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Experience learning in a technology laboratory setting: Towards a practical knowledge base.

机译:在技​​术实验室中体验学习:建立实用的知识库。

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摘要

Drawing on Dewey's (1938) theory of experience, Schwab's (1969, 1971, 1973, 1983) essays on practical deliberations, and Jackson's (1968) belief that researchers must use every means at their disposal to make sense of educational situations, this narrative inquiry examined the act of human problem solving within a computer lab milieu. This study of diverse human learning in an informal educational setting (Marsick & Watkins, 2001; Beckett & Hagar, 2002) will add to the practical knowledge base and greatly inform how those individuals working within the technology setting interact with one another and with those students with whom they share their expertise. Martinez (1998) asserts that "citizens of the 21st century must be...adept problem solvers, able to wrestle with ill-defined problems. Problem solving ability is the cognitive passport to the future" (p. 605). Given the critical importance of problem solving to the fields of technology and education, this study is both timely and valuable.;This narrative inquiry led to both practical and theoretical advances. Practically, the research study captured how technology lab employees approach and solve daily problems while sharing their learning with students in the context of the technology lab environment. Theoretically, the investigation revealed practical knowledge contributions at the intersection where teaching education and technology meet. Overall, the study can assist in the development of a new "epistemology of practice" (Schon, 1995), by bridging the gap between "the knower and the known" (Dewey & Bentley, 1949; Fenstermacher, 1994).;Because the sharing of experience sits at the core of this investigation, narrative inquiry is arguably the best way to study the chosen topic. In narrative inquiry, story serves as both the research method and representational form (Connelly & Clandinin, 1990). The narrative for these stories was gathered through employing such research tools as field notes, unstructured interviews, informal conversations, and self-reflective writing. These field texts were then transformed into research texts using the processes of broadening, burrowing and storying and restorying to interpret and analyze the storied data. In this study, technology lab employees were the central participants. Supporting research participants included students and the lab supervisor.
机译:借鉴杜威(1938)的经验理论,施瓦布(1969,1971,1973,1983)的论文进行实践性思考,杰克逊(1968)认为研究人员必须使用各种手段来理解教育情况,这种叙事性探究研究了在计算机实验室环境中解决人类问题的行为。这项关于在非正式教育环境中进行多样化人类学习的研究(Marsick&Watkins,2001; Beckett&Hagar,2002)将增加实践知识基础,并极大地告知那些在技术环境中工作的人们如何彼此互动以及与学生互动与他们分享专业知识。 Martinez(1998)断言“ 21世纪的公民必须是……熟练的问题解决者,能够与不确定的问题搏斗。解决问题的能力是通往未来的认知护照”(第605页)。鉴于解决问题对技术和教育领域的至关重要性,这项研究既及时又有价值。这种叙事性探索导致了实践和理论上的进步。实际上,该研究报告捕获了技术实验室员工如何解决和解决日常问题,同时在技术实验室环境中与学生分享他们的知识。从理论上讲,调查显示了在教学教育与技术相交的交汇处的实践知识贡献。总体而言,该研究可以通过弥合“知识者与已知者”之间的鸿沟(Dewey&Bentley,1949; Fenstermacher,1994)来帮助发展新的“实践认识论”(Schon,1995)。经验共享是本研究的核心,叙事性研究可以说是研究所选主题的最佳方法。在叙事探究中,故事既是研究方法又是代表形式(Connelly&Clandinin,1990)。这些故事的叙述是通过使用诸如现场笔记,非结构化访谈,非正式对话和自我反思写作之类的研究工具来收集的。然后,通过拓宽,挖掘,叙述和还原的过程来解释和分析存储的数据,将这些领域的文本转换为研究文本。在这项研究中,技术实验室的员工是主要参与者。支持研究的参与者包括学生和实验室主管。

著录项

  • 作者

    Hwang, Sun Hong.;

  • 作者单位

    University of Houston.;

  • 授予单位 University of Houston.;
  • 学科 Education Educational Psychology.;Education Curriculum and Instruction.;Education Technology of.;Education Business.
  • 学位 Ed.D.
  • 年度 2009
  • 页码 223 p.
  • 总页数 223
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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