Teaching Children Mathematics · 1999 · 50 citations · 6 references
GeometryStatistical Shape AnalysisEducationPreschool DevelopmentEarly Childhood EducationGeometric ConceptsSocial SciencesMathematics EducationCognitive DevelopmentPrimary EducationGeometric ModelingSpatial ReasoningCognitive ScienceBasic ShapesEarly Childhood DevelopmentDesignChild DevelopmentEarly EducationYoung ChildrenSpatial Cognition
How can we improve geometry instruction at the preschool and primary levels? To answer that question, I conducted research to analyze young children's understanding of the geometric concepts of triangle and rectangle and to determine patterns in the development of this understanding from ages 3 through 6. The research suggests that early childhood educators need to rethink the way that basic shapes are introduced to young children. Since a basic understanding of shapes is essential to a future study of geometry, teachers need to focus on how best to help children develop that initial understanding of shape categories. After a brief explanation of the research, specific ways to present developmentally appropriate activities designed to enhance children's understanding of basic shapes are discussed.
6
The Child's Conception of Space
Evelyn Lawrence, Jean Piaget, Baerbel Inhelder et al. · British Journal of Educational Studies · 1957 · 3.3K citations
Operational Construction, Education, Early Childhood Education +21
The Child's Conception of Space
Lorraine Jensen, Jean Piaget, Bärbel Inhelder et al. · Art Education · 1958 · 821 citations