Enhancing Computer Literacy through Gamified Interactive Learning Platforms

Thesis Abstract

The pervasive digital divide and low levels of computer literacy among university students in contemporary educational settings underscore a critical need for innovative instructional strategies that effectively foster computer skills. Despite the proliferation of online resources, traditional instructional methods often fall short in engaging learners and promoting sustained skill acquisition, necessitating the exploration of interactive and motivating learning environments. This study aims to develop, implement, and evaluate a gamified interactive learning platform designed to enhance computer literacy among undergraduate students. The specific objectives include assessing the effectiveness of gamification elements in improving learners’ computer skills, identifying motivational factors influencing engagement, and determining the impact of the platform on learners’ attitudes towards computer use. A quasi-experimental research design with a mixed-methods approach was employed. The quantitative component involved a pre-test/post-test control group design, while the qualitative component captured learners’ perceptions through semi-structured interviews. The target population comprised 200 undergraduate students enrolled in foundational computer courses at a public university. A stratified random sampling technique selected 120 participants, with 60 assigned to the experimental group using the gamified platform and 60 to the control group receiving traditional instruction. Data collection instruments included a validated Computer Literacy Skills Test (CLST), Likert-scale questionnaires measuring motivation, and interview guides to explore user experiences and perceptions. The CLST's validity and reliability were established through pilot testing and internal consistency analysis (Cronbach’s alpha = 0.85). Quantitative data were analyzed using paired and independent t-tests, analysis of covariance (ANCOVA), and multiple regression analysis to ascertain the effects of intervention and predictors of skill improvement. Qualitative data were analyzed thematically following transcriptions of interviews. The expected findings indicate that learners exposed to the gamified platform will demonstrate statistically significant improvements in computer literacy levels compared to their counterparts in the control group. Furthermore, the study anticipates findings that motivation factors such as gamified rewards, competition, and immediate feedback significantly correlate with increased engagement and better learning outcomes. The analysis is expected to reveal that intrinsic motivation mediates the relationship between gamification features and skill gains, aligning with self-determination theory, while the flow theory explains learners' engagement patterns. This research contributes to the theoretical understanding of gamification in computer education by empirically validating the role of game-based elements in facilitating skills acquisition and sustaining learner engagement. It extends existing literature by providing a contextualized model—informed by the constructs of motivation and engagement—demonstrating how gamified learning environments impact computer literacy development. Practically, the study offers actionable insights for educators and instructional designers seeking to incorporate game mechanics into computer skills training, especially in higher education contexts where traditional pedagogies may be less effective. The main conclusion underscores the potential of gamified interactive platforms as viable pedagogical tools to bridge the digital divide within university settings. It advocates for the integration of carefully designed gamification strategies into curriculum frameworks to elevate student engagement and learning outcomes in computer literacy courses. Recommendations include adopting an iterative, context-sensitive approach to designing gamified content, enhancing alignment with learner preferences, and providing adequate technical support. Future research should explore longitudinal impacts of gamification on lifelong learning habits and investigate scalability across diverse academic disciplines and educational levels. Overall, the study affirms that combining gamification principles with interactive learning technologies can meaningfully contribute to elevating computer literacy, thereby empowering learners to navigate the digital landscape more proficiently.