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Research-design model for professional development of teachers: Designing lessons with physics education research

机译:教师专业发展的研究设计模型:物理教育研究的设计课程

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How can one increase the awareness of teachers to the existence and importance of knowledge gained through physics education research (PER) and provide them with capabilities to use it? How can one enrich teachersa€? physics knowledge and the related pedagogical content knowledge of topics singled out by PER? In this paper we describe a professional development model that attempts to respond to these needs. We report on a study of the modela€?s implementation in a program for 22 high-school experienced physics teachers. In this program teachers (in teams of 5-6) developed during a year and a half (about class="aps-inline-formula">330h), several lessons (minimodules) dealing with a topic identified as problematic by PER. The teachers employed a systematic research-based approach and used PER findings. The program consisted of three stages, each culminating with a miniconference: 1. Defining teaching and/or learning goals based on content analysis and diagnosis of studentsa€? prior knowledge. 2. Designing the lessons using PER-based instructional strategies. 3. Performing a small-scale research study that accompanies the development process and publishing the results. We describe a case study of one of the groups and bring evidence that demonstrates how the workshop advanced: (a) Teachersa€? awareness of deficiencies in their own knowledge of physics and pedagogy, and their perceptions about their studentsa€? knowledge; (b) teachersa€? knowledge of physics and physics pedagogy; (c) a systematic research-based approach to the design of lessons; (d) the formation of a community of practice; and (e) acquaintance with central findings of PER. There was a clear effect on teachersa€? practice in the context of the study as indicated by the materials brought to the workshop. The teachers also reported that they continued to use the insights gained, mainly in the topics that were investigated by themselves and by their peers.
机译:如何将教师的意识提高到通过物理教育研究(PER)获得的知识的存在和重要性,并为他们提供使用它的能力?如何丰富教师€?物理知识和相关的教学内容对每个主题的知识(按照单独挑选)在本文中,我们描述了一个尝试应对这些需求的专业发展模式。我们报告了22名高中经验的物理教师的计划中的典型模式的研究。在这个方案中(5-6的团队)在一年中开发了一半(关于 class =“aps-inline-fapers”> 330 h ),几个课程(minimodules)处理每个识别的主题。教师采用了基于系统的基于研究的方法,并使用了每种发现。该计划由三个阶段组成,每个阶段都有一个巨大的会议:1。根据内容分析和诊断学习教学和/或学习目标€€€?先验知识。 2.使用基于每个教学策略设计课程。 3.伴随着开发过程和发布结果的小规模研究研究。我们描述了对其中一个群体的案例研究,并提出了表现出研讨会如何高级的证据:(a)教师€? 意识对自己的物理和教育学知识的缺陷,以及他们对学生的看法?知识; (b)教师€? 物理和物理教育学的知识; (c)基于系统的基于研究的课程的设计方法; (d)形成A 实践社区; (e)熟悉每次的中央发现。对教师有明显的影响?按照向车间带来的材料表明的研究中的实践。教师们还报告说,他们继续使用所获得的见解,主要是在自己和同行调查的主题中。

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