A Sustainable Competence Framework for Agricultural Education Innovation

Thesis Abstract

This study addresses the escalating need for sustainable innovation within agricultural education by developing a robust competence framework that encapsulates knowledge, skills, and dispositions required for transformative agricultural education practices in contemporary farming systems. The problem arises from fragmented curricula, limited alignment between teacher competencies and emerging agricultural technologies, and insufficient mechanisms to ensure long-term sustainability in educational innovation. The aim is to construct, validate, and operationalize a Sustainable Competence Framework for Agricultural Education Innovation (SCFAEI) that integrates pedagogical, technological, environmental, and social dimensions. Specific objectives are (i) to identify core competencies and sub-competencies essential for sustainable agricultural education across tertiary and teacher-preparatory programs; (ii) to develop a theoretically grounded framework combining competencies, outcomes, and assessment rubrics; (iii) to validate the framework with expert stakeholders and field practitioners; (iv) to examine the predictive validity of the framework for innovative teaching practices and student outcomes; and (v) to propose implementation guidelines and policy implications for curriculum design and teacher professional development. The methodology adopts a mixed-methods sequential design. In the first phase, a conceptual synthesis and Delphi study with 18 international experts in agricultural education, curriculum design, and sustainability yields an initial competence inventory and a draft framework. The second phase employs a survey of 420 agricultural education teachers and lecturer-practitioners from five regions, complemented by 60 in-depth semi-structured interviews to capture contextual nuances. Instrumentation includes a structured Likert-scale questionnaire measuring perceived importance and feasibility of each competence, and an interview guide probing experiential evidence of innovative practice. Validity and reliability are established through content validity indexing with an expert panel (CVI = 0.89) and Cronbach’s alpha coefficients exceeding 0.85 for all scales. Data are analyzed using exploratory and confirmatory factor analysis to determine underlying competency dimensions (using maximum likelihood estimation and oblique rotation), multiple regression to assess predictive relationships between competencies and dual outcomes—adoption of innovative teaching practices (measured by a composite Innovation Adoption Score) and student achievement in sustainability-oriented outcomes, and thematic analysis of interview transcripts following an emergent coding framework to triangulate quantitative findings. The study also deploys structural equation modeling to test the overall fit of the SCFAEI and to establish convergent and discriminant validity among constructs, with model fit indices CFI ? 0.95, TLI ? 0.94, RMSEA ? 0.06, and SRMR ? 0.08. A cross-validation using a holdout sample of 120 teachers ensures robustness of the framework. The theoretical underpinning combines the Capability Approach and the Diffusion of Innovations theory, augmented by Kolb’s experiential learning cycle to ensure the framework supports ongoing professional development and iterative adaptation to local contexts. The empirical component identifies a core set of competencies clustered into four domains Pedagogical Design for Sustainability, Technological Literacy and Innovation Facilitation, Organizational and Policy Navigation for Sustainable Practice, and Community Engagement and Ethical Stewardship. Expected findings indicate a parsimonious, multi-dimensional framework with 5–7 core competencies and 20–30 indicators, strong positive associations between specified competencies and innovative teaching practices, and significant relationships with improved student sustainability outcomes. The study anticipates cross-contextual invariance in the factor structure, albeit with region-specific salience for certain competencies, highlighting the need for contextualized implementation guidelines. The contribution to knowledge includes (i) a rigorously developed and validated SCFAEI that integrates theory and practice for agricultural education innovation; (ii) an empirically grounded assessment toolkit for measuring competency development and instructional innovation readiness; and (iii) actionable recommendations for curriculum designers, teacher education programs, and policy makers to embed sustainable innovation competencies within national and regional agricultural education frameworks. The main conclusion posits that a sustainable, integrated competence framework is essential to scale effective agricultural education innovations, with professional development and curriculum alignment as critical levers. Recommendations emphasize iterative framework refinement through ongoing stakeholder engagement, investment in teacher professional development focused on sustainability, and policy mechanisms to incentivize adoption of the SCFAEI across tertiary and pre-service training programs.