Educational Neuroscience Principles in Teacher Guides: Analyzing the Alignment of Suggested Teaching Strategies with Modern Brain Research

Abstract

This research explores the field of educational neuroscience, representing a paradigm shift in understanding human learning and information encoding. The research problem focuses on the existing gap between neuroscientific findings and pedagogical practices documented in teacher guides, which often rely on outdated theories or "neuromyths." The study aims to evaluate the alignment of teaching strategies and activities in teacher guides with modern educational neuroscience principles. Using a descriptive-analytical approach through content analysis, the teacher’s guide for the second-grade intermediate science curriculum was selected as a purposive sample. A standardized content analysis card was developed based on four main neuro-psychological pillars: neuroplasticity and cognitive activity, inhibitory control and the pedagogy of error, the socio-emotional environment, and executive functions. The results indicate a disparity in the inclusion of these principles, with neuroplasticity and cognitive engagement appearing more frequently than inhibitory control and error correction strategies. The findings highlight the necessity of bridging the gap between neuroscience and education by updating teacher guides to include evidence-based brain research. This ensures the optimization of learners' cognitive potential and avoids traditional instructional pitfalls. The study recommends integrating neuro-pedagogical training for curriculum designers and teachers to translate neuroscientific evidence into effective classroom practices.