在下一代科学标准(NGSS)下利用地球和空间科学改善预科阶段学生的科学和工程实践

Amany Elgendy, Rafeek Elmeanawy
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引用次数: 0

摘要

此次研究的目的是,根据新一代科学标准(NGSS),利用地球和空间科学,提高中学生的科学和工程实践能力。这项研究遵循了准实验设计,这是一种用发达的地球-宇宙单位进行实验的前-后单组设计。参与者包括30名女学生。研究工具的材料是一本学生用书、一本教师指南和一本学习者活动手册。研究的工具是科学和工程实践测试。结果显示,被试在科学与工程实践管理前和管理后的平均得分在支持管理后的水平(0.05)上有统计学显著差异。这是根据NGSS开发的初中一年级科学课程(地球和宇宙单元)的有效性。该研究还建议,在预备阶段的科学课程开发中,特别是宇宙科学和地球科学领域,有必要关注“下一代科学标准”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Utilizing Earth and Space Sciences In The Light Of the Next Generation Science Standards (NGSS) for Improving Scientific and Engineering Practices among preparatory stage pupils
The current research aimed to use earth and space sciences in light of the next-generation science standards (NGSS) to improve scientific and engineering practices among middle school students. The research followed the quasi-experimental design, a pre-post one-group design for experimenting with the developed Earth-Universe Unit. The participants consisted of 30 female students. The materials for the research tools were a student’s book, a teacher’s guide, and a learner’s activity booklet. The tool of the study was a scientific and engineering practices test. The results revealed that there is a statistically significant difference between the mean scores of the participants in the pre and post-administration of the scientific and engineering practices test at the level (0.05) in favor of the post-application. This means the effectiveness of the developed curriculum (Unit of the Earth and the Universe) in the light of NGSS in science for the first grade of middle school. The research also recommended the necessity of paying attention to the Next Generation Science Standards in developing science curricula in the preparatory stage, especially in the field of the universe and earth sciences.
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