Bridging cognitive neuroscience and pedagogical theory: Optimizing online learning through brain-based instructional design

OUSSAMA, ELRHOUAT (2025) Bridging cognitive neuroscience and pedagogical theory: Optimizing online learning through brain-based instructional design. Global Journal of Engineering and Technology Advances, 22 (2). pp. 136-144. ISSN 2582-5003

E-learning has grown unbelievably, and with this comes the constant struggle of keeping student engagement, retention, and instructional effectiveness. It is cognitive neuroscience that provides, through detailing the processing, retaining, and retrieving of information within the brain, the scientific underpinning behind the optimization of digital learning environments. This paper discusses how the principles of cognitive neuroscience, including neuroplasticity, cognitive load theory, dual coding theory, and emotional engagement, in conjunction with established pedagogical frameworks like constructivism and social learning theory. Some of the brain-based instructional design strategies to be discussed in this paper include active engagement, chunking, spaced repetition, adaptive learning, and integration of multimedia for online learning enhancement. It furthers discusses a number of issues in the practical application of such strategies within a virtual environment: technological limitations, ethical considerations, and the necessity for educator training. The current study now bridges cognitive neuroscience and pedagogical theory in the proposal of a neuroscience-informed framework that might improve online education and suggest future research directions that would refine and extend its applications.