The construction of geometric mental relationships in a pattern block puzzle activity at age four

Christina Sales
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Abstract

Using constructivist scholar Constance Kamii’s perspective on autonomy, physical, social, and logico-Mathematical knowledge, this research investigates a curriculum method developed to engage young children in the construction of geometric knowledge. To study this method, I designed a seven-week pattern block puzzle intervention with four-year-old children in a constructivist classroom. All children were considered at-risk for school failure. The investigation is rooted in my unsatisfying experiences with pattern blocks in my preschool classrooms. Data were obtained from pre and posttests assessment administered to ascertain effects of the intervention on all children and from observations of children’s behavior as they engaged in the pattern block activity. Piaget’s (1936/1952), Piaget and Inhelder, 1948/1956) theory of knowledge and intelligence was the framework for detailed qualitative analysis of one exemplar’s progress during the intervention. Results of pre and posttests and microanalysis indicate children made significant progress in their construction of geometric knowledge. Children learned to match shapes with corresponding spaces and distinguish among and coordinate the sizes of angles and spaces. I describe using a series of detailed drawings, one exemplar’s actions during the activity. I conclude with suggestions for further research and educational implications.
四岁儿童拼图活动中几何心理关系的建构
本研究利用建构主义学者康斯坦斯·卡米(Constance Kamii)对自主、物理、社会和逻辑数学知识的观点,探讨了一种让幼儿参与几何知识建构的课程方法。为了研究这种方法,我设计了一个为期七周的模式块拼图干预四岁的孩子在一个建构主义教室。所有的孩子都被认为有学业失败的风险。这项调查源于我在幼儿园课堂上对模式块的不满意的经历。数据来自测试前和测试后的评估,以确定干预对所有儿童的影响,以及观察儿童参与模式块活动时的行为。皮亚杰(1936/1952),皮亚杰和因赫尔德(1948/1956)的知识和智力理论是对干预期间一个范例的进展进行详细定性分析的框架。前测、后测和微观分析结果表明,幼儿在几何知识建构方面取得了显著进步。幼儿学会了将形状与相应的空间相匹配,区分角度和空间的大小并进行协调。我用一系列详细的图纸来描述一个范例在活动中的行为。最后,我提出了进一步研究和教育意义的建议。
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