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Embodied metaphor: whole-body engagement with a metaphor supports learning of abstract science concepts beyond passive engagement

Design · All designs
Evidence · no claims cited

Description

The article frames embodied metaphors as a type of active learning especially well-suited to abstract neuroscience topics. While metaphors such as the "lock and key" metaphor for receptor activity are common, the article argues that "whole-body engagement in a learning environment supports and improves learning beyond what is observed through passive engagement with a metaphor" — e.g., acting out opening a lock with a key rather than passively hearing the metaphor. Students and foam projectiles take on roles such as soma, axon hillock, presynaptic axon terminal, post-synaptic cell, and metabotropic and ionotropic receptors.

Design Implications

Context

Requirements

  • Students physically enact the metaphor (whole-body engagement) rather than passively hearing it

Constraints

  • Presented as especially suited to abstract topics that cannot be directly viewed, such as chemical activity at the synapse

Target Learners

  • university students in STEM and neuroscience classrooms

Learning Goals

  • understanding abstract science concepts that cannot be directly observed

Claims

Examples

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Key Sources

  • B. D. M. Hatin. (2020). Introducing students to neural communication: an embodied-learning classroom demonstration. npj Science of Learning 5:18. https://doi.org/10.1038/s41539-020-00077-1
Page metadata
Field Value
type design
id embodied-metaphor-whole-body-engagement
title Embodied metaphor: whole-body engagement with a metaphor supports learning of abstract science concepts beyond passive engagement
description The article frames embodied metaphors as a type of active learning especially well-suited to abstract neuroscience topics.
status review
generated by process:settle-candidates on 2026-10-26
trust unverified — no one has confirmed this page's content
sources 1 — b-d-m-hatin-2020

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