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Design of a student lab program for nanoscience and technology - an intervention study on students' perceptions of the Nature of Science, the Nature of Scientists and the Nature of Scientific Inquiry

机译:纳米科学与技术学生实验计划的设计-对学生对科学本质,科学家本质和科学探究本质的看法的干预性研究

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Background: This article describes the design and the evaluation of a student lab program on the topic of nanoscience and technology (NST), mainly focusing on Nanoscience and its applications. The program was designed for students in grades 8-10 and was part of a larger outreach program of the Collaborative Research Center 'Function by Switching' at Kiel University. The Model of Educational Reconstruction (MER) served as a framework for the research-based design of the student lab. Purpose: We aimed to develop an authentic science activity in the area of NST in order to support scientific inquiry learning and to provide a deeper understanding of scientific topics. Sample: A total of 154 secondary school students from grades 8-10 of seven different secondary schools participated in this study. Design and methods: A pre-post questionnaire with six subscales on students' perceptions of the Nature of Science (NOS), Scientific Inquiry (NOSI) and the involved scientists (NOST) in the area of nanoscience and nanotechnology was applied. Results: Results show that the applied explicit and reflective approach embedded in the nanoscience content significantly improved the participating students' perceptions of NOS, NOSI and NOST facets. After the lab visit, students' answers corresponded to a more adequate perception of today's science and scientists. Some gender differences in learning gains were also detected. Conclusion: The study served its main purpose which was to investigate a well-balanced strategy to develop authentic out-of-school-learning environments with a focus on NOS/NOSI/NOST. Testing students' perceptions of the nature of nanoscience provided insights into students' worlds and served as feedback for the lab program. The outcomes of this study might help to better understand and further develop authentic (nano)science programs in out-of-school settings and science outreach programs.
机译:背景:本文介绍了有关纳米科学与技术(NST)主题的学生实验计划的设计和评估,主要侧重于纳米科学及其应用。该计划是为8-10年级的学生设计的,并且是基尔大学合作研究中心“功能转换”更大的推广计划的一部分。教育重建模型(MER)作为学生实验室基于研究的设计的框架。目的:我们旨在在NST领域开展一项真实的科学活动,以支持科学探究学习并提供对科学主题的更深刻理解。样本:七所不同中学的8-10年级的154名中学学生参加了这项研究。设计和方法:采用前后六个问卷的问卷,该问卷针对学生对纳米科学和纳米技术领域的科学性质(NOS),科学探究(NOSI)和相关科学家(NOST)的看法。结果:结果表明,嵌入在纳米科学内容中的显式和反射方法的应用显着改善了参与学生对NOS,NOSI和NOST方面的认识。参观实验室后,学生的答案对应于对当今科学和科学家的更充分的理解。还发现了学习成绩方面的一些性别差异。结论:该研究的主要目的是研究一种均衡的策略,以开发真实的校外学习环境为重点,重点是NOS / NOSI / NOST。测试学生对纳米科学本质的看法,可以洞悉学生的世界,并作为实验室计划的反馈。这项研究的结果可能有助于更好地理解和进一步发展校外环境和科学推广计划中的真实(纳米)科学计划。

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