Republican Scientific and Practical Conference “Digital and Pedagogical Transformation and Research Models in Modern Education”

This conference is included in the “Plan of Scientific and Scientific-Technical Events to Be Held at the International and Republican Levels in 2026” pursuant to Order No. 11 of the Ministry of Higher Education, Science and Innovation of the Republic of Uzbekistan dated January 16, 2026, and was organized by the Department of Intellectual Disciplines and Information Technologies of Namangan State Pedagogical Institute on October 28–29, 2026.

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80+ Articles
99+ Participants
Oʻzbekcha

TEXNOLOGIYA DARSLARIDA EKOLOGIK TAFAKKURNI SUNʼIY INTELLEKT YORDAMIDA RIVOJLANTIRISH

Published
29.10.2026
Journal
Republican Scientific and Practical Conference “Digital and Pedagogical Transformation and Research Models in Modern Education”
Issue
Republican Scientific and Practical Conference “Digital and Pedagogical Transformation and Research Models in Modern Education”
Pages
402-407
DOI
10.5281/zenodo.23685430

Authors

Abstract

Ushbu tezisda umumiy oʻrta taʼlim maktablarining Texnologiya fani darslarida oʻquvchilarning ekologik tafakkurini sunʼiy intellekt (SI) vositalari yordamida rivojlantirishning nazariy asoslari va metodik yoʻllari yoritilgan. Ekologik tafakkurning motivatsion-qadriyatli, kognitiv, tizimli-tahliliy va amaliy-faoliyatli tarkibiy qismlari asoslab berilgan. SI vositalarining hayotiy sikl tahlili, chiqindini prognozlash, materiallarni tanlash va loyiha baholashdagi didaktik imkoniyatlari ochib berilgan. Toʻrt bosqichli metodik model, 5–9-sinflar uchun dars misollari va baholash mezonlari taklif etilgan.

Keywords

STEAM barqaror rivojlanish ekologik izi ekologik tafakkur hayotiy sikl tahlili loyiha faoliyati raqamli kompetentlik.

Other language versions

Русский
В данной работе рассматриваются теоретические основы и методологические подходы к развитию экологического мышления учащихся с использованием инструментов искусственного интеллекта (ИИ) на уроках технологии в общеобразовательных средних школах. Обосновываются мотивационно-ценностный, познавательный, систематически-аналитический и практико-практический компоненты экологического мышления. Раскрываются дидактические возможности инструментов ИИ в анализе жизненного цикла, прогнозировании отходов, выборе материалов и оценке проектов. Предлагается четырехэтапная методологическая модель, примеры уроков и критерии оценки для 5-9 классов.
STEAM анализ жизненного цикла искусственный интеллект проектная деятельность устойчивое развитие цифровая компетентность. экологический след экологическое мышление
English
This thesis outlines the theoretical foundations and methodological approaches for developing students' ecological thinking in "Technology" classes within general secondary schools, utilizing artificial intelligence (AI) tools. The components of ecological thinking—motivational-value-based, cognitive, systemic-analytical, and practical-activity-oriented—are substantiated. The didactic potential of AI tools in areas such as life cycle analysis, waste forecasting, material selection, and project evaluation is explored. A four-stage methodological model, along with lesson examples for grades 5–9 and assessment criteria, is proposed.
STEAM Technology (subject) artificial intelligence digital competence ecological footprint ecological thinking life cycle analysis project-based activity sustainable development

References

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