CONCEPTUAL APPROACHES TO THE DIGITAL TRANSFORMATION OF KAZAKHSTAN'S EDUCATION SYSTEM BASED ON IMMERSIVE TECHNOLOGIES (VR/AR)

In recent decades, the use of virtual reality (VR) and augmented reality (AR) in the field of education has been growing significantly. Virtual reality (VR) and augmented reality (AR) are becoming one of the key directions in the digital transformation of education in Kazakhstan. Their immersive and interactive nature offers teachers and students unique opportunities to collaboratively explore complex concepts and environments. These technologies open new possibilities for improving the quality of the learning process, expanding access to modern educational resources, and developing practical skills that are in demand in a rapidly changing economy.

Using VR, it is possible to create fully immersive learning environments in which students can safely simulate real-life scenarios-from conducting laboratory experiments to mastering complex technical processes. Such learning helps develop critical thinking, increases motivation, and enhances understanding of the material due to the strong sense of presence.

AR technologies, in turn, make the learning process more visual and interactive by overlaying digital information onto the surrounding physical world. In schools and universities across Kazakhstan, the use of AR is already showing high effectiveness: students can visualize anatomical structures, geological layers, historical artifacts, and other objects that are difficult to understand. This makes abstract concepts easier to comprehend and allows students to maintain their individual learning pace.

In recent years, Kazakhstan has been actively implementing state and private initiatives aimed at integrating VR/AR technologies into the educational process. Specialized laboratories, digital classrooms, and pilot projects in engineering, medical, and humanities programs are being launched. The development of these technologies helps build an innovative educational ecosystem, enhance digital literacy, and develop the competencies required for the future among young people.

To achieve this goal, the article analyzes these initiatives and explores how digital tools contribute not only to subject-specific knowledge but also to the development of transversal competencies. Among the selected examples, this article highlights the pedagogical value of virtual and augmented reality technologies, their advantages, and their practical application in the university environment. The findings demonstrate that immersive technologies make the learning process engaging, flexible, and student–centered. Thus, VR and AR are becoming powerful tools for modernizing Kazakhstan’s education system. Their integration helps create a flexible, accessible, and practice-oriented learning model that aligns with the requirements of the digital economy and the country's strategic development priorities.

1. EON Reality. EON Reality Expands Its Rollout in Kazakhstan Targeting National Rollout with 10,000 Tailored Courses with the Launch of Spatial AI Center and EON AI Autonomous Agents. Irvine, CA, 2024. URL: https://eonreality.com/eon-reality-expands-its-rollout-in-kazakhstantargeting-national-rollout-with-10000-tailored-courses-with-the-launch-of-spatial-ai-center-and-eonai-autonomous-agents/

2. Wresearch. Kazakhstan Augmented and Virtual Reality in Education Market (2025-2031). Industry Report ETC4426379. New Delhi, 2025. URL: https://www.6wresearch.com/industry- report/kazakhstan-augmented-and-virtual-reality-in-education-market

3. ISSAI - Institute of Smart Systems and Artificial Intelligence. ISSAI’s Senior Data Scientist Zhanat Makhataeva Speaks at the XIV NIS International Conference “School Education in the Digital Age: Key Trends and Challenges”. 2025. URL: https://issai.nu.edu.kz/2025/10/30/issais-senior-data-scientist-zhanat-makhataeva-speaks-at-the-xiv-nis-international-conference-school-education-in-the-digital-age-key-trends-and-challenges/

4. Next AR Tech. AR Education and Learning Platform in Kazakhstan. Project Overview. Krazio Cloud, 2025. URL: https://nextartech.com/project.php?slug=ar-education-and-learning-platform-augmented-reality-kazakhstan

5. Kaskyrbaeva M., Uldana A. Digital Education: New Opportunities in Kazakhstan. Bilimger.kz, 2024. URL: https://bilimger.kz/172785/

6. Nurullayeva J. Teaching Kazakh Literature Using AR (Augmented Reality) and VR (Virtual Reality) Technologies in the Educational Process. Eurasian Journal of Social Sciences, Philosophy and Culture, 2025. URL: https://cyberleninka.ru/article/n/teaching-kazakh-literature-using-ar-augmented-reality-and-vr-virtual-reality-technologies-in-the-educational-process

7. Tang K.-S. Developing AI Literacy Through Dialogic Inquiry and Critical Questioning. Curtin University School of Education, Australia, 2025.

8. Baker R. Technologies and Educational Resources of the Future: The Potential of Learning Analytics. University of Adelaide, Australia, 2025.

9. Ishengoma F., Ngeze L., Ndibalema P. Augmented Reality Applications in STEM Education: A Review. 2024.

10. Latif Maftunzada S. A. The Transformative Potential of Emerging Technologies in Physics Education. 2024.