Why multisensory learning works

Active movement-based multisensory learning can significantly enhance long-term memory and rapid recall. Research suggests that engaging in physical movement while learning strengthens neural connections, improves cognitive function, and enhances memory retention. Here’s why:

1. Strengthens Memory Encoding

• Movement activates multiple brain regions, including the hippocampus, which is crucial for memory formation.

• Physical activity increases blood flow and oxygen to the brain, improving cognitive processing.

2. Enhances Rapid Recall

• Studies show that kinesthetic learning (learning through movement) improves retrieval speed because it creates multi-sensory associations.

• When learners physically engage with concepts, they form stronger neural pathways, making recall faster and more efficient.

3. Boosts Engagement & Focus

• Movement-based learning keeps students actively engaged, reducing distractions and improving attention span.

• It helps prevent cognitive fatigue, making learning more effective over time.

4. Supports Long-Term Retention

• The "learning by doing" approach reinforces concepts through muscle memory and spatial awareness.

• Repeated movement-based activities strengthen procedural memory, leading to better retention.

5. Examples of Active Learning Techniques

• Gestures & Body Movements: Associating concepts with physical gestures improves recall.

• Role-Playing & Simulations: Helps learners internalize information through experience.

• Exercise & Brain Breaks: Short bursts of movement improve focus and memory consolidation.