As I was typing this title, pictures of kids’ faces began popping into my head one after the other. Within about five seconds I realized that to use a term such as kinesthetic learner is about as accurately descriptive as saying HOUSE and having anyone understand exactly what kind of house you are referring to. The stereotypical kinesthetic learner is one who is constantly moving. But I have taught learners who were gifted kinesthetically but in the classroom were as still as mice.
Another thought that immediately chased the first one down is that ANY child is going to learn with more facility when a tactile or kinesthetic element plays a prominent role in their learning. No matter the preferred learning styles, young children all benefit from hands-on, 3-D, body movement. Which brings me around to why Child1st exists to begin with. We are here working, thinking, researching, designing every day because of our belief that if you incorporate certain specific elements and practices into teaching a child to read, you will achieve a far higher degree of success.
The following comments, therefore, apply to young children in general, but to kinesthetically gifted children in particular. First of all, let’s think about the reasoning behind why we approach teaching children the way we do (“we” being product designers at Child1st). Imagine for a moment a child – your child, perhaps – sitting on a chair with words on a sheet to memorize, or sentences to labor over or phonics rules to learn. Can you see him go numb over trying to learn reading concepts from paper and printed word? Having a child memorize anything is a very narrow approach to getting info into his brain in a usable format and one which he will understand. And frankly, children the age of the child in the photo here might not have the internal motivation to "learn" or work at learning something that irrelevant to them and boring! There's got to be a better way, right?
If, however, you take an approach that involves multiple regions in the brain and body (whole body/brain learning) can you imagine the potential for your child? The brain learns best from sensory input, meaning body movement, visuals, touch, and concrete objects (instead of photos of them). Given the fact that whole body/brain learning is more effective, here are some tips for teaching your kinesthetic learner:

Sarah Major
Author