Assessing The Role of Artificial Intelligence in ImprovingThe Sustainability of Public Higher AIEducation Administration

This study investigates the multidimensional impact of artificial intelligence (AI) on sustainability ‎practices within public higher education institutions. In this paper, sustainability is conceptualized as a ‎three-dimensional construct:environmental, economic, and social educational and this definition ‎guides the study design and interpretation of outcomes. Using an integrated approach that combines ‎extensive literature reviews, quantitative survey data from over 5,000 respondents, and carefully ‎selected case studies, we examine how AI implementations, including personalized learning systems, ‎automated assessment tools, and intelligent tutoring systems, enhance the sustainability of ‎educational practices. Our methodology incorporates both classical statistical methods and novel ‎computational formulas for data reliability and variance analysis. The results demonstrate that AI ‎promotes efficiency, resource optimization, and innovative teaching paradigms, while also unearthing ‎challenges related to ethical issues, scalability, and infrastructural limitations. A deeper dive into ‎subgroup analyses reveals gender differences and disciplinary disparities in attitudes toward AI usage. ‎Ultimately, the study argues that the responsible integration of AI can substantially advance ‎sustainable practices in public higher education if accompanied by rigorous policy and pedagogical ‎strategies‎.

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Publication Details

Journal
International Journal of Basic and Applied Sciences
Published
2025-12-22
DOI
https://doi.org/10.14419/vcrekz65
Primary Topic
Online Learning and Analytics
Type
article
Field-Weighted Citation Impact
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article

Assessing The Role of Artificial Intelligence in ImprovingThe Sustainability of Public Higher AIEducation Administration

Pengfei Zhang, Yuhan Wang, Xuejie Guo, M.K. Zhodro et al.
International Journal of Basic and Applied Sciences
Online Learning and Analytics
article

Assessing The Role of Artificial Intelligence in ImprovingThe Sustainability of Public Higher AIEducation Administration

Pengfei Zhang, Yuhan Wang, Xuejie Guo, M.K. Zhodro, Yulin Qin
article en

Abstract

This study investigates the multidimensional impact of artificial intelligence (AI) on sustainability ‎practices within public higher education institutions. In this paper, sustainability is conceptualized as a ‎three-dimensional construct:environmental, economic, and social educational and this definition ‎guides the study design and interpretation of outcomes. Using an integrated approach that combines ‎extensive literature reviews, quantitative survey data from over 5,000 respondents, and carefully ‎selected case studies, we examine how AI implementations, including personalized learning systems, ‎automated assessment tools, and intelligent tutoring systems, enhance the sustainability of ‎educational practices. Our methodology incorporates both classical statistical methods and novel ‎computational formulas for data reliability and variance analysis. The results demonstrate that AI ‎promotes efficiency, resource optimization, and innovative teaching paradigms, while also unearthing ‎challenges related to ethical issues, scalability, and infrastructural limitations. A deeper dive into ‎subgroup analyses reveals gender differences and disciplinary disparities in attitudes toward AI usage. ‎Ultimately, the study argues that the responsible integration of AI can substantially advance ‎sustainable practices in public higher education if accompanied by rigorous policy and pedagogical ‎strategies‎.

International Journal of Basic and Applied SciencesVol. 14(8)
INTI International University (MY), Shinawatra University (TH), Nilai University (MY), Minsk Institute of Management (BY), Belarusian National Technical University (BY)
Openalex Percentile: Top 29%
Online Learning and Analytics
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Assessing The Role of Artificial Intelligence in ImprovingThe Sustainability of Public Higher AIEducation Administration — Pengfei Zhang, Yuhan Wang, et al. · International Journal of Basic and Applied Sciences (2025) | TGRS Research Map | TGRS