Effective Sensory Path Design
Timothy D. Davis, Ph.D. CAPE teaches undergraduate and graduate courses at the State University of New York (SUNY) Cortland. Some of his courses include Adapted Physical Activity and Sport, Motor Development, Instructional Strategies in APE, Inclusive Outdoor Education and Positive Behavior Management and Discipline. He has been teaching for over 20 years, and holds bachelors and masters degrees in Physical Education and Adapted Physical Education from California State University at Chico. He holds a Ph.D. in Adapted Physical Education from the University of Virginia.
At SUNY Cortland, Dr. Davis serves as director of the SUNY Cortland CHAMP/I Can Do It Afterschool Peer Mentorship Program and the Sensory Integration/Motor Integration (SIMS) program. He is the creator of Project DREAM, a learning program that helps kids and students with disabilities, and Project LEAPE, a leadership course dedicated to helping kids and adults with disabilities.
Dr. Davis’s background makes him an ideal choice to discuss proper sensory path management with. I got a chance to interview him a few weeks ago via email, and he does an excellent job breaking down a very complicated topic in sensory paths. His answers are valuable for anyone interested in the topic of sensory paths, but specifically for those who are considering setting one up in their school or community. Take a read below.
Q: What are some important elements needed for an effective sensory path?
Davis: “To think globally – we are always on a “sensory path” – no matter what we are doing. Getting up in the morning, getting dressed, putting on our shoes, eating breakfast, brushing our teeth, walking to and from school – moving up stairs or down stairs, stepping off or on a curb, etc. Our environment is full of sensory stimuli and this is essentially how we learn and develop. Therefore – essential elements for an actual sensory path (e.g. hallway etc) I want to make sure we have ample opportunity for the following:
- Child Initiated Movement
- Fundamental Motor Skills – jump, hop, leap, slide, skip, dynamic/static balance
- Sensory-based elements – proprioception, vestibular, tactile, and visual.
- Midline crossing activities
Q: Why are those sensory path elements effective?
Davis: “The elements listed above are effective because essentially the should emulate the sensory pathways we experience in the world around us – we can create or increase the opportunity for sensory-based activities through the pathway. Focus on vestibular – midline crossing – tactile/proprioceptive movements – e.g. Stomp on the Log – Jump over the log – tiptoe across the log – etc.”
Q: How do you incorporate “vestibular” exercises into a sensory path design?
Davis: “Vestibular or balance is in EVERY activity we do – static or dynamic. Standing on the right foot and holding an airplane with the left leg up and arms out is one example. More dynamic is the ability to land after jumping/hopping/leaping – before moving onto the next activity – therefore spreading the elements FAR apart is important! It’s ok if we don’t make it… we will eventually!”
Q: How do you incorporate “proprioceptive” exercises into a sensory path design?
Davis: “Proprioceptive is pressure – for example –leaning into the wall with hands – or having your back pressed against the wall is proprioception. You can roll your body like a log on the floor – walk like a bear – elephant – etc. or knee walk – these are all examples of proprioception.”
Q: How do you incorporate “tactile” exercises into a sensory path design?
Davis: “Tactile is simply touch – with hands AND FEET – so do something barefoot – any movement – or use hands on the wall or floor – while moving – CARRY something – heavy – or dribble a basketball while moving on the path – or dribbling soccer ball. Etc.”
Q: How do you incorporate “motor planning skills” exercises into a sensory path design?
Davis: “Motor planning is always part of the sensory pathway – when you look at the path and try to think how your body will move across it or from element to element is the ability to motor plan. Motor planning can also be implemented by using sidewalk chalk on the wall – or chalkboard as you are moving along – etc. combined skills and movements require motor planning. Children who struggle with motor planning will often be all over the place – not following the path but rather zooming all over the hallway, etc. Giving concrete visual cues and helping them to “follow the leader” is a great way to promote motor planning in young children.”
Q: Of any recess games you can think of, what are a few “good” choices that you’d suggest for parents/teachers who have those with disabilities either at home or in the classroom so that they can develop the above skills at-pace with other students?
Davis: “Follow the leader as previously mentioned – everyone has their own set of unique characteristics so… I would have to know more about the child to answer specifically but ANYTHING outside moving is always good!”
Was Dr. Davis’s advice helpful for planning your own recess space? Let us know!