Neuropedagogy: From Neurons to Teaching and Learning

Isaac A Friedman^*Etty Grobgeld^*Ariela Teichman-Weinberg

• Achva Academic College, Arugot, Israel

The article introduces Neuropedagogy - a concept that systematically integrates neuroscience, cognitive psychology, and educational theory to enhance teaching and learning. Neuropedagogy is built upon two foundational principles: (1) learning is a dynamic process of synaptic change and neural network reorganization, and (2) teachers can be considered as "neural architects" actively shaping their students' brain architecture through instruction. A novel definition of learning based on the Neuropedagogical framework is presented in this article. In addition, the article introduces the Neuroscience Informed Educational Strategies (NIES) Model - a systematic, four-stage process designed to propose a pathway for practically translating brain research findings to education and classroom practice. The four stages of the NIES model are: (1) identifying key neural principles, (2) exploring associated brain function attributes, (3) establishing pedagogical orientations, and (4) developing targeted instructional strategies. The NIES model's application is demonstrated in this article through three core neural principles: (a) the vital integration of emotion and cognition ("I feel, therefore I learn"), (b) the strengthening of synapses bonds through consistent use ("use it or lose it"), and (c) the necessity of variable periods for neural integration of new information. Teachers' reflections on the application of Neuropedagogy and the NIES model offer a promise of excellence in teaching and learning. While teacher reflections and classroom examples presented in this article attest to the Neuropedagogy and the NIES model's impact, the article underscores the 3 need for further empirical validation and interdisciplinary collaboration to optimize and adapt these approaches across diverse educational contexts.