The Need to Train a Future Physics Teacher in the Field of Tribology in the Professional Cycle of Disciplines

The article discusses the feasibility of training future physics teachers in the field of tribology in the professional cycle of disciplines. For students of educational programs of physics of higher educational institutions to solve specific problems of theoretical and experimental research, it is proposed to develop tools for visualization and modeling of physical processes of tribology. It is also proposed to develop a special course on the physical foundations of tribology and introduce it into the educational process when studying the relevant sections of the General physics course. As an example, thermodynamic bases of interaction of elements of tribosystems are given in this paper. Given that changes in the thermodynamic and functional characteristics of tribosystems and coatings of materials under the influence of external influences are the subject of research of the scientific center "Engineering of surface and tribology", established at the East Kazakhstan University, the authors consider it appropriate to study the physical foundations of tribology by students of educational programs of physics. It is shown that the center has a research and experimental base corresponding to international standards and highly qualified staffs with academic degrees and titles, specialists in the field of tribology. To achieve this goal, it is very important to have a scientific experimental base and appropriate human resources at the University.

The Need to Train a Future Physics Teacher in the Field of Tribology in the Professional Cycle of Disciplines

The article discusses the feasibility of training future physics teachers in the field of tribology in the professional cycle of disciplines. For students of educational programs of physics of higher educational institutions to solve specific problems of theoretical and experimental research, it is proposed to develop tools for visualization and modeling of physical processes of tribology. It is also proposed to develop a special course on the physical foundations of tribology and introduce it into the educational process when studying the relevant sections of the General physics course. As an example, thermodynamic bases of interaction of elements of tribosystems are given in this paper. Given that changes in the thermodynamic and functional characteristics of tribosystems and coatings of materials under the influence of external influences are the subject of research of the scientific center "Engineering of surface and tribology", established at the East Kazakhstan University, the authors consider it appropriate to study the physical foundations of tribology by students of educational programs of physics. It is shown that the center has a research and experimental base corresponding to international standards and highly qualified staffs with academic degrees and titles, specialists in the field of tribology. To achieve this goal, it is very important to have a scientific experimental base and appropriate human resources at the University.

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  • 1. Memleket basshysy Qasym-Jomart Toqaevtyń Qazaqstan halqyna Joldaýy: 2020 jylǵy 1 qyrkúıek [Elektrondy resýrs]. – Kіru rejimі: http://www.akorda.kz. [in Kazakh]
  • 2. Prıkaz Mınıstra obrazovanııa ı naýkı Respýblıkı Kazahstan O vnesenıı ızmenenıı ı dopolnenıı v prıkaz Mınıstra obrazovanııa ı naýkı Respýblıkı Kazahstan ot 31 oktıabrıa 2018 goda No 604 «Ob ýtverjdenıı gosýdarstvennyh obeobıazatelnyh standartov obrazovanııa vseh ýrovneı obrazovanııa»: 5 maıa 2020 goda №182. [in Russian]
  • 3. 6V01502 – «Fızıka muǵalіmіn daıarlaý». – Ońtústіk Qazaqstan memlekettіk pedagogıkalyq ýnıversıtetі. – Shymkent, 2019. [Elektrondy resýrs]. – Kіru rejimі: http://www.okmpu.kz. [in Kazakh]
  • 4. «6V01504 – Fızıka (bіlіm)» bіlіm berý baǵdarlamasy. – Abaı atyndaǵy Qazaq Ulttyq pedagogıkalyq ýnıversıtetі. – Almaty, 2019. [Elektrondy resýrs]. – Kіru rejimі: http://www.kaznpu.kz. [in Kazakh]
  • 5. 6V01502 – Fızıka mamandyǵy boıynsha bіlіm berý baǵdarlamasy. – S. Amanjolov atyndaǵy ShQÝ. – Óskemen, 2020 [Elektrondy resýrs]. – Kіru rejimі: http://www.vkgu.kz. [in Kazakh]
  • 6. Ramankulov, S., Dosymov, Y., Turmambekov, T., Azizkhanov, D., Kurbanbekov, S., & Bekbayev, S. (2020). Integration of case study and digital technologies in physics teaching through the medium of a foreign language // International Journal of Emerging Technologies in Learning, 15(4), P. 142–157. [in English]
  • 7. Sharoenko V.S. Podgotovka býdýego ýchıtelıa fızıkı v oblastı nanotehnologıı ̸ V.S. Sharoenko, N.V. Sharonova, I.V. Razýmovskaıa ̸̸ ̸ Shkola býdýego. – 2015. – №4. –S. 55–61. [in Russian]
  • 8. Berkovıch I.I., Gromakovskıı D.G. Trıbologııa. Fızıcheskıe osnovy, mehanıka ı tehnıcheskıe prılojenııa: ýchebnık dlıa výzov. – Samara: Samar. gos. tehn. ýn-t., 2000. – 268 s. [in Russian]
  • 9. Mashkov, Iý.K. Trıbofızıka ı strýktýrnaıa modıfıkatsııa materıalov trıbosıstem: monografııa / Iý.K. Mashkov, O.V. Kropotın. – Omsk: Izd-vo OmGTÝ, 2009. – 324 s. [in Russian]
  • 10. «Bettіk ınjenerııa jáne trıbologııa» ǵylymı zertteý ortalyǵy S. Amanjolov atyndaǵy ShQÝ [Elektrondy resýrs]. – Óskemen, 2020. – Kіru rejimі: http://tribology.vkgu.kz/. [in Kazakh]
  • 11. Rakhadilov B.K., Miniyazov A. Zh., Skakov M., Sagdoldina Zh. B., Tulenbergenov T., Sapataev E.E. Structural modification erosion plasma-irradiated tangsten and molybdenum surfaces // Technical physics. – 2020, Vol. 65, No. 3. – P. 382–391. [in English]
  • 12. Sagdoldina Zh.B. Rakhadilov B.K., Skakov M.K., Stepanova O.A. Structural evolution of ceramic coatings by mechanical alloying ̸ ̸ Materials testing. – 2019, 61(4). – P. 304–308. [in English]
  • 13. Rakhadilov B.K., Skakov M., Tulenbergenov T., Zhurerova L., Kurbanbekov Sh., Plasma installation for research of plasma-surface interaction // Eurasian PhysicalTechnical Journal. –2019, Vol.16, No.2 (32). – P. 36–42. [in English]
  • 14. Skakov M.K., Erygına L.A., Batyrbekov E.G., Kotov V.M. Sposob poverhnostnoı zakalkı detaleı ız konstrýktsıonnoı stalı. Patent №32397 na ızobretenıe // Bıýl. №9. – 2017. –15 maya [in Russian].