Enhancing Science Literacy through Interactive Workshops in Rural Community Schools

Thesis Abstract

The persistent low levels of science literacy among students in rural community schools pose significant challenges to scientific development and informed citizenship in many developing regions. Despite national efforts to improve science education, rural schools often remain marginalized due to limited resources, inadequate teacher training, and a lack of engaging instructional strategies. This study aims to evaluate the effectiveness of interactive workshops as an intervention strategy to enhance science literacy in rural community schools. The specific objectives include (1) assessing the baseline science literacy levels of students; (2) designing and implementing contextually relevant interactive workshops; (3) examining changes in students’ science literacy following the workshops; and (4) identifying key factors influencing the effectiveness of such workshops. The overarching goal is to contribute empirically grounded insights into practical strategies for improving science understanding in underserved rural contexts. Using a mixed-methods research design, the study integrates quantitative and qualitative approaches for comprehensive analysis. The quantitative component employs a quasi-experimental design, involving a sample of 300 students from six rural community schools, randomly assigned to experimental and control groups. Data collection instruments include a validated science literacy test and a structured survey to gauge students’ attitudes towards science. Pre- and post-intervention assessments are conducted to measure learning gains. The qualitative component involves focus group discussions and semi-structured interviews with teachers, workshop facilitators, and selected students to explore contextual factors, perceptions, and barriers to effective engagement. Data analysis employs descriptive statistics, paired sample t-tests, and analysis of covariance (ANCOVA) to determine the impact of the intervention. Thematic analysis is applied to qualitative data to identify emerging themes related to learners’ experiences and contextual influences. It is anticipated that the findings will demonstrate statistically significant improvements in science literacy scores among students exposed to the interactive workshops compared to controls, with enhanced positive attitudes towards science. The analysis is expected to reveal that factors such as workshop relevance, participatory methods, and teacher facilitation quality significantly influence outcomes. These findings will fill gaps identified in prior literature regarding scalable, context-sensitive interventions for rural science education, particularly addressing the limited empirical evidence on interactive pedagogical approaches tailored to resource-constrained settings. The study's primary contribution to knowledge lies in providing evidence-based insights into how interactive workshops can serve as effective pedagogical tools to elevate science literacy in rural communities. It extends existing theoretical frameworks, notably the constructivist learning theory and the cognitive competence model, by demonstrating their applicability in rural, low-resource environments through participatory, hands-on activities. The results will inform policymakers, curriculum designers, and science educators about practical strategies to foster scientific understanding, enhance learner engagement, and promote scientific thinking in rural settings. The main conclusions suggest that well-structured interactive workshops, grounded in contextually relevant content and facilitated in a participatory manner, significantly improve students’ science literacy. The study recommends integrating interactive workshops into the regular science curriculum, investing in teacher training on engaging pedagogical methods, and developing resource-effective workshop modules adaptable to various rural contexts. Future research should explore longitudinal impacts of such interventions, scalability across broader geographic regions, and the integration of digital tools to complement hands-on activities, thereby ensuring sustainable improvement in rural science education outcomes.