Distributed Cognition in Hybrid Learning Environments: Theoretical Foundations for Technology-Mediated Education

Abstract

The increasing technological mediation in educational environments has substantially transformed teaching and learning processes, generating scenarios in which information processing occurs in a distributed manner among individuals, digital tools, and sociocultural contexts. Within this framework, this article aims to analyze Distributed Cognition as a relevant theoretical approach for understanding the organization and processing of information in hybrid and virtual educational environments. Based on a structured theoretical review and a critical analysis of the main conceptual developments of Distributed Cognition, this study examines its historical evolution, philosophical foundations, and core concepts, as well as its articulation with learning theories, metacognition, self-regulation, and multimedia learning. The analysis highlights how cognition is configured as a dynamic system that integrates human agents, technological artifacts, and social structures, promoting collaborative knowledge construction processes. The findings suggest that Distributed Cognition provides a solid interpretative framework for understanding technology-mediated learning and for guiding the design of educational environments that optimize information processing. Finally, the pedagogical implications, limitations, and future research directions of this approach are discussed, emphasizing its potential contribution to the development of educational strategies aligned with the demands of 21st-century education. Keywords-- Distributed Cognition, Information Processing, Hybrid Learning, Educational Technology, Collaborative Learning.