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Variations in Science Teaching Modalities and Students' Pedagogic Subject Positioning Through the Discourse Register and Language Code

机译:通过语篇登记和语言代码,科学教学模式的变化和学生的教学法学科定位

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This study investigated the modalities of science teaching practice and students' pedagogic subject positioning through the linguistic features of science classroom discourse and the discursive interaction. For this purpose, this study sought to develop a methodology for classroom discourse analysis, the TMARC (Triangular Model of Analyzing discourse Register and language Code). Applied to a middle school science classroom, the TMARC revealed that there were six types of teaching modalities during the classroom practices in spite of the teacher's predominant didactic teaching and that there existed the diverse variation types of the teaching modalities according to a temporal order. In addition, we found four types of pedagogic subject positioning through the application of TMARC. We also argued that the pedagogic subject positioning of a successful science learner was implemented in the discourse language codes of personal collaborative open discourse, positional collaborated open discourse, and personal collaborative controlled discourse. Each of these related to the science teaching modality in which student centeredness was emphasized. Thus, this study suggests that a science teacher's competency related to managing classroom discourse can control students' pedagogic subject position and, by extension, contribute to students' science learning.
机译:本研究通过科学课堂话语的语言特征和话语互动研究了科学教学实践的模式和学生的教学法学科定位。为此,本研究寻求开发一种课堂话语分析方法,即TMARC(话语登记和语言代码分析三角模型)。应用于中学科学教室的TMARC揭示,尽管教师主要进行教学,但课堂实践中仍存在六种教学模式,并且根据时间顺序,教学模式也存在多种变化类型。此外,通过TMARC的应用,我们发现了四种教学法对象定位。我们还认为,成功的科学学习者的教学法学科定位是通过个人协作开放话语,位置协作开放话语和个人协作受控话语的话语代码实现的。这些都与强调学生中心性的科学教学模式有关。因此,这项研究表明,与管理课堂话语有关的理科老师的能力可以控制学生的教学主题位置,并进而促进学生的科学学习。

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