Enhancing Student Engagement in Meiosis Learning through an Anime-Based Biology Module: A Theoretical Framework

Abstract

Learning meiosis presents significant challenges for secondary school students due to its abstract nature, microscopic processes and complex sequential stages. Conventional teacher-centered instructional approaches and reliance on static learning materials often limit students’ active involvement, resulting in low levels of engagement in Biology classrooms. Student engagement, encompassing cognitive, emotional and social dimensions, is widely recognized as a critical prerequisite for meaningful learning in science education. In response to these challenges, this article aims to develop a theoretical framework that explains how an anime-based Biology module can be used as an instructional strategy to enhance student engagement in learning meiosis. This study adopts a conceptual research design based on the systematic analysis and synthesis of established learning theories and instructional models relevant to constructivist learning and student engagement. The proposed framework integrates Vygotsky’s Social Constructivist Theory with Needham’s Five-Phase Constructivist Model to operationally explain how anime-based instruction can be implemented through structured instructional phases, namely orientation, elicitation of ideas, restructuring of ideas, application and reflection. Within the framework, anime is conceptualized as a form of visual and narrative scaffolding that supports social interaction, dialogue, and collaborative learning during classroom instruction. The major conceptual findings suggest that the integration of an anime-based Biology module with constructivist instructional principles provides a coherent explanation of how student engagement can be enhanced in meiosis learning. Cognitive engagement is supported through active reasoning and concept reconstruction, emotional engagement is fostered through narrative elements and visual appeal, and social engagement is promoted through peer interaction and guided classroom discourse. These engagement dimensions are theorized to emerge from the interaction between instructional design, visual–narrative scaffolding and socially mediated learning processes. The proposed theoretical framework contributes to the literature by offering a theory-driven explanation of how anime-based instructional approaches can be systematically designed and implemented in Biology education, and it provides practical guidance for educators seeking to develop more interactive and student-centered learning experiences for abstract scientific topics. Future research is recommended to empirically examine the applicability and effectiveness of the framework across diverse educational contexts.