For decades, parents and teachers have been guided by the principle that children have a particular learning style, pigeonholing them into either visual, auditory, or kinaesthetic learners. It was often stated that if a child isn't thriving, it’s simply because the material isn't being delivered in their preferred "modality."
It is an intuitive, highly popular concept. However, cognitive science has a definitive message for us: the benefits of matching learning styles to instruction is a neuromyth.
What Science Actually Says
Decades of rigorous educational research and systematic reviews have shown that teaching a self-proclaimed "visual learner" exclusively through pictures does not improve their test scores or tracking retention. While children absolutely have personal preferences—one child might enjoy audiobooks, while another loves sketching—preferences do not equal cognitive optimisation.
In fact, boxing a child into a single category can actually be harmful. If a child is labeled a "kinaesthetic learner," they may begin to avoid reading or text-based challenges, falsely believing their brain isn't built for it. This builds a fixed mindset that limits their academic growth.
The Reality: Multi-Sensory and Meaning-Based Learning
The human brain didn't evolve to process the world through just one sensory pipeline. True, deep learning happens when multiple pathways are activated simultaneously. Instead of tailoring a lesson to a single style, effective education relies on dual-coding and multi-sensory instruction—combining words, images, and hands-on practice for all children.
The Learning Style Myth: “I am a visual learner, so I can only learn geography by looking at a map.”
The Cognitive Science Reality: “I learn geography best when I engage in various tasks, such as drawing maps by hand, examining 3D terrain models, listening to cultural music, and experiencing a region’s culture through traditional cuisine.”
Furthermore, our brains store information based on meaning, not sensory inputs. If your child is trying to learn the meaning of the word "microscopic," seeing a picture of a cell helps, but so does breaking down the Greek root words (micro and scope) and using the word in a sentence, both written and spoken. Storing knowledge involves making connections within the brain and the more connections there are, the more firmly the knowledge or experience is stored in memory for later recall.
What This Means for Parents
When evaluating your child’s learning profile, look for their foundational thinking skills, processing abilities, and areas of genuine cognitive strength. Help your child practice learning in multiple ways, fostering resilience and adaptability rather than a rigid reliance on a single sensory lane.