Amangaliyev Yerlan Zingaleevich
Senior lecturer, Master of Engineering and Technology
Email: e.amangaliev@alt.edu.kz
Brief (professional biography)
2009-2010 – “Atakent KTSDS” AK, electric engineer TP paydalanu zhonindegi engineer – 6/0.4 kV
2010-2011 – “Almaty power engineering at the university” KEAK, “Electrical engineering theory” at the department of VUK engineering
2011-2013 – “Almaty power engineering at the university” KEAK, “Electrical engineering theory” department, assistant-okytushysy
2013-2015 – “Almaty energy sector and university” KEAK, “Onerkasiptik kasiporyndardy electmen zhabdyktau” department of the department
2015-2022 – “G.Daukeev atyndagy Almaty energy sector zhane baylanys university” KEAK, “Electrman zhabdyktau zhane zhanartylatyn energy kozderi” department of the department senator-lecturers
2022-2023 – “Al-Farabi atyndagy KAZU” KEAK, “Plasma physics, nanotechnology and computer physics” department of synthetic physics
2024-2025 – “Al-Farabi atyndagy Kazu” KEAK, “Farabi Robotics” robotics
2025 – Kazakhstani academic year ALT University, Energy Department, senator-lecturer
Education
2005–2009 – Almaty Institute of Power Engineering and Communications (JSC), Bachelor’s degree, Electric Power Engineering
2009–2010 – Almaty University of Power Engineering and Communications (JSC), Master’s degree, Electric Power Engineering
2018–2021 – Satbayev University (JSC) (K.I. Satpayev KazNTU), Doctoral studies, Instrumentation Engineering
Publications
1. Perspective directions of the development of electric transport electric drives (conference paper). 2019 International Multi-Conference on Industrial Engineering and Modern Technologies, FarEastCon 2019.
2. Stability analysis of a closed non-linear “Frequency Converter–Brushless Motor” system for electric vehicle drives (article). Bulletin of Electrical Engineering and Informatics. 2024. DOI: 10.11591/eei.v13i1.5653
(Scopus) Electrical and Electronic Engineering – 64th percentile.
3. Parametric synthesis of the non-linear “Frequency Converter–Brushless Motor” system for electric vehicle drives. Bulletin of Toraighyrov University, Series “Science and Technology of Kazakhstan,” No. 4, 2025. https://stk.tou.edu.kz/storage/journals/161.pdf
4. Electric and hybrid transport: power circuits, equipment, challenges, and development prospects. Electrotechnical Systems and Complexes. https://cyberleninka.ru/article/n/elektromobilnyy-i-gibridnyy-transport-silovye-shemy-oborudovanie-problemy-i-perspektivy-razvitiya.
5. The switched reluctance motor and its characteristics. Multidisciplinary scientific journal “Archivarius.” Kharkiv, 2020.
6. Vector control of brushless electric drives. Proceedings of the 2nd A.U. Dzholdasbekov International Symposium “Mechanics of the Future” (SIJS), 2021.
7. Promising directions for the development of traction electric drives for electric transport (Part 1). Bulletin of G.Zh. Daukeev AUES, Almaty, Issue No. 4 (43(1)), pp. 73–88, 2018.
8. Promising directions for the development of electric traction drives for electric transport (Part 2). Bulletin of M. Tynyshpayev KazATK, Almaty, Issue No. 3 (110), pp. 149–162, 2019.
9. Stability analysis of the nonlinear closed-loop electric drive system (frequency converter – brushless motor) for an electric vehicle. Bulletin of Toraighyrov University NJSC, Series “Science and Technology of Kazakhstan”, Pavlodar, Issue No. 1, pp. 27–46, 2026. https://stk.tou.edu.kz/storage/journals/162.pdf
