Explore Functional Vision Skills

Visual perception is how the brain processes and interprets visual information. It includes several distinct skills:

Visual discrimination — telling the difference between similar shapes, letters, or objects

(e.g., distinguishing "b" from "d")

Visual figure-ground — finding a specific object or shape within a busy background (e.g., finding a word on a

cluttered page)

Visual closure — recognizing a shape or object when part of it is missing or hidden

Visual spatial relationships — understanding how objects are positioned in space relative to each other and to oneself (e.g., understanding left/right, up/down, spacing between words)

Visual sequential memory — remembering a sequence of shapes, letters, or numbers in the correct order

Visual form constancy — recognizing a shape or letter even when it changes size, color, or orientation

These skills work together to support reading, writing, math, and everyday tasks like finding items in a drawer or navigating a crowded hallway.

Research consistently shows that visual perception and visual-motor integration are significantly associated with academic achievement. Studies have found:

Better visual perception uniquely predicts better reading and math skills, even after accounting for IQ and attention

Better motor coordination is associated with better reading, writing, and math skills

Visual-motor integration (the combination of visual perception and motor coordination) is uniquely associated with

math performance

Visual spatial relationships show particularly strong correlations with academic achievement across subjects

Performance on oculomotor tests (such as the Developmental Eye Movement test) is one of the strongest visual

predictors of academic performance in reading, writing, spelling, grammar, and numeracy

Children who struggle with vision skills may be misidentified as having attention problems, learning disabilities, or behavioral issues when the underlying difficulty is actually visual.

Watch for these signs, which may indicate problems with visual perception, visual-motor integration, or ocular motor control:

Difficulty learning to read or slow reading progress

Reversing letters or numbers (beyond the typical age)

Trouble copying from the board or from a book

Messy or poorly spaced handwriting

Difficulty with puzzles, building with blocks, or other spatial tasks

Trouble finding objects in a cluttered space (e.g., finding a toy in a toy box, a word on a page)

Difficulty cutting on a line or coloring within boundaries

Avoiding drawing, writing, or other visually demanding activities

Complaints of headaches, eye strain, or fatigue during close work

Losing place while reading or skipping lines

Difficulty with math concepts that involve spatial reasoning (geometry, number alignment, graphs)

Clumsiness or difficulty judging distances

An occupational therapist trained in visual assessment can evaluate the full range of vision skills that affect daily function. A comprehensive evaluation may include:

Beery-Buktenica Developmental Test of Visual-Motor Integration (Beery VMI) — the most widely used assessment in pediatric OT (used by 85% of pediatric OTs), measuring how well the child coordinates vision and hand movement by copying geometric forms. It includes supplemental tests of visual perception and motor coordination

Test of Visual Perceptual Skills (TVPS) — a motor-free test that measures visual discrimination, visual spatial relationships, visual sequential memory, visual figure-ground, and visual closure

Motor-Free Visual Perception Test (MVPT) — another motor-free assessment of visual perception that does not require hand use, making it useful for children with motor difficulties

Developmental Eye Movement (DEM) test — assesses oculomotor behavior during a reading-like task

Structured Observation of Sensory-motor Integration (SOSI-M) -- watches how your child's body and senses work together — like balance, movement, and coordination

Clinical observation of how the child performs functional tasks — reading, writing, copying, cutting, puzzles, and play

Sensory Profile — to understand how the child processes visual and other sensory information

Parent and teacher interviews about functional concerns at home and school

If significant concerns are identified, the OT may recommend a referral to a developmental optometrist or pediatric ophthalmologist for a comprehensive eye examination.

Occupational therapy addresses vision skills by connecting visual abilities to real-life function — not just practicing visual exercises in isolation. Treatment may include:

Visual-motor integration activities — tasks that require the eyes and hands to work together, such as copying shapes, mazes, bead stringing, origami, and building with blocks. Research shows that combining origami and copying activities has the strongest association with visual-motor integration development

Visual perceptual training — structured activities targeting specific perceptual skills (discrimination, figure-ground, spatial relationships, closure). An RCT showed that multimedia visual perceptual group training produced significant improvements in preschool children with developmental delays

Handwriting intervention — because handwriting depends heavily on visual-motor integration and visual perception, OTs address the visual foundations alongside motor practice. Research shows that visual-perceptual training significantly improves far-point copy speed and handwriting accuracy

Ocular motor training — exercises to improve eye tracking, saccades (eye jumps), and convergence, often integrated with vestibular (movement) activities because the balance system is directly connected to eye movement control

Sensory integration therapy — using purposeful, play-based activities to help the brain better organize sensory information, including visual input. Strong evidence supports Ayres Sensory Integration for improving goal attainment and occupational performance

Environmental modifications — recommendations for lighting, contrast, reducing visual clutter, seating position, and use of visual supports at home and school

Compensatory strategies — teaching the child techniques to manage visual challenges (using a reading guide, color-coding, organizational systems)

Visual-motor integration (VMI) is the ability to coordinate visual information with hand and body movements. It is one of the most critical skills for school success. VMI is required for:

Handwriting — forming letters, spacing words, staying on the line

Copying — reproducing shapes, letters, numbers, and diagrams from a model

Cutting — guiding scissors along a line

Drawing and coloring — creating shapes and staying within boundaries

Math — aligning numbers, drawing graphs, understanding geometry

Sports and play — catching a ball, building with blocks, completing puzzles

Research shows that preschool children with developmental delays who receive occupational therapy demonstrate statistically significant improvement in visual-motor skills and develop these skills at a rate faster than expected compared to typically developing peers.

Our licensed and experienced therapists adhere to the highest standards of care. We regularly update our practices based on the latest research and guidelines in occupational therapy. Additionally, we follow strict hygiene and safety protocols to protect our clients and staff.