探索一种反思性教学法,鼓励职前物理教师探索论证作为概念理解的辅助手段

G. Lancaster, Rebecca Cooper
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引用次数: 1

摘要

-最近科学教育研究的一个新兴焦点提倡使用论证作为一种方法的好处,教师可以更好地让学生参与到科学家的认识论工作的更真实的体验中(Bricker和Bell, 2008)。逻辑论证和批判性思维被认为是有效和成功进行科学探究和分析的基本技能。早期的研究表明,鼓励学生在课堂上参与科学话语的实践(Kuhn, 2010)可以为学生和教师提供丰富的经验,以磨练他们的认知能力。本文探讨了为职前物理教师专门设计的批判性“讨论问题”的使用,以调查他们自己对关键物理思想的另类概念理解。它还讨论了如何利用这些问题来产生课堂话语,课堂话语的重点是发展有效的教学内容知识的重要性(参见Shulman, 1986对教学内容知识的详细解释),而不仅仅是掌握科学内容及其数学应用。此外,本文将详细介绍一项初步研究,在该研究中,通过在线学习环境向职前物理教师介绍了一些讨论问题,并要求他们首先考虑问题,并在与同龄人隔离的情况下发布解决方案。一个相当大的挑战是说服职前教师抵制“在互联网上搜索答案”的常见做法,然后再发布他们的解决方案尝试。虽然大多数学生最初似乎认为给出“正确”答案是主要任务目标,但绝大多数学生最终意识到,讨论未研究过的解决方案范围对他们的概念理解和专业实践更有益。随着时间的推移,这种方法通常鼓励学生发表原创想法,而不受其他学生的论点或分析的影响。在完成在线帖子后,在面对面的研讨会上探讨了帖子中包含的一系列想法,这些想法被辩论并经常辩护,并讨论了对教学法和学生学习的影响。在这项初步研究中,职前教师的初步反馈是令人鼓舞的,并表明在随后的扩展研究中探索论证对职前教师及其学生的好处是有价值的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of a reflective pedagogy to encourage pre-service physics teachers to explore argumentation as an aid to conceptual understanding
— An emerging focus of recent science education research advocates the benefits of using argumentation as an approach in which teachers can better engage students in a more authentic experience of the epistemic work of scientists (Bricker and Bell, 2008). Logical argument and critical thinking are considered essential skills for an effective and successful undertaking of scientific inquiry and analysis. Early research suggests the practise of encouraging students to engage in scientific discourse in the classroom (Kuhn, 2010) can provide rich experiences for students and teachers to hone their cognitive abilities. This paper explores the use of critical ‘discussion problems’ purposefully designed for pre-service physics teachers to investigate their own alternative conceptual understandings of key physics ideas. It also discusses how these problems are then used to generate classroom discourse which focuses on the importance of developing effective pedagogical content knowledge (See Shulman, 1986 for a detailed explanation of pedagogical content knowledge) rather than just mastery of scientific content and its mathematical applications. Further, the paper will detail a preliminary study in which pre-service physics teachers were introduced to a number of discussion problems via an online learning environment and asked to first consider the problem and post a solution in isolation from their peers. A considerable challenge was persuading the pre-service teachers to resist the common practice of “Googling the answer” via the internet before posting their solution attempt. Although most students initially appeared to believe that posting “the correct” answer was the main task objective, the vast majority eventually came to realise that discussing the range of unresearched solutions was much more beneficial for their conceptual understanding and professional practice. Over time, this approach generally encouraged students to post original ideas and to be less influenced by the arguments or analysis of other students. Following the completion of the online posts, the range of ideas included in the postings were then explored during a face to face workshop where the ideas were debated and frequently defended and the implications for pedagogy and their students learning discussed. The initial feedback from the pre-service teachers during this preliminary study is encouraging and suggests there is merit in exploring the benefits of argumentation for pre-service teachers and their students in a subsequent expanded study.
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