Theoretical Explorations of Embodied Cognition in Primary School Digital Learning Environments

Eksplorasi Teoretis Kognisi Terwujud dalam Lingkungan Pembelajaran Digital di Sekolah Dasar

Abstract

The rapid integration of digital learning environments (DLEs) in primary education necessitates robust theoretical frameworks to guide their design and implementation. While traditional cognitive approaches have dominated, they often overlook the fundamental role of the body and sensory-motor experiences in learning. This paper presents a theoretical exploration of embodied cognition as a transformative paradigm for primary school DLEs. Through a conceptual analysis method, we examine core principles of embodied cognition—such as the constitutive role of sensorimotor engagement, the offloading of cognitive load onto the environment, and the creation of simulated experiences—and their direct implications for learning design. Our findings propose that DLEs which intentionally incorporate physical movement, gestural interaction, and spatially-aware technologies can foster deeper conceptual understanding and engagement among young learners. We argue for a shift from purely symbolic, screen-based interactions to designs that leverage the body's capacity for meaning-making. The study culminates in a preliminary theoretical framework for embodied DLE design, addressing the identified gap between theory and practice. This exploration underscores the potential of embodied cognition to enhance the efficacy and developmental appropriateness of digital learning tools in primary education, suggesting a new trajectory for research and development in educational technology.