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Teaching Design in Middle-School: Instructors' Concerns and Scaffolding Strategies

机译:中学教学设计:教师的关注点和脚手架策略

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摘要

This study deals with engineering education in the middle-school level. Its focus is instructors' concerns in teaching design, as well as scaffolding strategies that can help teachers deal with these concerns. Through participatory action research, nine instructors engaged in a process of development and instruction of a curriculum about energy along with engineering design. A 50-h curriculum was piloted during a summer camp for 38 middle-school students. Data was collected through instructors' materials: observation field notes, daily reflections and post-camp discussions. In addition, students' artifacts and planning graphical models were collected in order to explore how instructors' concerns were aligned with students' learning. Findings indicate three main tensions that reflect instructors' main concerns: how to provide sufficient scaffolding yet encourage creativity, how to scaffold hands-on experiences that promote mindful planning, and how to scaffold students' modeling practices. Pedagogical strategies for teaching design that developed through this work are described, as well as the ways they address the National Research Council (A framework for K-12 science education: practices, crosscutting concepts, and core ideas. National Academies Press, Washington, DC, 2011) core ideas of engineering education and the International Technological Literacy standards (ITEA in Standards for technological literacy, 3rd edn. International Technology education Association, Reston, VA, 2007).
机译:本研究涉及中学阶段的工程教育。它的重点是教师在教学设计中的关注点,以及可以帮助教师解决这些关注点的脚手架策略。通过参与式行动研究,九位讲师参与了有关能源与工程设计课程的开发和教学过程。在一个夏令营中为38名中学生试行了50小时的课程。数据是通过讲师的资料收集的:实地观察笔记,日常思考和营后讨论。此外,还收集了学生的文物和规划的图形模型,以探索教师的关注点如何与学生的学习保持一致。调查结果表明了三种主要的紧张状态,反映出教师的主要担忧:如何提供足够的脚手架,同时鼓励创造力;如何脚手架动手实践,促进思维规划;以及如何脚手架学生的建模实践。描述了通过这项工作制定的教学设计的教学策略,以及它们针对国家研究委员会的方式(K-12科学教育框架:实践,交叉概念和核心思想。国家科学院出版社,华盛顿特区, (2011年),是工程教育和国际技术素养标准的核心思想(ITEA,《技术素养标准》,第三版,国际技术教育协会,弗吉尼亚州雷斯顿,2007年)。

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