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Using collaborative reflection to build technology integration skills among preservice elementary science teachers.

机译:使用协作反思在职前基础科学教师之间建立技术整合技能。

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摘要

This study examines the role of collaborative reflection on teaching practice in shaping preservice elementary teachers' understanding of technology in the science classroom. In a phenomenographic study of qualitative data sources, the study looks at the conceptions about technology integration of fourteen undergraduate elementary education students working as teaching assistants in a technology-rich biology content course. Participants were selected for one of three sample groups. One group reflected on the use of technology in the biology classroom as individuals, while the other two reflected in collaborative groups. Data sources included transcribed interviews and collaborative reflection meetings, electronic reflective journal entries, classroom observations, pre- and post-surveys to assess technology integration knowledge, a review of documents used in planning for the course, and the researchers field notes and reflexive journal. Analysis involved open coding techniques and testing of themes and patterns in checklist, case-level, and time-ordered matrices. A cross-case analysis included creation of detailed narrative cases featuring one member of each of the sample groups that provided a contextualized view of the development of the participants' ideas about technology integration in the science classroom. The findings suggest that preservice teachers view instructional technology as a tool that supports teacher-led presentations and student-driven technological information delivery systems, but not as a tool for fostering inquiry learning. Data suggests that this view of technology integration is a product of a wide range of common experiences, such as the use of technology for projects and assignments, university coursework in educational technology, methods courses, field experiences, and the teachers and professors who serve as role models for technology use. The findings also suggest that collaborative reflection on teaching practice helps preservice teachers align their views of technology use with the pedagogical strategies they have learned during content courses, including inquiry-centered science activities. The findings of this study support revision of teacher education programs to include explicit discussion of technology integration in science methods course that follow observation and practice in planning and teaching lessons that use technology to support a variety of learning goals.
机译:这项研究探讨了在教学实践中合作反思对塑造科学教室中的职前基础教师对技术的理解的作用。在定性数据源的现象学研究中,研究着眼于十四位本科生基础教育学生在技术含量高的生物学内容课程中作为助教的技术集成的概念。选择了三个样本组之一的参与者。一个小组以个人的身份思考生物学课堂中技术的使用,而另两个小组以协作小组的形式思考。数据来源包括转录访谈和协作反思会议,电子反思期刊条目,课堂观察,评估技术集成知识的调查前和调查后,对课程计划中使用的文档的审查以及研究人员的现场笔记和反思性期刊。分析涉及开放编码技术以及清单,案例级别和按时间排序的矩阵中主题和模式的测试。跨案例分析包括创建详细的叙事案例,每个样本组的一个成员都参与其中,从而为参与者提供了科学教室中技术集成思想发展的上下文视图。调查结果表明,职前教师将教学技术视为支持教师主导的演讲和学生驱动的技术信息传递系统的工具,而不是促进探究学习的工具。数据表明,这种技术集成观点是多种常见经验的产物,例如在项目和任务中使用技术,教育技术方面的大学课程,方法课程,实地经验以及担任教师和教授的人。技术使用的榜样。研究结果还表明,对教学实践的协作思考有助于职前教师将他们对技术使用的看法与他们在内容课程(包括以探究为中心的科学活动)中学到的教学策略相结合。这项研究的结果支持对教师教育计划的修订,其中包括对科学方法课程中技术集成的明确讨论,该课程遵循观察和实践,以规划和授课方式使用技术来支持各种学习目标。

著录项

  • 作者

    McConnell, Tom John.;

  • 作者单位

    Purdue University.;

  • 授予单位 Purdue University.;
  • 学科 Education Elementary.; Education Teacher Training.; Education Technology.; Education Sciences.
  • 学位 Ph.D.
  • 年度 2006
  • 页码 240 p.
  • 总页数 240
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 初等教育;教师;自然科学教育与普及;
  • 关键词

  • 入库时间 2022-08-17 11:40:46

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