Research work
Over the years, a scientific school has developed within the department, headed by Professor K.A. Satarkulov. The department conducts contractual, grant-funded, and state-funded research, as well as research in the department's core areas. Professor K.A. Satarkulov, of KSTU, is the scientific director of the project "Development of an Algorithm and Technical Solutions for Improving the Reliability and Performance of Electrical Distribution Networks." Funding is provided by the Science Development Fund of the Ministry of Education and Science of the Kyrgyz Republic. The research has resulted in dozens of articles published in national and international journals, and hundreds of presentations at national and international conferences, symposia, and seminars. The department's work has been exhibited at various exhibitions, and its authors have received inventor's certificates and patents.
"Electric Wire," January 31, 2002, Patent No. 495.
"Method for Measuring Electric Current in Power Transmission Line Wires," August 29, 2003, Patent No. 596.
"Resistive Heater," June 30, 2004, Patent No. 677.
"Induction Liquid Heater," July 30, 2004, Patent No. 683.
"Power Resistor with Controlled Current-Voltage Characteristic and Resistance Value," June 28, 2008, Patent No. 1030.
"Multi-Electrode Capacitor," June 28, 2008, Patent No. 1031.
"Conductive Core of Wires and Cables," August 28, 2009, Patent No. 1187.
INDUSTRIAL FREQUENCY INDUCTION LIQUID HEATER WITH A WIDE APPLICATION RANGE
The developed compact induction liquid heater is an electrothermal device for indirect heating of liquid materials and can be used in technological processes requiring liquid heating, as well as in autonomous heating systems with a liquid coolant, in particular for heating residential, public, and municipal buildings.
Postgraduate and doctoral studies
At one time, highly qualified specialists were trained through graduate programs at leading institutes in Moscow and Leningrad, who also worked in the Department of Electrical Engineering and Electrical Engineering during these years. Over the past five years, advanced training for faculty has been provided through courses offered by departments at the Moscow Power Engineering Institute (TE).
From October 13 to November 11, 2022, Roza Zhumushevna Samsalieva, a senior lecturer in the Department of Electrical and Electronics Engineering, completed a research internship at the National Research University "MPEI," a leading technical university specializing in electric power engineering and automation. The internship took place in the Department of Relay Protection and Automation (RPA) under the academic supervision of A.I. Kovalenko, PhD (Engineering).
The internship focused on a relevant and dynamically developing area of modern electric power engineering: the design of digital substations using computer-aided design (CAD) systems and intelligent relay protection and automation systems. The chosen topic reflects the current trends in the transition of electric power facilities to digital technologies that improve the reliability, manageability, and efficiency of power systems.
The international research internship took place from April 15 to May 14, 2025, in Almaty, Kazakhstan, at the International Transport and Humanities University. Roza Zhumashevna Samsalieva, a third-year PhD student and senior lecturer in the Department of Theoretical and General Fundamentals of Electrical Engineering (T&OE), participated in the internship. The internship was conducted at the Department of Automation and Electric Power Engineering in Transport. The scientific internship was supervised by Ayaulym Oralbekovna Oralbekova, Head of the Department of Automation and Electric Power Engineering in Transport, under whose scientific and methodological guidance all stages of the internship were carried out. In accordance with the individual plan of the scientific internship, at the initial stage, an acquaintance with the scientific, educational-methodical and laboratory base of the department, the areas of scientific research of the faculty, as well as the software and hardware used in the field of electric power engineering and automation of transport systems. At the next stage of the internship, practical and educational problems related to the analysis of the operating modes of electric power systems, the study of transient processes arising during emergency and switching modes, as well as methods of their calculation and analysis were solved. Significant attention was paid to issues of automation of electrical equipment control. As part of the internship, a collection of foreign scientific and educational materials, publications and regulatory documents on the tactics of modeling transient processes in electric power systems was carried out. The collected materials were analyzed, systematized, and adapted to the conditions of domestic electric power grids, as well as working with technical and design documentation.
The final stage of the internship involved modeling transient processes in electric power systems using modern software. Methods for minimizing the negative consequences of transient processes were studied and tested, aimed at increasing the reliability and stability of electric power systems. The results obtained are planned to be used in further research, dissertation preparation, and in the educational process when teaching specialized disciplines.
Research work of the department "TЕE" for 2025
Participation in a Scientific Conference We participated in the 67th International Network Scientific and Technical Conference (INSTC) for young scientists, postgraduate students, PhD students, master's students, and undergraduates on the topic: "Science, Technology, and Engineering Education in the Era of Digitalization and Globalization." The purpose of the conference was to discuss current scientific and practical issues, as well as to exchange experiences between young researchers and specialists in science and technology. The conference was held in several sections and included plenary sessions and sectional reports. The event addressed current issues in the development of engineering and technical sciences, as well as prospects for the implementation of digital technologies in scientific and educational activities. A scientific article on "Capacitive Effect" was presented at the conference. It was co-authored by Z.T. Turunbekova, A. Kalbekova, and R.Zh. Samsalieva. Supervised by S.M. Asanova. The paper examined the theoretical foundations of the capacitive effect, its physical nature, and its influence on the operation of electrical circuits and technical devices. The main dependencies and conclusions were presented, and the practical significance of the phenomenon under consideration was noted.
