From Shape to Symmetry: Task-Based Assessment of Visual-Motor Development in Primary School Students
Zeynep Altuntaş1, Gökhan Özsoy2
1Department of Primary Education, Institute of Social Sciences, Ordu University, Ordu, Turkey.
Perceptual and Motor Skills
|August 7, 2026
Summary
Visual-motor integration skills improve significantly in primary school children up to Grade 3, with performance plateauing afterward. Rubric-based assessments effectively track these developmental changes in motor coordination.
Area of Science:
- Developmental Psychology
- Neuroscience
- Educational Psychology
Background:
- Visual-motor integration is crucial for academic success and daily activities.
- Understanding its developmental trajectory in school-aged children is essential for identifying learning needs.
- Standardized assessments are needed to objectively measure these skills.
Purpose of the Study:
- To investigate the developmental changes in visual-motor integration skills from Grade 1 to 4.
- To compare performance on shape copying and symmetry completion tasks.
- To evaluate the utility of rubric-based assessments for monitoring visuomotor development.
Main Methods:
- A cohort of 270 primary school students (Grades 1-4) participated.
- Standardized tasks included shape copying and symmetry completion.
- A rubric assessed spatial accuracy, contour control, proportionality, and symmetry processing.
Main Results:
- Visuomotor accuracy significantly increased up to Grade 3, then plateaued.
- Students performed better on symmetry completion than shape copying tasks.
- Rubric-based scoring demonstrated sensitivity to age-related differences.
Conclusions:
- Visual-motor integration shows distinct developmental patterns in middle childhood.
- Symmetry completion and shape copying tasks tap into different cognitive-motor demands.
- Rubric-based assessments are practical for monitoring visuomotor development in schools.
