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Apprenticing learners in the context of the Grade 10 physical science classroom

机译:在10年级物理课堂中学习学生

摘要

The number of African learners who participate and succeed in physical science is recognized to be ‘disturbingly low’. One of the factors attributed to the low levels of enrolment and performance in physical science is language. In this study, teaching and learning through the language of science is examined in the context of the bilingual classroom. A model of analysis is constructed that (1) extends the notion of the language of science to include the mathematical and visual ‘languages’ of science, (2) takes recognition of the manner in which language, content, and values and beliefs construct the science learner, and (3) moves beyond the characterization of teaching and learning according to the dichotomy of the ‘traditional’/ the ‘progressive’. The model of analysis draws upon the central concepts of a sociocultural model of pedagogy, namely the ‘developmental model’. In addition, the model of analysis makes use of Systemic Functional Linguistics to examine teaching and learning at the micro level of classroom interaction. This study reveals the complex nature in which the language, content, and values and beliefs change as a lesson unfolds: teaching and learning through the language of science has been shown in these classrooms to be marked by features of both a ‘traditional’ and a ‘progressive’ model – each of which appears to serve different functions in the overall construction of the science learner. In addition, this study begins to uncover how a ‘successful’ teacher equips his/ her learners in the context of the bilingual physical science classroom: teaching and learning through the language of science has been shown in these classrooms to incorporate complex and varied strategies that depend upon choices made by both the teacher and learners. These findings substantiate the need to understand the challenges teachers and learners face in the bilingual physical science classroom in ways that acknowledge the complexity of the teaching and learning process.
机译:参与物理科学并取得成功的非洲学习者的数量被认为是“令人难以置信的低”。语言是导致物理科学课程入学率和表现水平低的因素之一。在这项研究中,在双语教室的背景下检查了通过科学语言进行的教与学。构建了一个分析模型,该模型(1)将科学语言的概念扩展到包括科学的数学和视觉“语言”,(2)认识到语言,内容,价值和信念构成科学语言的方式。科学学习者;(3)超越了“传统” /“进步”二分法的教学特征。分析模型借鉴了教育学的社会文化模型的中心概念,即“发展模型”。此外,分析模型利用系统功能语言学在课堂互动的微观层面上检查教学。这项研究揭示了语言,内容,价值观念和信念随着课程的发展而变化的复杂本质:在这些教室中,通过科学语言进行的教与学被证明具有“传统”和“自然”两种特征。 “渐进式”模型-每个模型在科学学习者的整体构建中似乎都发挥着不同的作用。此外,这项研究开始揭示“成功的”老师如何在双语物理科学教室的背景下为他/她的学习者提供装备:这些教室展示了通过科学语言进行的教与学结合了复杂多样的策略,取决于老师和学习者的选择。这些发现证实了需要以承认教学过程复杂性的方式来理解教师和学习者在双语物理科学课堂中所面临的挑战。

著录项

  • 作者

    Gray Wesley Barclay;

  • 作者单位
  • 年度 2007
  • 总页数
  • 原文格式 PDF
  • 正文语种 eng
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