Motor activities to improve maths performance in pre-school children with typical development.

Area of Science:

• Child Development
• Educational Psychology
• Motor Skills Research

Background:

• Poor mathematical skills in early childhood correlate with lifelong negative outcomes.
• Pre-school mathematical abilities are foundational for analytical thinking, problem-solving, and reasoning.
• Cognitive and motor brain regions activate together during mathematical tasks, highlighting the link between motor skills and math performance.

Purpose of the Study:

• To identify activities that enhance spatial skills through gross motor engagement in pre-school children.
• To address the gap in current spatial skill development programs, which often focus on fine motor tasks in classroom settings.
• To provide a resource for educators and parents to foster mathematical concepts via gross motor activities.

Main Methods:

• Literature review and synthesis of existing research on visuomotor integration and spatial skills.
• Identification of gross motor activities with a strong spatial component suitable for various environments (classroom, playground, home).
• Focus on activities that promote visuomotor integration, a key predictor of pre-school math performance.

Main Results:

• Visuomotor integration skills, particularly spatial skills, are significantly associated with pre-school mathematics performance.
• Spatial skills are crucial for early numerical knowledge and geometric shape recognition.
• Gross motor skills play a vital role in visuomotor integration and can be leveraged to develop spatial abilities.

Conclusions:

• Gross motor activities offer a promising avenue for developing essential spatial skills in young children.
• Intervention programs should incorporate gross motor elements to enhance visuomotor integration and support mathematical development.
• The proposed activities provide practical tools for improving spatial skills across different learning environments.