Enhancing Student Engagement and Knowledge Retention through Game-Based Learning: A Comprehensive Framework Integrating Game Design and Learning Theories
DOI:
https://doi.org/10.34190/ecgbl.19.2.3873Keywords:
Engagement, Knowledge retention, Game Design Theory, Learning Theory, Player CharateristicsAbstract
Game-based learning (GBL) has emerged as a transformative educational approach, using interactive game
elements to enhance student engagement and knowledge retention. Although research underscores the potential of GBL,
challenges persist in aligning game elements with learning theories to optimise learner engagement and knowledge
retention. This study addresses this challenge by proposing a comprehensive framework that integrates game elements
through the lens of established learning theories, such as Cognitive Load Theory. The framework emphasises the interplay
of game elements to foster engagement and retention, offering actionable insights for educators and serious game designers.
Obtaining learner engagement and knowledge retention, key recommendations from this study include embedding adaptive
challenges to balance skill and difficulty and personalising feedback through serious game mechanics. The study also
highlights the critical role of real-world relevance in the design of GBL. Although the framework provides a solid foundation,
future research should explore long-term efficacy across diverse educational contexts, age groups, and emerging
technologies such as augmented reality. By bridging theoretical rigour with practical application, this work advances GBL as
a tool for fostering meaningful, adaptive, and inclusive learning experiences.