THE ROLE AND IMPORTANCE OF ARTIFICIAL INTELLIGENCE IN STEAM AND IT INTEGRATION (BASED ON PYTHON, NUMPY AND SCIPY SPATIAL MODELING)
This article analyzes the pedagogical and technological role of artificial intelligence in the integration of STEAM and IT within a
digital education environment. Based on Python, NumPy and SciPy libraries, spatial modeling and simulation opportunities are
demonstrated through practical examples. Two AI-oriented 3D geometric modeling programs are presented and tested in Google
Colab. The effectiveness of the continuous STEAM model is justified through experimental results
1. Bybee R. The Case for STEM Education. 2013.
2. Yakman G. STEAM Education Framework. 2008.
3. OECD. Education 2030 Framework. 2019.
4. UNESCO. Digital Transformation in Education. 2021.
5. VanderPlas J. Python Data Science Handbook. 2016.
6. Oliphant T. Guide to NumPy. 2015.
7. Virtanen P. SciPy 1.0: Fundamental Algorithms. 2020.
8. Papert S. Mindstorms. 1980.
9. Resnick M. Lifelong Kindergarten. 2017.
10. Voogt J., Roblin N. 21st Century Competencies. 2012.
11. Zamonaviy STEAM tadqiqotlari (Scopus, 2023–2025).
12. Scopus bazalarida chop etilgan maqolalar:
13. Avci, H. (2025). Exploring STEM educators’ perspectives on the integration of artificial intelligence in STEM education.
Heliyon (Elsevier).
14. Lohakan, M., & Seetao, C. (2024). Large-scale experiment in STEM education for high school students using an artificial
intelligence kit based on computer vision and Python. Heliyon (Elsevier).
15. Sanayeva, G. B. (2025). The role of artificial intelligence in STEAM education based on fostering critical thinking. Eurasian
Science Review An International Peer-Reviewed Multidisciplinary journal.
16. Garzon J.(2025). Review of Artificial Inteligence in Education. Multidisciplinary Journal in Scopus
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