The Future of Education
Enhancing Learning Outcomes in Primary Education Through the Use of Block Play
Eugene Geist, Louisiana State University (United States)
Abstract
This paper explores the pedagogical benefits of incorporating wooden building blocks of the type found in most preschool and kindergarten environments, into the curriculum of the primary grades. Drawing from a constructivist approach to education, this paper discusses how tactile, hands-on learning tools like wooden blocks can facilitate cognitive development, spatial reasoning, and creativity among young learners. This paper finds that there is little research on block play in primary grades and that more research in this area is much needed. The research that does exist suggests that students who engage in block play in primary grades can demonstrate significant improvements in spatial reasoning and mathematical concepts, particularly in geometry and measurement. Blocks also enhance creativity in problem-solving tasks and a greater ability to work collaboratively. The extant research, while mostly on block play for prekindergarten and kindergarten, highlights the importance of sensory-rich materials in early education and supports the integration of block play as a cost-effective tool to enrich the primary grade learning experience. Developmentally, primary grade children are more like preschool and kindergarten children than they are like later elementary. Therefore, the use of play based curriculum such as block play in primary grades is beneficial, especially for the STEM disciplines (science, technology, engineering, and mathematics). The paper contributes to a growing body of evidence that hands-on learning resources can provide a meaningful complement to traditional teaching methods, fostering a more engaging and effective educational environment for primary-grade students.
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Keywords |
Block Play, STEM, Mathematics, Science, Engineering |
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References |
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