Enterprise AI Analysis
Generative AI as a Student Research Assistant: The Relationship of Academic and Research Practices in Higher Education
This study analyzes Generative Artificial Intelligence (GenAI) use by students in higher education across seven countries (2083 students, 3686 responses). It introduces two indicators: A1 for overall academic use (79.06%) and A2 for research-oriented use (46.66%). The findings show GenAI is widely adopted for academic tasks but its research application is less common and varies significantly by country. Countries like Kazakhstan and a Ukrainian subsample show higher research-oriented GenAI use, positioning GenAI as an emerging, though fragmented, student research assistant within the academic subsystem.
Key Impact Metrics
Based on a survey of 2083 students across seven countries, these metrics highlight the current state of Generative AI adoption in higher education academic and research practices.
Deep Analysis & Enterprise Applications
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Widespread Academic Adoption vs. Fragmented Research Use
0 Only this percentage use it for research tasks (A2).
Sociotechnical Systems Theory (STS) Framework
| Aspect | Traditional Tech View | STS Applied to GenAI in HE |
|---|---|---|
| Technology Role | Automation tool, independent agent. | Cognitive assistant, part of a human-AI co-learning system. |
| Efficiency Driver | Perfection of technology. | Consistency with human structures, norms, competencies. |
| GenAI in Research | Fixed functional role. | Analytic metaphor for observed use in supporting research stages, varying in intensity/sustainability. |
| Integration Outcome | Technological development. | Joint optimization of social and technological subsystems. |
Interpreting GenAI Use Configurations (A1-A2 Zoned Space)
Enterprise Process Flow
GenAI Use Across Countries and Student Levels
The study reveals significant cross-country heterogeneity in GenAI adoption. Kazakhstan (A1: 95.6%, A2: 73.2%) and Ukraine-1 (A1: 82.99%, A2: 60.6%) demonstrate the highest research-oriented use, placing them in 'Zone 4' (High Research Activity). In contrast, countries like Poland-1, Poland-3, and Uzbekistan exhibit a wider gap between A1 and A2, indicating a dominance of routine educational use ('Zone 3'). While A1 (academic use) shows statistically significant differences across undergraduate, graduate, and postgraduate levels, A2 (research use) remains relatively homogeneous, suggesting general factors drive research-oriented adoption rather than study level.
Calculate Your Enterprise AI Impact
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Your AI Implementation Roadmap
Transform fragmented GenAI use into a strategic advantage with a tailored implementation plan for your organization, based on our research insights.
Define AI Literacy & Curricula
Develop AI literacy programs and curricula to support meaningful and responsible GenAI use in learning and research, addressing both academic and enterprise contexts.
Targeted Pedagogical Support
Identify and bridge the gap between widespread academic use and limited research applications to provide targeted pedagogical support for student research, or internal team research efforts.
Foster Collaboration & Best Practices
Facilitate international collaboration and experience sharing to develop joint frameworks for responsible GenAI integration in educational and organizational settings.
Inform Policy & Strategy
Utilize research findings to inform institutional policies and management decisions, fostering the sustainable integration of GenAI into the academic subsystem as an effective 'student research assistant' or enterprise tool.
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