Aug 2026· Frontiers in Education· 0 citations· 22 references
TL;DR
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.
Abstract
As generative artificial intelligence becomes embedded in digital education, universities face a governance problem that institutional guidance alone cannot resolve: how should acceptable AI use be defined within particular courses and assessments? This study examines syllabi as formal governance texts through which university principles become student-facing rules.
Using qualitative comparative document analysis, the study analyzed 35 syllabi collected from a large U.S. public research university, including 22 from Education and 13 from other fields. Course-level statements were compared with the institutional governance framework. The analysis distinguished primary governance stances and examined institutional alignment, policy rationales, discourse registers, and variation across course contexts.
The institutional framework delegated substantial authority to instructors while emphasizing communication, attribution, verification, and student responsibility. Course-level enactment was highly heterogeneous: 11 syllabi were silent on student AI use, 11 were prohibitive, five permitted specified uses, two broadly permitted AI with responsibility safeguards, and six treated AI or machine learning as an object of pedagogical or professional learning. Six syllabi were explicitly aligned with institutional guidance, seven implicitly aligned, eight elaborated the institutional framework, three provided minimal guidance, and 11 remained silent; none directly contradicted a specific institutional requirement. Authentic or independently produced work was the most common rationale, appearing in 18 of 24 non-silent syllabi. Governance patterns crossed disciplinary boundaries, while all pedagogical cases were concentrated in AI-adjacent courses.
The findings challenge simple disciplinary explanations and show that course-level AI governance is shaped by the interaction of assessment design, authorship expectations, course purpose, AI adjacency, and instructor discretion. 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 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.
Yufeng Qian· International Journal for Ed...· 0 citations
Applying Critical Policy Analysis and Jencks’ framework of educational opportunity, the study shows that policy silence is not the absence of governance but a governance choice, one that shapes how access, responsibility, and fairness are determined.
A. Miles, Khalid H. Arar· Improving Schools· 0 citations
Generative artificial intelligence is reshaping the organization of knowledge, classroom interaction, assessment evidence, and institutional arrangements in ideological and political education (IPE). In this article, IPE refers to a form of higher education that integrates theoretical learning, civic responsibility, and social practice. This conceptual article examines how generative AI changes the conditions under which educational judgment is formed in IPE classrooms. Drawing on educational technology studies, human agency theory, responsible AI governance, and critical AI literacy, it adopts conceptual analysis and theoretical synthesis to develop a four-stage pedagogical redesign model for the generative AI era. The model contains problem generation, negotiated interpretation, evidence verification, and practice transfer. The article identifies four innovation pathways: issue-based knowledge organization, human-AI collaborative dialogue, situated learning environments, and process-based assessment. It also specifies four risk boundaries: knowledge compression, cognitive dependence, relational weakening, and excessive datafication. The main contribution is to argue that generative AI should not be positioned as an autonomous educational subject, but as a conditional medium that supports interpretation, deliberation, and responsible practice under curricular purpose, teacher judgment, transparent rules, critical AI literacy, and institutional safeguards.
The Ethico-Regulatory Governance (ERG) Framework is proposed, a conceptual model designed to bridge global ethics with local compliance, and offers a scalable, adaptable solution for universities navigating the complexities of GenAI.
Christian Roberto Cabezas Freire, Nayana Desai· Revista Hambatu Science· 0 citations
It is concluded that effective AI governance requires institutionally grounded arrangements that ensure AI supports, rather than undermines, the educational mission of higher education.
Tian-Zi Sun, Mark Joseph D. Pastor· American Journal of Educatio...· 0 citations
By reframing GenAI adoption as a sociotechnical design-and-governance problem rather than tool uptake, RAiLE offers a pathway for building plural, accountable, and agency-preserving futures for language education.
Ali Khodi, Samantha M. Curle· Frontiers in Education· 1 citation
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