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Synthesis: Hackl, MΓΌller, and Sailer (2026) present the AI Literacy Heptagon, a structured seven-dimensional framework for AI literacy (AIL) in higher education, developed through an integrative literature review of publications from 2021–2024. The framework synthesizes seven core dimensions β€” technical knowledge and skills, application proficiency, critical thinking ability, ethical awareness and reasoning, social impact understanding, integration skills, and legal and regulatory knowledge β€” and is operationalized through four Bloom's-taxonomy-aligned proficiency levels (Unaware, Beginner, Intermediate, Expert). An initial expert-led curriculum mapping across an AI Engineering and a Media Pedagogy program demonstrated the framework's utility for analyzing and structuring curricula, highlighting the discipline-specific nature of AIL implementation.

Key Findings

  • Seven dimensions emerged from an iterative coding of AIL conceptualizations: Technical Knowledge and Skills (TKS, 24/27 sources), Application Proficiency (AP, 26/27), Critical Thinking Ability (CTA, 23/27), Ethical Awareness and Reasoning (EAR, 20/27), Social Impact Understanding (SIU, 11/27), Integration Skills (IS, 18/27), and Legal and Regulatory Knowledge (LRK, 2/27).
  • The authors deliberately retained emerging dimensions that appear infrequently in the literature β€” particularly Legal and Regulatory Knowledge (only 2/27 sources) and Integration Skills β€” arguing these address rapidly evolving regulatory landscapes (e.g., the EU AI Act) and the gap between theoretical knowledge and practical application.
  • A synthesized working definition operationalizes AIL as critical, ethical, and responsible engagement with AI across all seven dimensions, explicitly acknowledging that emphasis varies by disciplinary context.
  • The framework distinguishes generic AIL (Beginner level in all dimensions, the baseline for all students) from domain-specific extensions (Intermediate/Expert levels tailored to fields of study), with four proficiency levels mapped to Bloom's cognitive processes.
  • Expert-led curriculum mapping of an AI Engineering and a Media Pedagogy program showed technical programs emphasize TKS and AP, while humanities-oriented programs emphasize EAR and SIU, supporting the framework's flexibility while maintaining multidimensional integrity.
  • Study Design & Method

    The study used an integrative literature review (distinct from a meta-analysis, as it performs qualitative synthesis rather than statistical pooling), following PRISMA principles for transparency. A systematic search of Web of Science and Scopus for English-language publications from 2021 (plus earlier foundational works) to 2024 used term combinations around AIL, higher education, teaching/learning AI, and stakeholders. The search was completed December 10, 2024, with additional sources via citation tracking, Google Scholar, and research discovery tools. Two independent coders applied open then axial coding to extract recurring competencies, resolving discrepancies through discussion, yielding the seven dimensions. Initial framework validation used structured expert-led "collaborative profiling sessions" with two program leaders (AI Engineering and Media Pedagogy) to map curricula onto the heptagon and its proficiency levels β€” explicitly framed as evaluating curricular structure and goals, not empirically measuring student competencies.

    Implications for AI in Education

    The Heptagon provides educators and institutions a concrete, adaptable tool for structuring AI Literacy development in Higher Ed, addressing the field's fragmentation and the gap between conceptual definitions and curriculum implementation. It argues that AIL is not a monolithic competency but must be tailored to disciplinary contexts while maintaining seven core dimensions. The explicit inclusion of legal and regulatory knowledge and integration skills responds to underrepresented dimensions in existing frameworks and to the fast-moving regulatory landscape. For curriculum designers, the framework supports competency-gap analysis (as demonstrated in the two validation programs), the design of targeted learning modules across dimensions and proficiency levels, and assessment tasks that integrate multiple AIL dimensions. It also situates AIL relative to media, computational, and data literacy, helping delineate what is and is not AI literacy.

    Limitations

    The literature review is bounded to 2021–2024 English-language publications in Web of Science and Scopus, potentially missing relevant work. The initial validation is qualitative and small-scale β€” two expert-led curriculum mappings β€” explicitly framed as illustrating the framework's utility rather than empirically validating its effectiveness or measuring student competencies. The authors note the visualization lacks granularity at the expert level and that the knowledge-skills-attitudes three-dimensional nature is not explicitly represented in the visual model. The framework is a proposed instrument requiring further validation across more programs and disciplines.

    Connected Concepts

  • AI Literacy
  • Higher Ed
  • Curriculum Design
  • Ethics
  • Educational Policy AI
  • Teacher Role
  • Assessment Validity
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  • Hcap Human Centric AI Pedagogy Framework 2026 β€” Human-Centric AI Pedagogy (HCAP) Framework
  • Finkelstein Principled AI Education 2025 β€” Principled AI Education Framework
  • Principled AI Education β€” Principled AI in Education
  • GenAI Higher Education Systematic Review 2026 β€” Generative AI in Higher Education: A Systematic Review
  • Citation

    Hackl, V., MΓΌller, A. E., & Sailer, M. (2026). The AI literacy heptagon: A structured approach to AI literacy in higher education.