ROV主题工程设计工作坊对在职教师自我效能感的影响

Timothy A. Goodale
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引用次数: 2

摘要

这项研究利用rov(水下自主机器人)作为美国教育部拨款的中心主题,支持乔治亚州的14名教师学习与即将实施的下一代科学标准相关的工程和技术内容和教学法。采用“工程设计”模型,老师们探索了机器人、电子、原型构建和操作的细微差别。参与者是14名公立学校的教师,他们对基本的工程原理或职业都非常缺乏经验。教师对基本工程原理和设计的自我效能感的前后评估显示,教师参与者的信心水平大幅提高。鉴于许多在职教师缺乏真正的工程内容准备,研讨会和课程指导模式有望帮助教师利用动感和现实世界的项目来满足新改革的STEM标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The influence of a ROV themed engineering design workshop on in-service teacher self-efficacy
This study utilized ROVs (underwater autonomous robots) as a central theme within a United States Department of Education Grant to support 14 teachers in Georgia to learn engineering and technology content and pedagogy associated with the upcoming implementation of Next Generation Science Standards. Employing the “Engineering Design” model teachers explored the nuances involved with robotics, electronics, and prototype construction and operation. Participants were 14 public school teachers that were vastly inexperienced with basic engineering principles or careers. A pre and post assessment of teacher self efficacy towards basic engineering principles and design showed substantial growth in confidence levels of teacher participants. Provided the lack of true engineering content preparation of many in-service teachers, the workshop and curriculum guidance model shows promise to assist teachers in utilizing kinesthetic and real world projects to meet the newly reformed STEM standards.
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