Aug 2026· International Journal for Educational Integrity· Vol 22· 0 citations· 72 references
TL;DR
The findings suggest that academic integrity in the GenAI era is shifting from a primarily punitive model toward a pedagogy-first ecosystem that combines clear expectations, assessment redesign, equitable access to vetted tools, and iterative governance.
Abstract
This study examines how the 50 U.S. universities ranked as most innovative by U.S. News & World Report articulate policy, guidance, and support for generative artificial intelligence (GenAI) in teaching and learning. Using qualitative document analysis and inductive thematic analysis of official institutional websites, the study identifies five convergent patterns: instructor-led, syllabus-level governance; disclosure and attribution expectations; privacy-oriented data guardrails and vetted tools; caution toward AI-detection systems; and expanding investment in AI literacy. It also identifies important divergences in default permission stances, the maturity of enterprise governance, and tooling strategies, including campus-hosted platforms and consumer tools governed by risk controls. Across institutions, GenAI support is distributed through teaching centers, libraries, IT/security units, and academic integrity offices. The findings suggest that academic integrity in the GenAI era is shifting from a primarily punitive model toward a pedagogy-first ecosystem that combines clear expectations, assessment redesign, equitable access to vetted tools, and iterative governance. The study offers an early comparative baseline for longitudinal tracking and evidence-informed institutional policy design.
The study identifies key themes in generative AI governance, including responsible experimentation, transparency, AI literacy and faculty discretion in policy implementation, including responsible experimentation, transparency, AI literacy and faculty discretion in policy implementation.
Abdullah Alotaibi, A. Aseery, Abdulaziz A. Alfayez et al.· British Educational Research...· 0 citations
Course-level AI governance is shaped by the interaction of assessment design, authorship expectations, course purpose, AI adjacency, and instructor discretion, and variation is best understood as an outcome of delegated digital governance whose educational value depends on clarity, justification, and alignment with the intellectual work students are expected to perform.
The study concluded that effective governance requires combining research evidence, sectoral frameworks, and institutional policies, while translating general principles into clear procedures at the university and course levels, and revealed the need for more specialized policies that address privacy, linguistic equity, data protection, and the transparency.
Mohammed Al Mutawtah· Academic Journal of Research...· 0 citations
It is concluded that in order for undergraduate education to continue to be relevant in a society where AI is pervasive, governance must change toward process-oriented evaluation and relational originality.
Joe Mutebi, Brian Mugisha, Ibrahim Adabara et al.· F1000Research· 0 citations
Regression analysis showed that AI familiarity, frequency of use, and policy awareness were significantly associated with stronger support for empowerment-oriented governance, which inform a five-pillar framework for responsible AI integration encompassing AI Literacy Integration, Stage-Based Access, Transparent Use Norms, Assessment Innovation, and Faculty Development.
A. Akib, Mohammad Aseer Intisar, Md. Sabbir Ahmed et al.· The Compass· 0 citations
First-year university students’ perceptions of generative AI in academic work are investigated, foregrounding student agency in a Global South context and offering pedagogical and policy implications for responsible AI adoption.
Sharifuzzaman, M. Rahman· Asian Journal of Contemporar...· 0 citations
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