The Process of Constructing the Concept Map of Autonomous Learning Mapping in the Permanent Exhibition Area of the National Taiwan Science Education Center in Taiwan

Hsiao-Ping Yu, Hongyun Chen, Yu-ya Wu, Wang-sheng Su
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Abstract

In order to strengthen the effectiveness of the permanent exhibition area of the National Science Education Center (NTSEC) in science education and guide learners to learn independently, this study is based on the construction of scientific concept maps, and the construction of autonomous learning maps for the three permanent exhibits and understand its application. It can not only enrich teachers' teaching, but also serve as a guide for autonomous learners, improve their understanding of scientific concepts, and master the learning status of personal scientific concepts, as an important resource for autonomous learning in the field of science. This research consists of three teams of editors, reviewers and working groups to complete the scientific concept map of each educational stage (G1 to G9), and develop the learning routes, learning sheets and assessment based on the contents of these exhibits and concept maps., and build it into an autonomous learning map. To grasps the learners' ideas, experience activities are planned, including 420 people's actual experience and feedback. Through the feedback survey, it can be found that students can learn scientific concepts under the guidance of the learning map. The relevant research results will be provided to NTSEC staffs, self-study groups and teachers in primary and secondary schools.
台湾国立台湾科学教育中心常设展区自主学习绘图概念图之建构过程
为了加强国家科学教育中心(NTSEC)常设展区在科学教育中的有效性,引导学习者自主学习,本研究以科学概念图的构建为基础,对三个常设展品进行自主学习图的构建,并了解其应用。它不仅可以丰富教师的教学,还可以为自主学习者提供指导,提高他们对科学概念的理解,掌握个人科学概念的学习状况,是科学领域自主学习的重要资源。本研究由编辑、审稿人和工作组三个小组组成,完成G1至G9各教育阶段的科学概念图,并根据这些展品和概念图的内容制定学习路线、学习表和评估。,并将其构建为自主学习地图。为了掌握学习者的想法,策划了体验活动,包括420人的实际体验和反馈。通过反馈调查,可以发现学生可以在学习图的指导下学习科学概念。相关研究成果将提供给NTSEC员工、自学小组和中小学教师。
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