Impact of Gamified Learning Platforms on Programming Skills Development in High School Students

Thesis Abstract

The rapid integration of digital technologies into educational contexts has heightened interest in the effectiveness of innovative teaching approaches, particularly gamified learning platforms, to enhance programming skill acquisition among high school students. Despite increased adoption of gamification strategies in computer education, empirical evidence on their impact on students' programming competencies remains limited and fragmented, necessitating a systematic investigation into their pedagogical efficacy. This study aims to evaluate the impact of gamified learning platforms on the development of programming skills among high school students, with specific objectives to compare pre- and post-intervention programming proficiency levels, identify motivation and engagement factors associated with gamification, and examine potential moderating variables such as gender and prior exposure to programming concepts. The research adopts a mixed-methods approach, combining quantitative and qualitative data collection and analysis. The quantitative component employs a quasi-experimental design involving 300 high school students from ten schools randomly assigned to experimental and control groups, with 150 students in each group. Participants in the experimental group utilize a gamified learning platform, CodeQuest, designed around the principles of the Octalysis framework, over a semester, while controls follow traditional instruction methods. Data collection instruments include standardized programming assessments, motivation and engagement questionnaires validated through pilot testing, and behavioral analytics from the platform tracking user activity. Qualitative data are obtained through semi-structured interviews with a subset of 30 students and teachers to contextualize quantitative findings. Validity and reliability are ensured through instrument piloting, expert review, and Cronbach's alpha testing. Data analysis involves descriptive statistics, paired t-tests to assess changes in programming scores, multiple regression to identify predictors of skill development, and thematic analysis of qualitative data to explore motivational factors. Key expected findings include statistically significant improvements in programming proficiency among students exposed to the gamified platform compared to controls, alongside increased motivation, engagement, and positive attitudes toward programming tasks. The analysis is anticipated to reveal gender-related differences and prior programming experience as significant moderators of skill acquisition and motivation levels. These results will be analyzed within the theoretical frameworks of Self-Determination Theory and the Octalysis gamification framework, providing insights into how intrinsic and extrinsic motivators influence learning outcomes. This research will contribute to the existing body of knowledge by providing rigorous empirical evidence on the pedagogical impact of gamification in computer science education at the high school level, bridging gaps identified in prior studies regarding contextual factors and measurement of engagement. The findings will offer valuable implications for educators, curriculum designers, and policymakers seeking evidence-based strategies to improve programming education through technology-enhanced methods. The study concludes that gamified learning platforms significantly enhance programming skills, motivation, and engagement among high school students, advocating for broader integration of gamification strategies into computer science curricula. Recommendations include incorporating gamification elements aligned with motivational theories in instructional design, establishing teacher training programs on effective platform use, and developing scalable gamified modules tailored to diverse student populations. Future research should explore longitudinal effects, the impact on advanced programming competencies, and the integration of adaptive gamification technologies to optimize learning outcomes further. Overall, this study underscores the potential of gamification as a transformative tool in computer education, fostering higher levels of student engagement and competence in programming disciplines.