Multi-Level Barriers to Generative AI Adoption Across Disciplines and Professional Roles in Higher Education
Jianhua Yang, Kerem \"Oge, Adrian von M\"uhlenen, Abdullah Bilal Akbulut, Tanya Suzanne Carey, Chidi Okorro

TL;DR
This study investigates how disciplinary and institutional roles influence perceived barriers to adopting Generative AI in higher education, revealing that barriers are deeply embedded in organizational and normative contexts.
Contribution
It provides a multi-level analysis showing that barriers to GenAI adoption vary systematically across disciplines and roles, emphasizing organizational and normative factors.
Findings
Non-STEM academics cite ethical and integrity concerns.
STEM and PS staff highlight governance and infrastructure issues.
Barriers are embedded in organizational ecosystems and norms.
Abstract
Generative Artificial Intelligence (GenAI) is rapidly reshaping higher education, yet barriers to its adoption across different disciplines and institutional roles remain underexplored. Existing literature frequently attributes adoption barriers to individual-level factors such as perceived usefulness and ease of use. This study instead investigates whether such barriers are structurally produced. Drawing on a multi-method survey analysis of 272 academic and professional services (PSs) staff at a Russell Group university, we examine how disciplinary contexts and institutional roles shape perceived barriers. By integrating multinomial logistic regression (MLR), structural equation modelling (SEM), and semantic clustering of open-ended responses, we move beyond descriptive accounts to provide a multi-level explanation of GenAI adoption. Our findings reveal clear, systematic differences:…
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