International Journal of Social Science Research (IJSSR)

Neuroscience and Education (Neuroeducation): Bridging Brain Science and Pedagogical Practice

Abstract The growing convergence of neuroscience and education has given rise to the interdisciplinary field of Neuroeducation, which seeks to bridge scientific understanding of the brain with effective pedagogical practices. Traditional educational approaches have often been developed without a comprehensive understanding of how the brain learns, remembers, and processes information. Recent advances in cognitive neuroscience, neuroimaging technologies, and developmental psychology have generated valuable insights into learning mechanisms, brain plasticity, memory formation, attention, emotion, and executive functioning. These findings have significant implications for curriculum design, instructional strategies, assessment practices, and teacher education. The present study examines the role of neuroscience in informing educational practice and explores how brain-based evidence can contribute to improving teaching and learning outcomes. Using a qualitative review methodology, the study synthesizes contemporary literature on neuroeducation published between 2010 and 2025. Major themes identified include neuroplasticity, memory and learning, emotional influences on cognition, executive functions, neurodiversity, inclusive education, and teacher professional development. The findings reveal that neuroscience offers substantial support for learner-centered pedagogies, active learning approaches, and differentiated instruction. Research further demonstrates that emotionally supportive learning environments and strategies promoting self-regulation enhance academic achievement and student well-being. However, challenges remain in translating neuroscientific findings into classroom practice, particularly due to the persistence of neuromyths and limited neuroscience literacy among educators. The study concludes that neuroeducation holds significant promise for creating evidence-based educational systems but requires stronger collaboration among researchers, educators, policymakers, and teacher educators. Integrating neuroscience into teacher preparation and professional development can facilitate more effective pedagogical practices while ensuring the responsible application of scientific knowledge in educational settings. Keywords Neuroeducation, Educational Neuroscience, Brain-Based Learning, Neuroplasticity, Cognitive Development, Teaching and Learning