Brain-Based Learning

Embodiment Discourses comprise perspectives on learning that refuse a separation of mental and physical. Mental and physical are understood as integrated and inseparable aspects of the body. Phrased differently, the body is not seen as something that a learner learns through, but as the learner. Correspondingly, behaviors are not seen as goals or indications of learning, but as integral elements of learning.

“Learning as acquisition” – the Acquisition Metaphor – is probably the most commonly invoked learning metaphor in English. It is evident in such phrases as “grasping the point,” “taking things in,” “getting it,” “picking things up,” “hard to swallow,” “remember this stuff,” and “cramming for the test.” It is not theoretically sophisticated, relying on the assumption that knowledge comprises externalized objects, and asserting that learning is a process of moving those objects from the outside to the inside.

The Attainment Metaphor is prominent in current discussions of formal education. It frames knowledge as existing in discrete regions (e.g., fields, areas) to be traversed, and learning is typically framed as progressing across (and sometimes dwelling in) those regions. Learning is cast in movement-based sensibilities –e.g., as “getting there.”

Interpreted directly, Discovery Learning is rooted in the assumption that knowledge is out there, and learning is about finding it and taking it in. That is, it is a modest elaboration of the Acquisition Metaphor, with nearly identical assumptions about knowledge, but ascribing more agency to the learner – who’s seen less as a passive receptacle and more an active agent.  

Cognitive Science is the study of cognition in humans, non-human animals, and machines. It brings together psychology, linguistics, computer science, neuroscience, anthropology, philosophy, and other domains. Typically, the foci of Cognitive Science are identified as learning, development, perception, attention, reasoning, emotion, consciousness, memory, language, creativity, and intelligence, and its are identified as better understanding the mind, advancing practical knowledge of learning, and developing intelligent devices.

Neuroeducation weaves among neuroscience, psychology, educational technology, and other relevant disciplines in studies of the interactions of biological processes and educational efforts. Its broad aim is to generate a research base that will inform and orient teaching in a comprehensive and coherent way.

Neuroscience is a multidisciplinary branch of biology that focuses on the structure, functions, and development of the nervous system. With a scope that spans the thousands of distinguishable substructures between the molecular to the cognitive, Neuroscience combines domains as varied as molecular biology, physiology, and psychology (among many others) while it has given rise to many other disciplines.

Cognitivism is explicitly developed around the metaphor “brain as computer.” It thus focuses on how information is acquired, processed, and organized. Learning is seen in terms of integration of new information into existing structures through processes of internal codification.