工程-科学-数学方法在基础工程与科学教育中的实验研究

Eric Z. Ma, E. Lo, Mansun Chan
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摘要

设计并实验了一种工程-科学-数学方法(ESMA)的学习模式,用于面向K-6学生和教师的大学预科工程拓展。结果表明,该方法的学习效率和效果显著高于传统的大学数学-科学-工程学习方法。该设计利用了学区工程和科学专家的最小资源以及市场上可用的材料。ESMA模型可以应用于拥有训练有素的校内科学教师的广泛受众。研究表明,K-6岁是工科大学预科拓展的最佳年龄阶段。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An experimental study of Engineering-Science-Mathematics Approach in elementary engineering and science education
A learning model of Engineering-Science-Mathematics Approach (ESMA) is designed and experimented for engineering pre-college outreach to K-6 students and teachers. It is evidenced that the learning efficiency and outcome are significantly higher than traditional learning approach of Mathematics-Science-Engineering at college level. This design utilizes the minimum resources of engineering and science specialists in school district and materials available on the market. The ESMA model can be applied to a wide audience with trained in-school science teachers. The study shows that K-6 is the optimal age period for engineering pre-college outreach.
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