将环境和内容知识整合到STEM教育中

M. Scotini, H. Abdullah
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引用次数: 3

摘要

重点关注研究问题:“必须做些什么来鼓励人们接受更多的E+STEM教育?”本研究基于对生态知识的系统回顾,生态知识与教师的职业发展以及环境科学、技术、工程和数学(E+STEM)教学法有关。其目的是根据专家的观点,确定教师必须做些什么来改善他们作为接受E+ stem教育的人的经验和证书。为了揭示专家的观点,本研究采用了“混合方法”的研究方法,其中包括定性和定量技术。所采用的技术是探索性研究排序,是一种混合方法研究。德尔菲研究的初始阶段是收集教师专业成长的定性数据。定量方法的特点是在德尔菲研究的第二阶段,一旦数据已经在第一步进行了分析。最后,在第二阶段的数据评估之后,产生最终的定量公式(第三阶段)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integration of Environment and Content Knowledge into STEM Education
With a central focus on the research question: “What must be done to encourage people to become more E+STEM educated?” this research is based on a Systematic review on ecological knowledge, which is linked to teachers' career growth as well as Environmental Science, Technology, Engineering, and Mathematics (E+STEM) pedagogy. The aim is to identify what instructors must do to improve their experience and credentials as E+STEM-educated people in light of expert views. To disclose expert views, a "mixed method" research approach is utilized in this study, which includes both qualitative and quantitative techniques. The technique employed is exploratory study sequencing, which is a kind of mixed-method study. The Delphi study's initial stage is to gather qualitative data on teachers' professional growth. The quantitative methodology is featured for the phase two of the Delphi research once the data has been analyzed in the first step. Lastly, the ultimate quantitative formulation (third phase) is produced following the data evaluation in the second phase.
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