Department of electronics and computers

Head of department – Danchuk Viktor Dmytrovych, Doctor of Science in Physics and Mathematics, Professor, Full Member of the Construction Academy of Ukraine, Corresponding Member of the Transport Academy of Ukraine.

      Academic staff of the department:

Karandakov Gennadij Vasylovych – Professor, Doctor of Science in Technology, Academician of the International Academy of Informatization, the Excellence in Education of Ukraine Badge holder;

Vysnevetsky Volodymyr Ivanovych - Associate Professor, Candidate of Science in Technology, Corresponding Member of the International Academy of Informatization, the Excellence in Education of Ukraine Badge holder;

Osypchuk Yosyp Danylovych - Associate Professor, Candidate of science in Technology, the Excellence in Education of Ukraine badge holder;

Kryvenko Viktor Ivanovych - Associate Professor, Candidate of Science in Technology;

Chervyakova Tetyana Ivanivna - Associate Professor, Candidate of Science in Technology;

Lyaskovsky Viktor Petrovych - Associate Professor, Candidate of Science in Technology, the Excellence in Education of Ukraine Badge holder;

Naumona Nataliya Mykhajlivna - Associate Professor, Candidate of Science in Technology;

Osipa Ruslan Adolfovich - Associate Professor, Candidate of Science in Technology;

Kravchuk Anatolij Pylypovych - senior lecturer;

Bulyga Olena Anatoliivna - senior lecturer;

Prokudina Iryna Ivanivna - senior lecturer;

Subotina Valentyna Konstantynivna - senior lecturer;

Alyeksyeyenko Kateryna Mykhajlivna - senior lecturer;

Mahmudov Eldar Yusyfovych - senior lecturer;

Tymchenko Olena Petrivna - assistant;

Degtyar Maryna Mykhajlivna - assistant;

Gryshuk Ganna Petrivna - assistant;

Polyeva Nataliya Mykolajvna - assistant;

Palchyk Oleg Petrovych - assistant.

Academic- related and support staff of the department:

Degtyar Iryna Volodymyrivna - engineer;

Zrazhva Andrij Sergijovych – educational master;

Yuchymchuk Nataliia Oleksandrivna - senior laboratorian

The department has a 44 -year history, starting from the USSR Ministry of High Education Order of 17 January 1962 when in Kiev Automobile and Highway Institute the department of electronics and automatics was formed. The fist head of the department was Candidate of Science in Technology, Dr. A.A. Ruhlyadev. Next heads of the department were Candidate of Science in Technology, Dr. P.M. Melnyk (1965-1975); Doctor of Science in Technology, Professor B.M. Chetverukhin (1975-1980); Doctor of Science in Technology, Professor, Academician of the International Academy of Informatization G.V. Karandakov (1980-1982); Candidate of Science in Technology, Dr. V.I. Sorokin (1982-1986) and again G.V. Karandakov (1986-2002). In 1986 after reorganization the department was renamed into "Electronics and computers".

During the long years of activity the department has carried out significant educational, research and methodical work, improving the material and technical base.

Since 1966 when the laboratories were equipped with table simulators the department has organized laboratory work in electrical engineering, electronics and automatics.

With the development of the laboratory facilities and quality assurance of a learning process the department has increased its scientific potential, solved important economic problems. Among the last implementation of the following economical-contractual works should be noted:
- Research of traction electric drive control systems for heavy dump trucks, in accordance with the Decision of the Council of Ministers of the USSR.
- Modeling the shortest driving routes in the city of Kyiv.

In 1989 the development of traction drive control systems for electric vehicles was identified as one of the best research works in the country for which it received third degree diploma of the Ministry of Higher and Secondary Education of the USSR.

Currently, the department has 22 employees, including 2 professors, 7 associate professors, 6 senior lecturers, 5 assistants, 3 academic-related and support staff. Lecturers of the department train students of 1 - 5 years of study in 25 subjects: Electrical Engineering, Electronics and Microprocessor Technology; Factory Automation and Electronics; Theoretical Fundamentals of Electrical Engineering; Electrical Engineering in Construction; Computer Science; Computer Science and Systemology; Fundamentals of Computer Science; Computer Science and Computer Equipment; Computer Equipment and Programming; Computer Science (general course), Computer Science (practicum); Computer Science and Engineering; Programming and Algorithmic Languages; Fundamentals of Electrical Engineering and Electronics; Computer Circuitry; Computer Architecture; Power Supply for Construction Industry; Factory Automation; Electronics and Circuitry; Means of Automation and Telemechanics; Fundamentals of Production Processes Automation in Transport Engineering; Fundamentals of Computer Science and Computers; Clerical Work and Computers; Computer Networks and Telecommunication, Computers and Programming (general course) and so on.

Over the last five years lecturers have issued the following textbooks and monographs:
1. Dmytrychenko M.F., Khoroshun B.I., Yazvinska O.M., Danchuk V.D. Higher education and the Bologna process. Student training manual for higher educational institutions (under the auspices of MES of Ukraine). - 2006. - Kyiv: Znannya Ukrajny. - 439 pp.
2. Danchuk V.D., Velychko K.S., Alyeksyeyenko K.M. Basics of algorithm and programming. Manual for full-time students in computer science. - Kyiv, NTU, 2004. - 244 pp.
3. Danchuk V.D., Lyaskovsky V.P., Tymchenko O.P. Elements of the theory of databases and database management systems. Manual - Kyiv, NTU, 2005. - 76.
4. Vyshnevetsky V.I. Fundamentals of information science and mathematical modeling, Manual Part 1. - Kyiv, NTU, 2005. - 150 pp.
5. Karandakov G.V., Kryvenko V.I. A guide to lectures on electrical, electronics and microprocessor technology. - Kyiv, NTU, 2006. - 219 pp.
6. Bulyga O.A., Bulyga K.B. Application of mathematical methods in solution of engineering and business problems on the basis of information technology. Manual (under the auspices of MES of Ukraine). - Kyiv, 2006. - 150 pp.
7. Danchuk V.D., Bulyga O.A., Alyeksyeyenko K.M. Guidelines and individual tasks for laboratory work in fundamentals of programming and algorithmic languages. Part 1. Turbo Pascal 7. - Kyiv, NTU, 2007. - 120 pp.
8. Chervjakova T.I., Alyeksyeyenko K.M. Operating system Windows XP. Guidelines for laboratory work for students of all specialties in “Fundamentals of computer science”and “Hardware and software “. - Kyiv, NTU, 2006. - 34 pp.
9. Chervyakova T.I., Alyeksyeyenko K.M. Microsoft Office. Text editor Word. Guidelines for laboratory work for students of all specialties in “Fundamentals of computer science”and “Hardware and software “. - Kyiv, NTU, 2006. – 80 pp.
10. Chervyakova T.I., Alyeksyeyenko K.M. Microsoft Office. PowerPoint Presentation. Guidelines for laboratory work for students of all specialties in “Fundamentals of computer science”and “Hardware and software “. - Kyiv, NTU, 2006. - 16.
11. Sadovenko V.S. A guide to lectures on Computer Networks and Telecommunications. - Kyiv, NTU, 2006.-44 pp.
12. Vyshnevetsky V.I., Lyaskovsky V.P., Ludchenko Ya.O., Kryvenko V.I., Tymchenko O.P. Fundamentals of computer Science. Manual, part I, Fundamentals of computer technology in mathematical calculations in environment MathCAD ". - Kyiv, NTU, 2006. - 145 pp.

The department has 2 multimedia classrooms with 25 automated computer stations each, that can effectively implement modern computer technologies into academic process.

Now research activities of the department are mainly carried out in the following fields:
- general systems theory, theory of socio-economic systems, mathematical modeling of systems development;
- development of fundamentals of computer engineering, road construction materials with desired properties;
- development of quasi intellectual network information systems;
- simulation of optimization problems and mathematical programming which will result in creation of technical means;
- research management systems for electric traction drives of heavy-duty electro trucks;
- mathematical modeling and calculation of structural and dynamic characteristics and mechanisms of interaction in disordered and quasi ordered condensed media (liquids, liquid and rotational crystals, composite materials, nanostructural compounds);
- development of models and identification mechanisms of protein-nucleic acid recognition, fine polymorphism in bio-polymer media, the resonant response of biological objects to low energy radiation.

Within the scientific areas listed above and in collaboration with scientists from other institutions of our country and abroad the department has received a number of essentially new (fundamental) results which are in the treasury of world science.

Thus, taking into account resonance dynamic intermolecular interaction in quasi ordered condensed media the fundamental understanding of structural-dynamical properties, the nature of interaction and regularities of phase transitions in substances media have been developed. Based on advanced theoretical concepts and the relevant mathematics, molecular dynamic and quantum-chemical calculations numerical methods are being developed for the interpretation of the main problem of computer engineering of bitumen composite materials – "structure - physical and chemical properties - rheological properties", which may pave the way for computer design of bitumen composite materials with desired rheological properties in the future. In the future results of the research and development are planned to be used in road construction when developing a strategy focused on synthesis of road construction materials with predictable properties in the frameworks of methodology «technology foresight", which has been developed under the auspices of the United Nations Industrial Development Organization (UNIDO) for strategic planning and breakthrough development of economics priority sectors.

A number of quantitative mathematical and physical models that describe the processes of electrostatic and resonant dynamic nucleic-nucleic acid and protein-nucleic acid contacts on bio molecule level have been developed. Within the framework of these models the computer simulation studies are carried out which allows to determine the solyton regimes of local conformational deformations propagation along the DNA as well as mechanisms of influence of external electromagnetic radiation of low power on the course of elementary biochemical regulations. Additional channels of conformational transitions that exist in the nucleotide complexes and determine the contributions of dynamic processes in the effects of matrix biosynthesis and enzymatic catalysis have been found.

Within the physical representations, concept of the existence of an information field of any nature has been proposed. Using a synergetic approach the theory of open dynamic information systems in the region of phase transitions has been developed. Based on the results of our studies the functional model of a distributed information system of universities (Virtual University) as an information system of knowledge has been created. In the future, in the framework of Bologna process the proposed approach can be applied to create a qualitatively new system of higher education as a unified information system of knowledge.

The department of electronics and computers carries out research work to develop certain concepts of the general theory of modern open transport systems: synergy and dynamics, deterministic chaos and order, theories of development, disasters, bifurcation, etc, using the methodology of a systematic approach and methods system, system-harmonic analysis and synthesis of studying the dynamics of open transport systems as a kind of socio-economic systems on the basis of modern computer technology.

A post-graduate school is functioning at the department. The research themes of the department are the topics of the theses. The department researchers have defended 2 doctor’s, 7 candidate’s theses, published over 500 scientific articles in leading domestic and foreign journals, and received more than 30 certificates. Results of research have been reported at international congresses, conferences and symposia, published in professional journals of Ukraine and other countries (UK, USA, Holland, France, Italy, Russia, Poland). The department encourages students to take part in research work and they participate in scientific conferences of the university and other educational and scientific institutions. Theses topics, which are currently being performed at the department:

1. Kravchuk A.P. Effects of resonance intermolecular interaction in the vibrational spectra of organic crystals and liquids (Supervisor: doctor of science in physics and mathematics, Professor Danchuk V.D.)

2. Lemeshko T.A. Optimization of information organizing methods in knowledge bases of the virtual university (Supervisor: doctor of science in physics and mathematics, Professor Danchuk V.D.)

3. Svatko V.V. Developing the scientific basis of quasi-intellectual information management systems for transport problems (Supervisor: doctor of science in physics and mathematics, Professor Danchuk V.D.)

4. Tymchenko O.P. Methods and models to improve management of systems development as systems of organizational type (Supervisor: candidate of science in technology, Dr. Vysnevetsky V.I.)

6. Gryshuk G.P. Mathematical models of open systems in corporate associations of small and medium business (Supervisor: candidate of science in technology, Dr.Vysnevetsky V.I.) 8. Kryvenko A.V. Mathematical modeling of open network systems for management of material flows (Supervisor: candidate of science in technology, Dr. Vysnevetsky V.I.)

7. Dyadyushenko O.O. Mathematical models of open systems and methods for their research in emergency situations (Supervisor: candidate of science in technology, Dr.Vysnevetsky V.I.)

8. Shapoval V.M. Improvement of optimum decision-making processes under functioning of the automated control system of higher education institution (Supervisor: candidate of science in technology, Dr. Lyaskovsky V.P.).

9. Voznyuk A.B. Models, methods and algorithms for systems optimization of organizational management of higher education institution (Supervisor: candidate of science in technology, Dr. Lyaskovsky V.P.)

The department carries out its activities in the framework of 3 agreements with the institutes of NAS of Ukraine. The department strengthens international links, particularly with the St. Petersburg University (St. Petersburg, Russia), Claude Bernard Lyon University (Lyon, France), Tel Aviv University (Tel Aviv, Israel), Institute of Low Temperature and Structural Research (Wroclaw, Poland), University of Gdansk (Gdansk, Poland), M. Luther Physics Chemical Institute. (Halle, Germany).