教案设计过程通过科学四年级培养 STEM 设计思维

Chuyen Nguyen Thi Hong
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摘要

在科学、技术和工程学基础教育的背景下,本文的主要目的是调查专门为培养学生在科学领域的设计思维能力而制定教案的过程。在文件收集和分析过程中,采用了定性研究方法。研究结果表明,设计思维对培养学生的创造性活动和参与问题解决活动的能力做出了重大贡献。此外,研究还证明,设计思维是一种非常有效的方法,可以支持学生的教育追求。数学、科学、技术和工程领域的教育都同等重要。在 STEM 教育领域,在制定教案时必须坚持特定的方法,以鼓励学生发展设计思维。为了提高 STEM 教育的效率,并就需要对该主题进行更多研究的领域提出建议,本文旨在为学者和教师提供与该主题相关的资源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lesson Plan Design Process Develops STEM Design Thinking Through Science Grade 4
Within the context of fundamental STEM education, the primary objective of this article is to investigate the process of developing lesson plans specifically for the aim of fostering students' capacity for design thinking in the field of science. When it comes to the process of document gathering and analysis, the qualitative research approach is utilized. The outcomes of the study indicate that design thinking makes a substantial contribution to the development of students' creative activities and their ability to engage in problem-solving activities. In addition, it has been demonstrated that design thinking is an extremely efficient method for supporting students in their educational pursuits. Education in the fields of mathematics, science, technology, and engineering are all equally important. while it comes to the field of STEM education, it is essential to adhere to a particular method while developing lesson plans to encourage the growth of design thinking in students. In order to improve the efficiency of STEM education and to provide recommendations regarding areas that need additional research on the subject matter, the purpose of this article is to supply academics and teachers with resources that are pertinent to the subject matter.
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