Neuroeducation and the design of learning experiences based on brain function
Keywords:
Neuroeducation, Brain learning, Designing learning experiencesSynopsis
The book Neuroeducation and the Design of Learning Experiences Based on Brain Function presents a scientific and interdisciplinary perspective on the relationship between brain function and teaching and learning processes. The work integrates knowledge from neuroscience, cognitive psychology, and pedagogy to explain how brain mechanisms influence the acquisition, consolidation, and application of knowledge. Throughout its ten chapters, it explores fundamental topics such as the epistemological principles of neuroeducation, brain architecture, neuronal plasticity, attention, emotion, executive functions, memory, neurodiversity, multisensory learning experiences, and assessment from a neuroeducational perspective. It also analyzes the neurobiological processes that underpin learning, highlighting the importance of neuronal connectivity, emotional regulation, motivation, and the adaptation of pedagogical strategies to the individual characteristics of students. The text also examines the limitations of applying neuroscience in education, warning against neuromyths and the need to critically interpret scientific evidence before transferring it to the school context. Finally, the work proposes a model for designing learning experiences based on knowledge of brain function, aimed at fostering meaningful learning, personalized instruction, educational inclusion, and the holistic development of students. Overall, it constitutes an up-to-date contribution for teachers, researchers, and education professionals interested in strengthening pedagogical practice through approaches grounded in scientific evidence and a comprehensive understanding of the human brain.
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