Child Development · 2013 · 323 citations · 17 references
EducationEarly Childhood EducationMathematics EducationChild DevelopmentEarly Childhood Mathematics EducationPlay-based LearningGuided PracticeMathematics InterventionPlay-based InterventionPreschool DevelopmentExplorationGeometric Concept DevelopmentPlay ScaffoldingProperties Of ShapesSchool Readiness SkillsSchool Readiness SupportShapeSkill Acquisition Through Play
Shape knowledge is a key component of early mathematical learning and readiness for school, and how children are exposed to shapes can influence both the speed and type of knowledge they acquire. In a study with 70 four‑to‑five‑year‑olds, researchers taught the properties of four geometric shapes using guided play, free play, or didactic instruction, building on evidence that child‑centered playful learning enhances learning. Children who received guided play showed greater shape knowledge than those in free play or didactic instruction, with the advantage persisting after one week, indicating that scaffolding that boosts engagement, exploration, and sense‑making supports shape learning.
Shape knowledge, a key aspect of school readiness, is part of early mathematical learning. Variations in how children are exposed to shapes may affect the pace of their learning and the nature of their shape knowledge. Building on evidence suggesting that child‐centered, playful learning programs facilitate learning more than other methods, 4‐ to 5‐year‐old children ( N = 70) were taught the properties of four geometric shapes using guided play, free play, or didactic instruction. Results revealed that children taught shapes in the guided play condition showed improved shape knowledge compared to the other groups, an effect that was still evident after 1 week. Findings suggest that scaffolding techniques that heighten engagement, direct exploration, and facilitate “sense‐making,” such as guided play, undergird shape learning.
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