Assessing Practical Skills Transfer in Agricultural Science Education field study

Thesis Abstract

Assessing practical skills transfer in agricultural science education field study examines how effectively classroom-based competencies translate into real-world agricultural performance among learners in secondary and tertiary education settings. The study addresses the persistent gap between theoretical instruction and authentic practical capability in Agricultural Science, which limits students’ readiness for farm-based tasks, entrepreneurship in agri-enterprises, and adoption of best management practices. The aim is to evaluate the extent, determinants, and quality of practical skills transfer from instructional contexts to field applications, and to identify systemic factors that facilitate or impede this transfer. Specific objectives include (1) measuring the concordance between demonstrated practical skills in simulated laboratory sessions and on-site farm tasks, (2) identifying cognitive, affective, and contextual predictors of transfer, (3) examining the role of instructional design features such as hands-on activity density, authentic assessment, and feedback quality, (4) assessing the influence of supervisor mentorship and industry partnerships on skill uptake, and (5) proposing a validated framework for enhancing practical skill transfer in Agricultural Science education. A mixed-methods approach combines quantitative and qualitative data to provide a robust understanding of transfer processes. The research adopts an explanatory sequential design beginning with a cross-sectional survey of 420 learners drawn from five agricultural education programmes across three states, complemented by longitudinal field observations of 120 learners during farm internship placements over a full academic year. Instruments include a validated Practical Skills Transfer Instrument (PSTI) comprising performance-based rubrics, a Likert-scale questionnaire on motivational and contextual factors, and semi-structured interview guides for learners, instructors, and field supervisors. Data analysis employs descriptive statistics and multiple regression to identify predictors of transfer, structural equation modeling to test a hypothesized transfer framework, and ANOVA to examine variance across programme types. Qualitative data are analyzed using thematic analysis to uncover deeper mechanisms and contextual dynamics of transfer, with triangulation to enhance credibility. The study also applies Social Cognitive Theory and Constructivist Learning Theory to interpret how self-efficacy, reflective practice, and situated learning experiences influence transfer outcomes. Validity and reliability are ensured through pilot testing, inter-rater reliability checks on performance rubrics (ICC > 0.80), and member checking for qualitative components. Expected findings indicate a moderate to strong alignment between laboratory-derived competencies and field performance in programmes that integrate authentic assessment, regular industry mentorship, and structured reflection. The analysis is anticipated to reveal that reflective practice, situational interest, perceived relevance of tasks, and access to authentic farming contexts significantly predict transfer, while time-on-task and resource constraints modulate outcomes. Variations are expected across programme types, with stronger transfer in programmes employing integrated farm placement models and explicit transfer-focused assessment criteria. The study anticipates identifying a mediating role for self-efficacy and a moderating effect of supervisor support and industry collaboration on the transfer process. The contribution to knowledge lies in articulating a context-specific, empirically validated framework for practical skill transfer in Agricultural Science education, integrating instructional design with field-based experiences and mentorship structures, and providing robust measurement tools that can be adopted or adapted by policy-makers and institutions. The conclusions will emphasize the imperative of aligning curricular goals with authentic farm tasks, embedding continuous mentoring, and incorporating systematic transfer-focused assessment within curricula. Recommendations include (i) adopting integrated farm-employer partnerships to provide authentic contexts, (ii) embedding repeated, scaffolded hands-on activities with formative feedback, (iii) implementing a standardized PSTI with cross-program comparability, (iv) designing professional development modules for instructors and field supervisors on transfer-focused pedagogy, and (v) policy guidance to incentivize school-farm collaborations and resource allocation for field-based learning. The study is expected to inform curriculum developers, teacher education programs, and agricultural extension services, ultimately contributing to enhanced employability and sustainable agricultural practices through improved practical skill transfer.