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The aim of this study is to explore how to integrate digital hardware learning into kindergarten education to enhance children's learning outcomes. Firstly, this study analyzed relevant literature both domestically and internationally, and conducted discussions on theoretical foundations and deductions. Secondly, using an experimental method, this study designed a simulation environment and conducted parameter settings and experimental operations. Finally, based on the experimental results, this study drew conclusions and proposed relevant suggestions. The results showed that integrating digital hardware learning into kindergarten education can improve children's learning effectiveness and interest, especially in the field of STEM education. Therefore, it is recommended that relevant educational institutions actively adopt digital hardware learning tools in kindergarten education to promote children's learning and development.
This study aims to explore how to integrate digital hardware learning into kindergarten education to enhance children's understanding and application abilities in technology. Firstly, the current status of kindergarten education both domestically and internationally is introduced, and the theoretical foundations and deductions of digital learning are discussed. Then, using a kindergarten as an example, a simulation environment for digital learning is established, and corresponding parameters are set. The experimental results show that in the simulation environment of digital learning, children can better understand technology knowledge and apply what they have learned more flexibly. This study proposes suggestions for improving system stability and scalability, and provides relevant algorithms and theorems. Ultimately, this study provides kindergarten educators with a new teaching method and serves as a reference for future related research.
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