestic and foreign publications. Doctoral and candidate’s dissertations were completed.

Current tasks: development of the theory and practice of topological photonics, principles of synchronization of chaotic systems, a number of optoelectronic systems.

Scientific seminars

• laser information systems;
• quantum computer science;
• chaotic processes and dynamics;
• topological photonics.

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Research directions

• computer modeling of physical processes in electronic devices in the microwave and terahertz ranges, the interaction of optical radiation with photonic crystal structures and metamaterials, including graphene-like ones;
• the use of microwave energy in technological processes;
• development of physical and technical foundations for creating a sulfur laser;
• development of nonreciprocal photonic devices that form the basis for insulators, including topological ones;
• development of specialized software for calculating and visualizing the characteristics of terahertz and optical devices;
• application of microwave technologies in medicine and technology.

Science and educational process

All scientific directions of the laboratory are associated with educational programs that are taught at the Department of Physical and Electronic Engineering. First of all, this concerns the master’s educational programs: “Laser and Optoelectronic Engineering” and “Photonics and Optoinformatics”. The subject of master’s qualification works is related to the main scientific directions of the laboratory. The results of the work of undergraduates and bachelors are reported at the annual Forum “Radioelectronics and Youth in the XXI Century”, which is held in KĢ������Ƶ, as well as at various scientific and technical conferences in Ukraine and abroad.

Publishing activity

Several chapters have been published in international monographs:

1. A.A. Shmat’ko, V. N. Mizernik, E.N. Odarenko, V.T. Lysytsya, Dispersion Properties of TM and TE Modes of Gyrotropic Magnetophotonic Crystals // Chapter from the book «Theoretical Foundations and Application of Photonic Crystals». InTech., 2018. P. 47-69.
2. Churyumov Gennadiy and Tetyana Frolova, “Chapter 5. Microwave Energy and Light Energy Transformation: Methods, Schemes and Designs,” in Emerging Microwave Technologies in Industrial, Agricultural, Medical and Food Processing / Gennadiy Churyumov, Tetyana Frolova // Book edited by: Kok Yeow You, Ed. Rijeka: InTech, 2018, pp. 75-91.
3. A.A. Shmat’ko , V.N. Mizernik , E.N. Odarenko, A.S. Krivets , O.V. Yushchenko, Floquet-Bloch Theory for Semiconductor Bragg Structure // Microstructure and Properties of Micro- and Nanoscale Materials, Films, and Coatings. – 2020. – Springer. – P. 51-59.
4. A.A. Shmat’ko, V.N. Mizernik, E.N. Odarenko Scattering of ElectromagneticWave By Bragg Reflector with Gyrotropic Layers. Advances in Information and Communication Technology and Systems. – 2021. – Springer. – pp. 404-416.
5. T. Frolova, V. Buts, G. Churyumov, E. Odarenko, V. Gerasimov Microwave Heating of Low-Temperature Plasma and Its Application. Microwave Heating – Electromagnetic Fields Causing Thermal and Non-Thermal Effects. Book edited by G. Churyumov. InTech., 2021. P. 110-134.

A number of articles have been published in journals included in the Scopus scientometric base. In particular, in the journals Quantum Electronics, Telecommunications and Radio Engineering, Progress in Electromagnetics Research, Journal of Electromagnetic Waves and Applications, IEEE Transactions on Electron Devices, IEEE Transactions on Plasma Science.

The scientific topics of the laboratory are also reflected in many theses of reports at international conferences of the IEEE Union:), AMPERE (Spaine).

Scientific seminars

On the basis of the laboratory, scientific seminars are held, the topics of which touch on topical problems of modern science and technology and refer to the main scientific directions of the laboratory. In particular, thematic seminars on the topic of modeling modified photonic-crystal and Breg waveguides (graduate student Sashkova Ya.V.), development of diffraction antennas (Prof. O. Vertiy), randomization of microwave radiation and its use for plasma heating (Prof. V. Buts), modeling the latest devices in the terahertz range (Doctor of Physical and Mathematical Sciences O. Kuleshov), development of gradient mirrors for terahertz lasers (prof. Ye. Odarenko), modern problems of a computational experiment and its implementation in microwave photonics (assoc. prof. T. Frolova).

Laboratory purpose

Conducting fundamental and applied scientific research in the field of non-destructive testing of high-tech products and diagnostics of industrial equipment.

Research directions

• development and improvement of technologies for non-destructive testing of vacuum-plasma coatings, remote monitoring of thermal processes of the formation of multilayer nano- and macrostructures;
• improvement of technologies and tools for studying the quality of surfaces of complex geometry of critical mechanical engineering products (energy, transport, aviation);
• development of energy-saving technologies in the direction of search and assessment of heat losses of industrial and residential facilities;
• thermographic diagnostics and assessment of the residual life of industrial facilities;
• training of specialists in the field of eddy current, thermal and optoelectronic non-destructive testing.

Educational process

The direction of laboratory research is closely related to the educational process of specialties 172, 173.

Main scientific achievements

Over the past year, the laboratory has been:

• published three scientific genders in professional journals, for example the last article by prof. Chumakov V. “EXPEREMENTAL INVESTIGATION OF PULSE STERELIZATION OF PATHOGENS”, published in the USA on the preprint BioRxiv platform;
• received a patent for invention No. 124366 “Method of navigation of an unmanned aerial vehicle with protection against interception of control and a system for its implementation”;
• prepared and defended a PhD thesis on the topic “Colorimetric method and means for express quality control of grain crops” Efimenko S.;
• laboratory staff took an active part in the 31st international symposium in Sozopol, Bulgaria.

Scientific seminars

On the basis of the laboratory, scientific seminars on non-destructive testing are regularly held, both for students and for graduate students.

The purpose of the ЕSL “VCTS” is to provide organizational, methodological, technical, and scientific and technological support for the educational process and scientific research at the University.

Educational tasks of the laboratory:

– providing opportunities for video and multimedia support of the educational process at the University, in particular by creating, processing, storing and broadcasting video lectures, video seminars, educational presentations and other digital educational materials using the laboratory’s technical means;

– participation in the implementation of elements of distance and blended learning, including technical and methodological support of video content for distance courses, as well as support for video communication processes between teachers and students using the laboratory’s technical means;

– providing consultations, methodological recommendations and technical support for University employees on the use of video tools in educational activities;

– support and support for holding open lectures, public presentations, career guidance events and mass educational events of the University using video recording, broadcasts and digital archiving using the laboratory’s technical means.

Scientific tasks of the laboratory:

– initiation, organization and implementation of scientific research and development work in the field of video communication technologies;

– creation of conditions for involving scientific, scientific and pedagogical workers, higher education students, doctoral students in interdisciplinary scientific research involving the use or development of video technologies;

– implementation of scientific research results into the practice of the educational process, internal communication of the University and public presentation of scientific achievements;

– participation in the preparation of scientific publications, presentations, multimedia and demonstration materials that accompany the scientific activities of the structural units of the University;

– information, technical and expert support of scientific events, conferences, seminars, round tables held at the University, including providing video recording, online broadcasts and digital archiving of events using the technical means of the laboratory;

– participation in project activities, grant initiatives and scientific partnerships within national and international programs that involve the application or development of video communication and other related technologies.

The general, legal, organizational and other principles of the laboratory’s functioning are determined by the Regulations on the Educational and Scientific Laboratory “Video Communication Technologies and Systems” of Ģ������Ƶ.