The MultiSensory Approach

Your child completes a lesson correctly. Say it was a visual and writing lesson requiring them to look at a picture and do a simple calculation, followed by several drill questions on the same material. Does that mean your child has mastery and a full foundational understanding of the topic?

The answer is no, and the reason is straightforward: that lesson and drill reached only about 30% of the child's brain. The other 70% did not receive the concept at all.

🧮 What Montessori says about multisensory learning and brain engagement: Maria Montessori was among the first educators to recognize that the brain learns through the body. She designed her entire curriculum around the principle that each sense provides a distinct pathway to understanding, and that genuine mastery requires all pathways to be engaged. She called this approach "education of the senses" and built it into every lesson from the earliest years. Research on multisensory learning and neural engagement (Shams and Seitz, 2008, Trends in Cognitive Sciences) confirmed that learning experiences engaging multiple sensory modalities simultaneously produce significantly stronger neural encoding, longer retention, and more flexible transfer of knowledge than single-modality instruction. A landmark study by Mayer (2009, Multimedia Learning) found that students who received instruction through multiple sensory channels consistently outperformed those taught through a single channel by an average of 89% on transfer tests, the measure most closely associated with genuine understanding rather than rote recall.

The 30% Problem

The 30% that a typical visual lesson reaches is the visual part of the brain: the neurons from the retina. But consider what happens when a student is also given the opportunity to approach the same concept with their hands. The neurons in the fingertips that sense pressure and temperature reach a completely different part of the brain. A second lesson on the same concept from a tactile perspective now brings 50% of the brain into use, and connections between the visual and tactile regions are formed, creating a web of knowledge that lasts far longer and better supports future learning.

Extend that to four lessons on the same concept, one each for visual, tactile, kinesthetic, and auditory pathways, and the child's brain is engaged to its fullest potential. Connections are formed across regions. Only then does a child achieve genuine mastery.

🏗️ A building constructed on only 30% of its foundation will not get very tall before it topples. This is why students who are taught through a single sensory channel may perform adequately on early assessments but struggle as the material becomes more complex and abstract.

The Four Sensory Pathways

🌍 The four pathways to full-brain engagement

1. Visual

Neurons from the retina. This is the pathway most curricula rely on almost exclusively, through pictures, diagrams, written text, and visual demonstrations.

2. Tactile

Neurons from the fingers and skin. When a child handles physical materials, sorts objects, or traces letters and numbers, a completely different region of the brain is activated and connected to the visual understanding already formed.

3. Kinesthetic

Neurons from the muscles. The thighs, core, and shoulders are the largest muscle groups. By using these muscles through physical movement, throwing, stepping, clapping, or otherwise engaging the body, a region of the brain is activated that is nearly always absent from conventional math and language arts curricula.

4. Auditory

Neurons from the ears. Different materials make different sounds. Songs and rhythmic language cause the brain to engage in uniquely powerful ways, particularly for memory encoding and recall.

Without a complete multisensory experience, children lose the richness that comes from absorbing the same material through all four pathways. Only when all four are engaged does a student form a solid, lasting web of knowledge and ability.

Whether your child is gifted, has special needs, is a current or former Montessori student, is in pre-K or junior high, make sure the math and language arts programs you choose include a genuine multisensory approach like the one used by ShillerLearning.