The Embodied Brain

Body Representation, Perception and Neuroplasticity

The human body is not represented in the brain as a simple anatomical replica. Sensation, movement, perception and bodily awareness emerge from complex neural systems that continuously organize, interpret and adapt information about the body.

The Embodied Brain examines how the brain maps the human body, beginning with the pioneering cortical studies of Wilder Penfield and extending into contemporary research on somatosensation, motor control, proprioception, body ownership and neuroplasticity.

The course moves beyond the familiar image of the Penfield homunculus to investigate a deeper question: how does the nervous system construct the body we experience as our own?

Across six interconnected parts, learners examine cortical representation, sensory integration, phantom limb phenomena, pain, neurological disruptions of body awareness, modern brain mapping and embodied cognition.

Rather than treating neuroscience as a collection of isolated facts, the course develops the ability to interpret evidence, distinguish models from biological reality and reason critically about scientific claims.

Figures, conceptual diagrams, comparative frameworks and applied cases are integrated throughout the course. Assessments emphasize interpretation, evidence and judgment rather than simple factual recall.

What learners will develop

• Explain the principles behind sensory and motor cortical representation.
• Distinguish sensation, perception, proprioception, body schema and body image.
• Interpret the Penfield homunculus without confusing the model with literal brain anatomy.
• Explain how experience, injury and learning can modify neural representation.
• Analyze phenomena such as phantom limbs, body-ownership illusions and altered body awareness.
• Distinguish nociception from the subjective experience of pain.
• Evaluate the strengths and limitations of classical and contemporary brain-mapping models.
• Interpret scientific figures, cases and competing explanations with greater conceptual precision.