VIRTUAL LABORATORIYALAR VA GAMIFIKATSIYA ASOSIDA ISSIQLIK HODISALARINI O‘QITISHNING PEDAGOGIK SAMARADORLIGI
PDF

Keywords

virtual laboratoriya
gamifikatsiya
issiqlik hodisalari
fizika ta’limi
STEM
interaktiv metodlar
pedagogik samaradorlik.

How to Cite

VIRTUAL LABORATORIYALAR VA GAMIFIKATSIYA ASOSIDA ISSIQLIK HODISALARINI O‘QITISHNING PEDAGOGIK SAMARADORLIGI. (2026). Qo‘qon DPI. Ilmiy Xabarlar Jurnali, 8(5.), 1231-1239. https://doi.org/10.70728/c.series.ped.v08.i05.196

Abstract

Mazkur maqolada fizika ta’limida virtual laboratoriyalar hamda gamifikatsiya texnologiyalaridan foydalanishning pedagogik samaradorligi tahlil qilindi. Tadqiqot ayniqsa issiqlik hodisalarini o‘qitish jarayonida interaktiv metodlarning o‘quvchilar bilim darajasi, motivatsiyasi va amaliy ko‘nikmalariga ta’sirini aniqlashga qaratildi. Tadqiqot davomida virtual laboratoriyalar asosida tashkil etilgan darslarning an’anaviy o‘qitish metodlariga nisbatan samaraliroq ekanligi aniqlandi. Gamifikatsiya elementlari o‘quvchilarning darsdagi faolligini oshirishi, mustaqil ishlash ko‘nikmalarini rivojlantirishi va fizik tushunchalarni chuqurroq o‘zlashtirishiga yordam berishi kuzatildi.
PDF

References

1. Okariz A., Huebra M., Coimbra D., Arrosagaray M. (2023). Gamifying Physics Laboratory Work Increases Motivation and Learning. Education Sciences, Vol. 13(3), 302.

2. Shadbad F., Bahr G., Luse A. (2024). Gamification in Virtual Laboratory Learning Environments: Effects on Student Engagement and Learning Outcomes. The data base for Advances in Information Systems, Vol. 55(2).

3. Filanovich A., Povzner A. (2021). Virtual Laboratories in Physics Education: Modern Approaches and Methodological Foundations. Journal of Physics: Conference Series.

4. Sokoloff D.R., Thornton R.K. (2004). Interactive Lecture Demonstrations: Active Learning in Introductory Physics. Wiley.

5. С.А. Турсынбаев, А.Б. Камалов, C.Б. Исамов, С.А. Тачилин (2022). Разработка установки для изучения влияния электрического поля, температуры и освещения на параметры полупроводникового материала в условиях локального давления // Приборы. 1 (259). С. 19–22.

6. Bybee R.W. (2013). The Case for STEM Education: Challenges and Opportunities. Arlington, VA: NSTA Press.

7. A.E. Otarbaev, U.T. Mubarikova (2026). Integration ofPhysics inEcological Education: Theory andPractice // International Journal of Pedagogics. Vol.06 pp. 366-372.

8. A.S. Muratov, А.B.Каmаlоv, S. A. Tursinbaev (2021). Installations for studying the strain properties of silicon with nanoclusters of impurity atoms // Science and Education in Karakalpakstan. №2 (17). ISSN 2181-9203. С. 4-7.

9. A. E. Otarbaev "The role of physics in the formation of ecological education of schoolchildren" // International Journal of Pedagogics.

2025. Vol. 05. pp. 102-106 https://doi.org/10.37547/ijp/Volume05Issue01-28 10 Турсынбаев С. А. и др. (2021). Тензоэлектрические свойства кремния с нанокластерами атомов марганца //Приборы. №. 6. – С. 51. 11 С.А. Турсынбаев, Х.М. Илиев, Х.Ф. Зикриллаев, С.А. Тачилин. (2020). Новые материалы для тензодатчиков. // Taшкeнтcкий гocyдaрcтвeнный тexничecкий yнивeрcитeт имeни Ислaмa Кapимoвa, Нayчнo- иccлeдoвaтeльcкий инcтитут физики пoлyпpoвoдникoв и микpoэлeктpoники, “Наноструктурные полупроводниковые материалы в фотоэнергетике” сборник докладов международной научной конференции, 9 – 10-октябрь, С.174 – 176.

12. UNESCO. (2018). ICT Competency Framework for Teachers. Paris: UNESCO Publishing.

13. Otarbaev A., Alieva G., & Tajimova R. (2025). Research of meteorities using modern technologies. // Универсальная индексная библиотека инновационных исследований в современном мире: теория и практика, 4(14), 136–139. http://lib.uniconflix.com/index.php/uilzdit/article/view/51458

14. A.B. Kamalov, S.A. Tursinbaev, Kh.M. Iliyev, M.M. (2020). Shoabdurakhimova. Influence of lighting on tenso-sensitivity of silicon doped with manganese. // Materials of the V International Conference "Optical and photoelectrical phenomenas in semiconductive micro-and nanostructures". Ferghana, November 13-14,

2020. ISSN 2181-1350. Scientific-technical journal. V.3, №5. pp 45-47. 15 S. Tursinbaev, G. Jumatova, F. Joldasbaeva. (2025). The topic of optical instruments in general education schools and the methodology of teaching them // International Journal of Pedagogics. Vol.05 Issue03, pp. 88-90. https://doi.org/10.37547/ijp/Volume05Issue03-25

16. A.E. Otarbaev, Turganbaeva G.A, & Baltabekova A.E. (2026). Use of digital technologies in physics education. // Universal journal of social sciences, philosophy and culture, 3(24), 105-113. https://sr-journals.org/index.php/UJSSPC/article/view/673

17. O‘.Q. Toliqov, M. Usmonboev (2006). Pedagogik texnologiyalarning tatbiqiy asoslari. O‘quv qo‘llanma. Toshkent: O‘zbekiston Respublikasi Fanlar akademiyasi “Fan”, 262 bet.

Creative Commons License

This work is licensed under a Creative Commons Attribution 4.0 International License.

Copyright (c) 2026 Sabırbay Awesbay ulı Tursınbaev, Amangeldi Edilbekovich Otarbaev, Feruza Jańabay qızı Joldasbayeva, Raymbergenova Manzura Shuxrat qızı (Author)