Development of a Competency-Based Pedagogical Framework for Agricultural Science Education

Thesis Abstract

This study addresses the persistent misalignment between agricultural science education and the competencies demanded by modern agribusiness and sustainable farming systems, which has contributed to suboptimal student preparedness for professional practice and limited innovation in the sector. The aim is to develop a robust, evidence-based Competency-Based Pedagogical Framework (CBPF) for Agricultural Science Education that systematically maps core professional competencies to pedagogical strategies, assessment methods, and curriculum design. Specific objectives include (1) delineating the essential competencies for agricultural scientists across technical, entrepreneurial, and sustainability dimensions; (2) examining current pedagogical practices and assessment approaches within agricultural science programs to identify gaps and misalignments with industry needs; (3) constructing a theoretically grounded CBPF anchored in competency-based education and constructivist learning theories; (4) validating the framework via empirical evaluation of its feasibility, reliability, and potential impact on learning outcomes; and (5) providing implementable guidelines for policy-makers, program coordinators, and instructors to operationalize the framework in diverse higher education settings. The study adopts a mixed-methods sequential explanatory design. In the first, quantitative phase, a cross-sectional survey will be administered to a stratified sample of 420 agricultural science students and 120 faculty members across five accredited universities to quantify perceived competency gaps, learning environment adequacy, and assessment alignment using a validated Instrument for Competency-Based Pedagogy (ICBP). Reliability will be established with Cronbach’s alpha (? ? 0.80) and construct validity through confirmatory factor analysis (CFA). In the second, qualitative phase, semi-structured interviews and focus group discussions with 40 students, 20 industry partners, and 12 departmental heads will explore nuanced understandings of essential competencies, contextual applicability, and barriers to adoption. Data will be analyzed using thematic analysis for qualitative data and multiple regression and structural equation modeling (SEM) to test relationships among pedagogical practices, competency attainment, and perceived readiness for employment. Theoretical framing integrates the Competency-Based Education (CBE) paradigm and Reflective Practice theory, complemented by Constructivist and Situated Learning notions to guide curriculum and assessment design within the CBPF. A convergent synthesis will integrate quantitative and qualitative findings to inform framework specification. The core result anticipated is a validated CBPF comprising (a) a competency map detailing technical, entrepreneurial, and sustainability competencies aligned to agricultural science outcomes; (b) a set of modular pedagogical strategies and learning activities matched to each competency, including experiential learning, problem-based and project-based tasks, and reflective assessment practices; (c) an integrated assessment blueprint featuring performance-based rubrics, criterion-referenced standards, and formative feedback mechanisms; (d) curriculum design templates and course sequencing guidelines that ensure coherence between learning objectives, instructional methods, and assessment. The study also expects to identify contextual moderators such as resource availability, educator preparedness, and industry collaboration intensity, which will inform framework adaptability across diverse institutions. Data interpretation will situate findings within the literature on CBE, agricultural education reform, and workforce development, highlighting concordances and divergences with prior empirical work and delineating pathways for scalability and sustainability. Contribution to knowledge includes (i) a novel, empirically grounded CBPF tailored to Agricultural Science Education that operationalizes competencies into actionable instructional and assessment practices; (ii) an evidence base linking competency alignment with improved student engagement, skill acquisition, and employability perceptions; and (iii) practical implementation guidelines for institutions seeking to transition to competency-based curricula in agriculture, including policy implications and professional development needs for educators. The study will also advance methodological refinement for mixed-methods research in education by demonstrating how SEM and thematic analysis can be integrated to validate a framework of this complexity. The main conclusion is that a systematically designed CBPF can bridge the gap between agricultural science pedagogy and industry requirements, yielding measurable improvements in student preparedness and innovation readiness. Recommendations include policy support for credentialing aligned with competencies, targeted faculty development programs, investment in authentic learning environments such as on-farm partnerships, and iterative framework revision cycles based on ongoing industry feedback.