建立科学和工程能力

Standards Pub Date : 2021-08-17 DOI:10.3390/standards1010005
S. Haag, Colleen Megowan-Romanowicz
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引用次数: 2

摘要

下一代科学标准科学与工程实践(NGSS S&E)是引出推理和应用科学基础思想的方法。研究揭示了实施NGSS的一个主要障碍,即教师准备不足,这是所有教学水平都关注的问题。本研究考察了一个基于学生如何学习科学和工程教学内容、知识以及将NGSS和S&E实践纳入教学的策略的项目。该计划在物理科学、工程设计任务和扩展项目中提供指导教学实践、内容学习经验。研究问题包括:该计划在多大程度上提高了教师对科学内容的能力和信心,重点是科学和工程实践?该计划在多大程度上提高了教师对改革后教学实践的使用?这种混合方法,准实验设计检查了教师在24个月的计划中的结果。专业发展(PD)调查结果显示,教师在课堂上整合科学与工程实践的能力和信心显著提高。这些发现和它们的特殊性有助于当前的知识,可以被地区用来选择PD来支持教师准备成功实施NGSS。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Building Competence in Science and Engineering
Next Generation Science Standards science and engineering practices (NGSS S&E) are ways of eliciting reasoning and applying foundational ideas in science. Studies have revealed one major impediment to implementing the NGSS, namely, insufficient teacher preparation, which is a concern at all teaching levels. The present study examined a program grounded in research on how students learn science and engineering pedagogical content knowledge and strategies for incorporating NGSS S&E practices into instruction. The program provided guided teaching practice, content learning experiences in the physical sciences, engineering design tasks, and extended projects. Research questions included: To what extent did the Program increase teachers’ competence and confidence in science content, with emphasis on science and engineering practices? To what extent did the program increase teachers’ use of reformed teaching practices? This mixed-methods, quasi-experimental design examined teacher outcomes in the program for 24 months. The professional development (PD) findings revealed significant increases in teachers’ competence and confidence in integrating science and engineering practices in the classroom. These findings and their specificity contribute to current knowledge and can be utilized by districts in selecting PD to support teachers in preparing to implement the NGSS successfully.
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