Republican Scientific and Practical Conference on “Innovative Educational Technologies in the Integration of Natural Sciences: Tradition and Modernity”

This conference was included in the plan of scientific and scientific-technical events to be held at the international and national levels in 2026, pursuant to Order No. 11 of the Ministry of Higher Education, Science and Innovation dated January 16, 2026. It was organized by the Department of Natural Sciences of Namangan State Pedagogical Institute on November 13–14, 2026.

1+ Issues
12+ Articles
16+ Participants
Oʻzbekcha

KIMYO VA BIOLOGIYA DARSLARIDA VIRTUAL LABORATORIYALARDAN FOYDALANISH: FANLARARO INTEGRATSIYA YONDASHUVI

Published
14.11.2026
Journal
Republican Scientific and Practical Conference on “Innovative Educational Technologies in the Integration of Natural Sciences: Tradition and Modernity”
Issue
“Innovative Educational Technologies in the Integration of Natural Sciences: Tradition and Modernity” Republican Scientific and Practical Conference
Pages
59-64
DOI
10.5281/zenodo.23833986

Authors

Abstract

Mazkur maqolada, kimyo va biologiya fanlari darslarida virtual laboratoriyalardan foydalanishning nazariy asoslari, didaktik imkoniyatlari va amaliy mexanizmlari fanlararo integratsiya yondashuvi nuqtayi nazaridan tahlil qilinadi. Shu bilan birga virtual laboratoriyalarning turlari, ularning an’anaviy tajribaga nisbatan afzalliklari va cheklovlari yoritilgan hamda kimyo va biologiyani bog‘lovchi mavzu asosida integrativ dars modeli haqida ma‘lumot beriladi. Shuningdek, virtual tajribalarni real laboratoriya ishlari bilan uyg‘unlashtirish o‘quvchilarning tabiiy-ilmiy savodxonligini, tadqiqotchilik ko‘nikmalarini va fanlar o‘rtasidagi bog‘lanishni anglash darajasini oshirishi haqida ham so‘z boradi. Shunday qilib virtual laboratoriyalarni samaradorligini oshirishda turli nazariyalar bo‘yicha atroflicha to’xtatiladi.

Keywords

biologiya ta‘limi fanlararo integratsiya kimyo ta‘limi raqamli kompetensiya. simulyatsiya tadqiqotga asoslangan o‘qitish virtual laboratoriya

Other language versions

Русский
В данной статье будут проанализированы теоретические основы, дидактические возможности и практические механизмы использования виртуальных лабораторий на уроках химии и биологии с точки зрения междисциплинарного интеграционного подхода. Он также освещает типы виртуальных лабораторий, их преимущества и ограничения по сравнению с традиционным опытом, а также предоставляет информацию об интегративной модели урока, основанной на теме, связывающей химию и биологию. Также упоминается, что сочетание виртуального опыта с реальной лабораторной работой повышает естественнонаучную грамотность учащихся, исследовательские навыки и понимание связей между дисциплинами. Таким образом, в повышении эффективности виртуальных лабораторий подробно рассматриваются различные теории.
биологическое образование виртуальная лаборатория междисциплинарная интеграция моделирование обучение на основе исследований химическое образование цифровая компетенция.
English
in this article, in the lessons of chemistry and Biological Sciences, the theoretical foundations, didactic possibilities and practical mechanisms of the use of virtual laboratories are analyzed from the point of view of the interdisciplinary integration approach. At the same time, information is provided on the types of virtual laboratories, their advantages and limitations in relation to traditional experience, and on an integrative lesson model based on a topic connecting chemistry and biology. It has also been argued that reconciling virtual experiences with real-world laboratory work increases students natural-scientific literacy, research skills, and level of awareness of the link between disciplines. Thus, in increasing the efficiency of virtual laboratories, atrophy is stopped according to different theories.
biology education chemistry education digital competence. interdisciplinary integration research-based teaching simulation virtual lab

References

1. Oʻzbekiston Respublikasi Prezidentining Farmoni, 05.10.2020 yildagi PF-6079-son
https://lex.uz/docs/-5030957
2. iLab: Remote Online Laboratories. June 2000–December 2019
iLab: Remote Online Laboratories – iCampus
3. Carl Wieman: Teaching Science More Effectively
Carl Wieman: Teaching Science More Effectively - Lindau Nobel Laureate Meetings
4. Vygotskiyning kognitiv rivojlanish nazariyasining asosiy tamoyillari qanday? 2026
https://uz.answers-technology.com/13995981-what-are-the-main-principles-of-vygotskys-theory-of-cognitive-development
5. Hamidov Abdumalik. NUTQ MADANIYATI FANINING PREDMETI VA VAZIFALARI
https://idea.uzedu.uz/uploads/files/BHNPDB6vFll9yX7R.pdf
6 FIZIKA DARSLARIDA VIRTUAL LABORATORIYALARDAN FOYDALANISHNING YANGICHA USULLARINI ISHLAB CHIQISH Sh.Sh.Sayfiyev , U.E.Haydarov, U.O‘.To‘xtayev , M.N.Yusupov
https://ilmiyanjumanlar.uz/uploads/conferences/0023/2.14.pdf
7. FIZIKA FANINI O'QITISHDA DASTURIY VOSITALAR VA VIRTUAL LABORATORIYALAR
https://cyberleninka.ru/article/n/fizika-fanini-oqitishda-dasturiy-vositalar-va-virtual-laboratoriyalar
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