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.

1+ Issues
134+ Articles
160+ Participants
Oʻzbekcha

TEXNOLOGIK TA‘LIMDA SUN‘IY INTELLEKTDAN FOYDALANISH IMKONIYATLARI

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
684-689
DOI
10.5281/zenodo.24038356

Authors

Abstract

Mazkur maqolada, texnologik ta‘lim jarayonida sun‘iy intellekt vositalaridan foydalanishning pedagogik imkoniyatlari, afzalliklari va cheklovlari ilmiy-nazariy jihatdan tahlil qilinadi. Tahlilda sun‘iy intellektning mohiyati, uning ta‘limdagi asosiy yo‘nalishlari, jumladan, shaxsiylashtirilgan o‘qitish, intellektual o‘qitish tizimlari, avtomatlashtirilgan baholash va tezkor qayta aloqa imkoniyatlari yoritiladi. Texnologik ta‘lim fanining o‘ziga xosligi nuqtayi nazaridan sun‘iy intellektdan loyihalash, chizma va uch o‘lchamli model yaratish, o‘quv topshiriqlari va metodik materiallar tayyorlashda foydalanish yo‘llari ko‘rsatib beriladi. Shuningdek, o‘quvchining mustaqil fikrlashi va amaliy ko‘nikmalariga salbiy ta‘sir ko‘rsatish xavfi, ma‘lumotlar xavfsizligi, noto‘g‘ri yoki past sifatli natijalar berish ehtimoli hamda o‘qituvchining raqamli kompetentligi bilan bog‘liq muammolar tahlil etiladi.

Keywords

sun‘iy intellekt texnologik ta‘lim shaxsiylashtirilgan o‘qitish raqamli kompetentlik virtual laboratoriya pedagogik texnologiya ta‘lim sifati.

Other language versions

Русский

ВОЗМОЖНОСТИ ИСПОЛЬЗОВАНИЯ ИСКУССТВЕННОГО ИНТЕЛЛЕКТА В ТЕХНОЛОГИЧЕСКОМ ОБРАЗОВАНИИ

В данной статье научно-теоретически анализируются педагогические возможности, преимущества и ограничения использования средств искусственного интеллекта в технологическом образовании. Анализ освещает природу искусственного интеллекта, его основные области в образовании, включая персонализированное обучение, интеллектуальные системы обучения, автоматизированную оценку и возможности быстрой обратной связи. С точки зрения специфики предмета технологического образования показаны пути использования ИИ в проектировании, построении чертежей и трехмерных моделей, подготовке учебных заданий и методических материалов. Также анализируются риски негативного влияния на самостоятельное мышление и практические навыки учащегося, безопасность данных, возможность получения неточных или некачественных результатов, а также проблемы, связанные с цифровой компетентностью учителя.
искусственный интеллект технологическое образование персонализированное обучение цифровая компетентность виртуальная лаборатория педагогические технологии качество образования.
English

POSSIBILITIES FOR USING ARTIFICIAL INTELLIGENCE IN TECHNOLOGICAL EDUCATION

This article, the pedagogical possibilities, advantages and limitations of the use of artificial intelligence tools in the process of technological education are scientifically and theoretically analyzed. The analysis highlights the essence of artificial intelligence, its main areas in education, including personalized training, intellectual training systems, automated assessment and rapid feedback capabilities. From the point of view of the specificity of the science of technological education, ways of using artificial intelligence in the preparation of design, drawing and three-dimensional model creation, training assignments and methodical materials are shown. Issues related to the risk of adverse effects on the student's independent thinking and practical skills, data security, the possibility of producing false or low quality results, and the teacher's digital competence are also analyzed.
artificial intelligence technological education personalized training digital competence virtual laboratory pedagogical technology quality of Education.

References

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