Akpanbetov Darkhan Berikovich
Associate professor
The Department of «Smart technologies in engineering»
Candidate of technical Sciences
Corresponding Member of the National Academy of Mining Sciences of the Republic of Kazakhstan
email: d.akpanbetov@kazetu.kz
2022 – to the present. Vice-Rector for Academic Affairs and Industrial Practice of International Engineering and Technological University
2019 – 2022. Vice-Rector for Academic and Scientific Work of Kazakhstan Engineering Technological University
2018 – 2019. Chief Specialist of RSE "National Center for Integrated Processing of Mineral Raw Materials of the Republic of Kazakhstan"
2016 – 2018. Associate Professor of the Department of "Energy", Chairman of the Academic Planning Committee of KazNRTU named after K.I. Satpayev
2013 – 2016. Director Registrar's Office, KazNRTU named after K.I. Satpayev
2010 – 2013. Director of the Kazakh-French Educational Center in the field of energy, electrical engineering and maintenance of automated systems – Schneider Electric, KazNTU named after K.I. Satpayev
2010. Head of the Practice and Employment Department of the Career Center, KazNTU named after K.I. Satpayev
2007 – 2010. Lecturer of the Department "Electric Power Engineering and automation of technological complexes", KazNTU
2004 - 2007. Postgraduate student of Kazakh National Technical University named after K.I. Satpayev
2004. Assistant of the Department "Power Supply and Automation of technological complexes", Zhezkazgan University named after O.A. Baikonurov
Additional information:
Member of the Dissertation Council at KazNRTU named after K.I. Satpayev for the defense of doctoral dissertations Candidate of Sciences in the specialty: 6D071800 "Electric Power Engineering"
Full member (academician) of the International Academy of Informatization (MAIN).
Corresponding member of the National Academy of Mining Sciences of the Republic of Kazakhstan (NAMS RK).
Winner in the nomination "The youngest inventor" of the VI Republican contest of achievements in the field of invention "SHAPAGAT-2009" (2009),
Winner of the State scientific scholarship for talented young scientists in the field of technical sciences (2010)
Certificate of Honor of Akim of Bostandyk district of Almaty (2014)
Letter of thanks from the Minister of Education and Science of the Republic of Kazakhstan for his contribution to the development of the education system of the Republic of Kazakhstan (2021).
Professional development:
UNIVERSITY OF PENNSYLVANIA, Philadelphia, USA (July 2015), topic: "Innovative Teaching and Learning strategies".
NAZARBAYEV UNIVERSITY, Astana, Kazakhstan (June, October 2015), topic: "Professional development program for heads of higher educational institutions of the Republic of Kazakhstan".
NATIONAL RESEARCH UNIVERSITY "MEI" (Moscow Power Engineering Institute), Moscow, Russia (November 2016), topic: "Frequency-controlled electric drive. Design and application features".NAZARBAYEV UNIVERSITY, Astana, Kazakhstan (June, 2019), topic: "Eurasian Forum of Leaders of Higher Education (the library hosted the presentation of the academician's monograph) 2019".
The course "Effective Management at the University" (Coursera) (based on the materials "Fundamentals of Management". University of California at Irvine, USA; "Tools and methods of business analysis". University of Queensland, Australia;, "Principles of Management". University of Surrey, UK), (February, March, 2022)
1999 - 2004 Zhezkazgan University named after O.A. Baikonurov. "Power supply and electrification", electrical engineer.
2004 - 2007 Kazakh National Technical University named after K.I. Satpayev. postgraduate.
2010 - Almaty Institute of Power Engineering and Telecommunications. Defended PhD thesis on the topic "Energy-saving multi-motor asynchronous electric drive for synchronous rotation of a conveyor belt". Academic degree: Candidate of Technical Sciences..
The executor of the Tempus IV international project "Master's programs of economic engineers in the field of energy and sustainable development" (partners are universities of Kazakhstan, Russia, France, Finland, Germany).
The contractor of the project to study the flow characteristics of the main and backup pumping stations and develop recommendations for optimizing the operating modes of pumping stations.
Scientific supervisor of 5 Masters of Technical Sciences, is the supervisor of 1 doctoral student in the specialty 6D071800 - Electric power Engineering.
Conducted technological expertise of scientific projects on commercialization in the field of energy.
Co-director of a scientific project on the development of energy-efficient technologies based on alternative energy sources.
Contractor of the grant program for the Consortium of the Manufacturing Sector (KPS I: Industrial and Scientific Cooperation Center: "Resource conservation, gas utilization and renewable energy sources").
Publications
Bekbaev A., Akpanbetov D., Dzhamanbaev M., Karbozova A. Method of intensity assessment of power lines swinging. Scientific-technical conference «Innovation in engineering». – Burgas (Bulgaria), 2015 – P.49-50.
Бекбаев А.Б., Акпанбетов Д.Б., Байбутанов Б.К. Определение энергетических характеристик ветроэнергетических установок для систем слежения точки максимальной мощности. Труды VI Междунар. научно-практ. конф. «Новейшие технологии освоения месторождений углеводородного сырья и обеспечение безопасности экосистем Каспийского шельфа». – Астрахань, 2015. - С. 109-112.
Бекбаев А.Б., Акпанбетов Д.Б., Байбутанов Б.К. Схемные решения в использовании асинхронных генераторов с короткозамкнутым ротором в ветроустановках (ВЭУ) средней мощности. Труды VI Междунар. научно-практ. конф. «Новейшие технологии освоения месторождений углеводородного сырья и обеспечение безопасности экосистем Каспийского шельфа». – Астрахань, 2015. - С. 112-114.
Бекбаев А.Б., Акпанбетов Д.Б., Байбутанов Б.К., Абдраманов Г.А. Способ утилизации избыточной мощности в автономных ветроэнергетических установках малой мощности. Вестник КазНТУ. – 2015. №4, С.217-221.
Сарсембаев Д.Ж., Оразбаев К.Н., Сигачева Е.И. Система автоматического управления конвейерной линией при неравномерности загрузки. Труды LVIII Междунар. научно-практ. конф. «Технические науки – от теории к практике». – Новосибирск, 2016. - С. 117-124.
Машеков С.А., Акпанбетов Д.Б., Абсадыков Б.Н., Нугман Е.З., Рахматулин М.Л., Полещук А.И., Машекова А.С. Система автоматического регулирования скорости прокатки полос на многофункциональном продольно-клиновом стане горячей и холодной прокатки. Доклады Национальной академии наук РК, - 2017. №2. – С.62-77.
Акпанбетов Д.Б., Каниев Е.С., Анарбаева А., Даулетияр Р. Энерго- и ресурсосбережение непрерывным регулированием режима работы сетевого насосного агрегата. Научный журнал «Ізденістер, нәтижелер – Исследования, результаты». – 2018. №1. – С.273-277.
Dostiyarov A.M., Tyutebayeva G.M., Kibarin A.A., Katranova G.S., Umishev D.R., Akpanbetov D. Experimental investigation of distance between v-gutters on flame stabilization and nox emissions. Thermal Science. – 2018. ISSN:2334-7163, IF=1.47, 43-й процентиль.
Sagitov P. I., Akpanbetov D., Almuratova N.K., Toygozhinova Zh.Zh. Mathematical Modeling and Optimization of the Control System for MultiMotor Electric Drive of Conveyor Belt. International Journal of Engineering Research and Technology. ISSN 0974-3154, Volume 12, Number 6 (2019), pp. 899-911 © International Research Publication House, IF=0,155.
Акпанбетов Д.Б., А.А. Нурумов, Ж.Ж. Тойгожинова, Ә.Б. Қуандық Энергоэффективная система управления электроприводом ШГН. Вестник КазНИТУ имени К. Сатпаева, - 2019. №6(136). – С.130-137.
Акпанбетов Д.Б., Алмуратова Н.К., Нурумов А.А., Сагимбекова Е.А. Оценка энергоэффективности ШГН путем косвенных замеров электрических параметров электропривода. Вестник Национальной инженерной академии Республики Казахстан, №4(74), с. 106-111, 2019.
Акпанбетов Д.Б. Модернизация производства на основе создания и интеграции системы инноваций в предприятия. Научный журнал Международного университета инновационных технологий (Бишкек) «Наука и инновационные технологии», №2(11), 2019.
А.Б.Бекбаев, М.А. Джаманбаев, Р.Ш. Абитаева, Д.Б. Акпанбетов. Распорка-гаситель для подавления пляски проводов расщепленной фазы воздушной линии электропередачи. Патент на полезную модель. № 108828. 17.03.2020.
Electric drive in automated systems
The purpose of the discipline is to form students'' knowledge about the importance of electric drive in modern scientific and technological progress. As a result of studying the discipline, the student will be able to develop schematic diagrams for controlling an automated electric drive, design an electric drive control system for an industrial mechanism according to specified technological requirements, calculate power and choose the type of electric drive of typical industrial mechanisms, analyze the energy performance of the electric drive with various methods of regulating the speed of rotation of electric motors, recommend the optimal law of electric drive control depending on the nature of the load, make decisions and evaluate their consequences by analyzing relevant information, using a variety of analytical methods in their professional activities.
Energy efficiency and energy saving
The purpose of the discipline is to form students ' systematic knowledge in the field of energy saving in electric power systems, to develop skills in the application of standard measures, modern technologies and solutions to improve the energy efficiency of electric power systems. As a result of studying the discipline, the student will gain skills in determining the effective modes of operation of electric power facilities and ensuring energy saving and improving energy efficiency in electric power systems. The student can use the acquired knowledge in the future in the design and operation of energy facilities.
Calculation and design of electric power networks and systems
The purpose of the discipline is to develop knowledge in the field of theory of calculations and analysis of modes of electric power systems and networks, ensuring their design and operation efficiency, reliability,and quality of electricity. As a result of studying the discipline, the student will gain skills in calculating the operating modes of open, simple closed and complex-closed electrical networks; choosing the number and power of transformers; choosing the means of regulating the voltage in the network; choosing the option for the development of the electric network, taking into account the reliability of power supply to consumers; choosing the cross-sections of conductors according to the conditions of economy and heating; choosing the cross-section of conductors according to the permissible voltage loss. The student can use the acquired knowledge in the future when designing electrical networks and systems
Electromechanical energy converters
The purpose of the discipline is to form students ' theoretical base on modern electromechanical energy converters, which will allow them to successfully solve theoretical and practical problems in their professional activities related to the design, testing and operation of electric machines. As a result of studying the discipline, the student will gain skills in the use of modern and promising areas of development of electromechanical converters, operation and determination of the main parameters of electromechanical energy conversion systems; management of the impact of systems on the quality and energy efficiency of technological processes. The student can use the acquired knowledge in the future in the design and operation of electromechanical converters.
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Электропривод в автоматизированных системах, Лекции (Учебный корпус №1, 62 (Э)) |
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Электропривод в автоматизированных системах, Лекции (Учебный корпус №1, 62 (Э)) |
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Электропривод в автоматизированных системах, Практики (Учебный корпус №1, 62 (Э)) |
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