非正式科学教育如何影响小学生对科学和自我的认知

Molly K. Finn, Renato Mazzei, Blake Drechsler, Z. Telkamp, Mihika Rao, Prakamya Agrawal, Anne M. McAlister
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引用次数: 0

摘要

STEM领域的代表性不足很早就开始了,小学生在对科学的兴趣、对自己从事科学的能力的信念以及对自己的个人身份与科学家身份一致的信念方面,已经表现出了性别和种族的差异。在这里,我们讨论一个校外天文学项目,该项目专注于在服务不足的学校系统中丰富科学教育,以促进学生对科学的兴奋,并帮助他们将科学家视为与他们一样的人。在项目之前、之后和整个过程中,我们调查了学生对科学、他们自己和他们的活动的看法。我们发现,通过我们的课程,学生们对自己的科学能力变得更加自信。学生对科学的看法保持不变,但在很大程度上与《科学的本质》的理念一致。我们还发现,在学生们报告自己很有创造力并提出问题的日子里,他们更有可能说自己感觉像个科学家,对当天的主题感兴趣。我们的研究结果表明,结合创造力和提问的机会,可以和做实验一样重要,以产生对科学的兴趣和参与感。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
How Informal Science Education Influences Elementary Students’ Perceptions of Science and Themselves
Underrepresentation in STEM fields starts early, with elementary students already showing differences based on gender and race in their interest in science, belief in their ability to do science, and belief that their personal identity aligns with being a scientist. Here we discuss an out-of-school time astronomy program that focuses on enriching science education in under-served school systems to promote students' excitement about science and help them see scientists as people just like them. Before, after, and throughout the program, we survey students on their perceptions of science, themselves, and their activities. We find that over the course of our program, students become more confident in their science abilities. Student ideas about science remain unchanged, but largely align with Nature of Science ideals. We also find that on days that students report they were creative and asked questions, they were more likely to say they felt like a scientist and were interested in the day's topic. Our results suggest that incorporating creativity and opportunities to ask questions can be just as important as doing experiments for generating interest in and a sense of participating in science.
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