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Vision, Movement and Learning Activities that Promote Reading Readiness

written by: Barbara Smith • edited by: Sarah Malburg • updated: 1/5/2012

Reading involves many visual skills that parents and teachers may not even be aware of. These include ocular motor control, scanning and visual perceptual discrimination. The good news is that visual strategies that involve movement promote brain development and learning.

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    Vision, Movement and Learning to Read

    Learning begins with vision as newborn babies study lights, shapes and faces at about eight inches from the face. According to occupational therapist A. Jean Ayres, (who developed sensory integration theory), the eyes and neck are the first body parts that develop control. The brain uses sensory information from the eye and neck muscles and inner ears to “take a picture of what is seen" and process it (interpret it) in order to make sense of what one sees. Developing these early visual skills is the first step in preparing to read and write.

    Just as a baby develops motor skills sequentially to grasp an object placed in her hand, reach with both arms and then actively grasp, she will also develop visual skills sequentially to:

    • Gaze at near, then distant objects
    • Track an object moving a short distance horizontally and then a full 180 degrees from one side of the body to the other. This involves crossing the middle of the body (or midline)
    • Move only the eyes (isolated eye movements) to watch moving objects, rather than moving the head

    These visual skills develop naturally as babies interact with their environment, whether watching a ball roll, a bird fly, or a finger puppet dance around in front of their face. However, learning is enhanced when experiencing passive movement, such as traveling in a baby carrier and active movement such as crawling through a play tunnel or sorting through toys in a sandbox to find a favorite shovel. Toddlers and preschoolers develop visual and cognitive skills to anticipate where a ball will land, throw bean bags toward a target, follow a bubble to pop and draw circles on large cardboard boxes. These activities combine vision and movement to develop visual tracking, fixation (the ability to hold gaze on an object) and crossing midline skills. These visual skills will enable children to fixate on pictures, letters and words, move the eyes along a line of print and draw lines inside mazes.

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    Visual Challenges

    According to optometrist Mitchell Sheiman, visual disorders are very common amongst children with disabilities and 50% to 60% of children with developmental disabilities should be wearing eyeglasses at birth. In addition, he reports that children with learning disabilities have higher rates of:

    • Hyperopia (blurry near vision)
    • Impaired accommodation (ability to maintain clarity given changes in position, distance or posture)
    • Binocular vision disorders (eyes not teaming or working together)
    • Oculomotor difficulties (impaired muscle control may result in eyes turning inward or outward)
    • Visual perceptual disorders (such as inaccurate interpretation of how shapes are positioned in space-causing letter or word reversals)

    These types of visual impairments should be evaluated and treated by a developmental optometrist who specializes in the functional vision disorders related to reading. However, all children benefit from movement activities designed to promote:

    • Coordination between the left and right sides of the body
    • Crossing midline
    • Visual fixation and tracking
    • Sensory stimulation to the inner ears (our vestibular sense) and muscles and joints (our proprioceptive sense)

    Occupational therapists evaluate children who struggle with reading and writing to pinpoint specific visual and/or visual perceptual impairments that impact school performance. They may recommend an evaluation by an optometrist since treatment may involve eyeglasses, eye patching, (to strengthen the weaker eye) or vision exercises. An ophthalmologist (a medical doctor who specializes in eye diseases) may recommend surgical intervention (such as when eyes turn inward or outward, a condition known as strabismus). Occupational therapists also use visual motor activities to promote sensory processing and learning.

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    Strategies, Activities and Exercises

    Balance Beam Activities

    According to occupational therapist Regina Richards, balance beam activities develop visually guided movements and coordination between the two sides of the body. The student should try to keep his eyes on a target picture, shape, letter or word while:

    • Walking across forwards/backwards and sideways
    • Reaching for bean bags on his right to toss into a box on the left and reaching for bags on the left to toss into a box on his right
    • Picking up toys placed on the beam and tossing to a person
    • Reciting the alphabet, spelling words, counting or reading flash cards

    Bouncing Ball Activities

    Children love balls and they are great for developing ocular motor control. They can recite the alphabet, math facts and spelling words while:

    • Dribbling a ball in place
    • Dribbling the ball while walking across the room
    • Tossing and catching the ball repeatedly
    • Scatter picture, letter or word cards on the floor and ask the student to name the cards as he bounces the ball on it
    • Kicking a bean bag to land on named letters

    Juggling Activities

    Begin by asking the student to toss (above her head) and catch a large ball. Next provide a smaller ball to toss back and forth between her left and right hands. Then work on tossing the ball a bit higher and eventually using two balls so that they are juggled. Students can be asked to recite a letter to the alphabet or spelling word during each movement.

    Suspended Ball Activities

    Suspend a ball from the ceiling. Write a spelling word on a board or piece of paper so that the student spells a letter each time he hits the ball. Grasping a plastic or cardboard tube to hit the suspended ball promotes using the two sides of the body together while performing this activity.

    Brain Gym

    Brain gym" is a series of movement exercises designed by educator and reading specialist Paul E. Dennison and his wife and colleague Gail E. Dennison to enhance coordination and learning through movement. The theory is that movements that involve using the eyes, hands and whole body while crossing midline promote communication between the hemispheres and laterality (awareness of right and left). The following are just a few Brain Gym based visual strategies that help promote reading readiness:

    • Cross Crawl - while hopping in place or skipping across the room, touch a hand to the opposite knee or foot.
    • Lazy Eights - draw a gigantic infinity sign on a board. Trace it with the right, left and both hands together.
    • Double Doodles - grasping a marker in each hand, draw shapes, letters or write words at the same time.

    Students can recite math facts, read flash cards or spell words while performing cross crawl movements. These reading visual strategies can also be performed while clapping hands or performing jumping jacks. Occupational therapist Lois Hickman recommends drawing letters on a trampoline with sidewalk chalk and them jumping from one to another to spell words.

    Infinity Walk

    Infinity walk is a methodology created by psychologist Deborah Sunbeck used to promote visual coordination and laterality. It involves walking on a large drawn infinity sign pattern. As the student walks on the pattern keeping eyes fixated on a target, she alternates making left and right turns. According to Sunbeck, this creates new communication pathways in the brain and brain dominance for vision is switched back and forth. In her book, Infinity Walk: Preparing your Mind to Learn!, Sunbeck describes many visualization, counting and spelling activities that promote reading readiness.

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    Scanning and Sequencing

    Reading, along with other paper and pencil activities, often require scanning on a page to find details and making visual discriminations such as what is different in two pictures or which letter is facing the wrong way. Reading also involves sequencing the lines and circles that form letters and letters that form words. The following activities promote scanning, sequencing and visual discrimination skills:

    • Scatter alphabet blocke on the table. Ask the student to line them up alphabetically alternating using the right and left hands.
    • Sequence several picture, letter, word or playing cards on the wall. Give the student identical cards to arrange in the same sequence on the table. Looking back and forth between vertical and horizontal surfaces prepares students to copy from the board.
    • Write several letters or words that have reversals on the board. Ask the student to find them, wipe them away and form them correctly.
    • Present incomplete letters in words for students to identify and complete.

    There are many workbooks on the market that provide activities designed to develop visual and visual perceptual skills, including the popular Highlights Magazine. Many of these activities are easy to make at home and a few examples are provided below. These paper and pencil/reading activities along with the visual strategies described in this article will help all children develop the visual skills needed to read and write.

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    Visual Examples

    Complete the lettersFollow lines with eyesCross out reversed letters
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    References and Resources

    Ayres, A.J. Sensory Integration and the Child. Western Psychological Services. 2005.

    Dennison P. & Dennison, G., Edu-K for Kids!. Edu-Kinesthetics, Inc. 1987.

    Hickman, L & Hutchins, R., Eyegames: Easy and Fun Visual Exercises. Sensory World. 2010.

    Kushnir, G., Let’s do-It-Write: Writing Readiness. Achai Publishers. 1999.

    Richards, R., Classroom Visual Activities, Academic therapy Publications. 1988.

    Scheiman, M., Understanding and Managing Vision Deficits. Slack Inc., 2011.

    Sunbeck, D. Infinity Walk: Preparing Your Mind to Learn!. Jalmar Press.1966.




    Demonstration videos




    Illustrations have been created and provided by the author.