Analyzing the Impact of Block Play on Early Numeracy Acquisition in 4-to-5-Year-Old Children: A Qualitative Study

Abstract

Early numeracy acquisition provides a crucial cognitive foundation for lifelong mathematical competence and analytical reasoning. However, instructional approaches in early childhood education frequently rely on abstract rote learning, failing to align with preschool cognitive developmental stages. This qualitative descriptive study analyzed the role of block play in fostering early numeracy skills among 23 children aged 4–5 years (11 girls, 12 boys) at RA Al-Hidayah. Data were gathered through semi-structured teacher interviews, direct non-participant classroom observations, and instructional documentation, and analyzed using the Miles and Huberman interactive qualitative framework. The findings demonstrate that block play significantly supports early numeracy indicators, including number-symbol recognition, 1-to-1 counting correspondence, relative magnitude discrimination (more vs. less), and spatial-numerical reasoning. From a neurocognitive perspective, manipulating physical blocks stimulates prefrontal cortex networks by bridging concrete sensory experiences with abstract visual-spatial memory. However, the study revealed that block play remains underutilized as a core instructional medium, often serving merely as an informal filler activity. Optimizing early numeracy requires integrating block construction systematically with multimodal learning resources, consistent attendance, and supportive home learning environments.