Comparative Analysis of Inquiry-Based Learning in Science Education Across Urban and Rural Schools

Thesis Abstract

This study investigates the comparative effectiveness of inquiry-based learning (IBL) in science education within urban and rural school contexts, addressing the persistent concern that disparities in resources, teacher training, and pedagogical practices influence student outcomes across different settings. Recognizing that inquiry-based approaches are widely promoted for fostering scientific literacy and critical thinking, this research aims to examine how the implementation and impact of IBL vary between urban and rural schools and to identify the contextual factors that influence its effectiveness. The specific objectives are to assess students’ scientific understanding and inquiry skills, evaluate teachers’ pedagogical practices related to IBL, and analyze the influence of environmental and institutional variables on IBL outcomes in both settings. Employing a mixed-methods research design, the study integrates quantitative and qualitative approaches to provide a comprehensive understanding of the phenomenon. The population comprises senior secondary school students and science teachers from 20 schools—10 urban and 10 rural—in the Northern Region, with a total sample of 600 students and 40 teachers selected through stratified random sampling. Quantitative data are collected via validated questionnaires measuring students’ scientific concept mastery, inquiry skills, and perceptions of IBL exposure, while teachers’ pedagogical practices are assessed through structured observation protocols and interview guides. Qualitative data are obtained through focus group discussions with students and semi-structured interviews with teachers, providing contextual insights into pedagogical strategies, resource availability, and institutional support. The validity and reliability of instruments are established through pilot testing and Cronbach’s alpha coefficients exceeding 0.80. Data analysis involves multiple statistical techniques. Descriptive statistics summarize demographic and primary variables; inferential analyses include Analysis of Variance (ANOVA) to compare mean differences in student outcomes between urban and rural groups, and regression analysis to identify predictors of scientific understanding and inquiry skills. Thematic analysis is employed to interpret qualitative data, identifying emergent themes related to pedagogical practices, resource constraints, and contextual factors influencing IBL. An analytical framework rooted in Vygotsky’s Social Constructivism theory and Bandura’s Social Cognitive Theory guides interpretation of findings, emphasizing the role of social interaction, modeling, and environmental support in the learning process. It is anticipated that the findings will reveal significant differences in the implementation and outcomes of IBL between urban and rural schools, with urban schools demonstrating higher levels of inquiry skills, resource availability, and teacher competency. Conversely, rural schools may face challenges such as limited laboratory facilities, inadequate teacher training, and minimal institutional support, which negatively influence the effectiveness of IBL. The study is expected to contribute to existing knowledge by providing empirically-backed insights into contextual factors affecting inquiry-based science education, highlighting the need for tailored interventions to bridge resource and competency gaps across different settings. Additionally, the research will identify best practices and develop a model for optimizing inquiry-based pedagogy in resource-constrained environments. The main conclusion underscores the critical influence of contextual variables on the success of IBL, emphasizing the importance of targeted policy and professional development initiatives to enhance pedagogical quality in rural schools. It is recommended that policy-makers prioritize resource allocation, teacher training programs focused on inquiry-based approaches, and community engagement strategies to support sustainable implementation. The study also advocates for further longitudinal research to assess the long-term impacts of inquiry-based learning in diverse educational contexts and explore innovative solutions for resource augmentation in rural schools. Ultimately, the findings aim to inform educational stakeholders and contribute to the development of equitable science education practices that promote inquiry skills and scientific literacy across all geographical settings.