构成和影响在职中学化学教师科学语言教学知识的要素

IF 2.6 2区 教育学 Q1 EDUCATION & EDUCATIONAL RESEARCH Chemistry Education Research and Practice Pub Date : 2023-09-07 DOI:10.1039/D3RP00140G
Corinna Mönch and Silvija Markic
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引用次数: 1

摘要

化学科学语言(Chemish)是学习化学的关键。为了帮助学生获得理解和使用化学语言的能力,化学教师需要掌握扎实的化学语言教学知识:科学语言教学知识(PSLK)。然而,尽管这些知识非常重要,但问题仍然是这些知识到底是什么。本研究以通过系统综述建立的科学教师科学语言知识模型为基础,通过对经验丰富的化学教师进行访谈,对该模型进行验证,使其更加详细,并进一步研究和系统化化学教师的科学语言知识。因此,本研究对 19 名德国中学化学教师进行了半结构式访谈。对访谈的分析既有利用系统综述结果的演绎分析,也有采用基础理论方法的归纳分析。最后,从系统综述中得出了 PSLK 的要素,因为它们是以下方面的知识:(i) 科学语言榜样;(ii) 先发展概念,再发展科学语言;(iii) 明确科学术语和语言;(iv) 提供辨证的课堂;(v) 提供多种资源和表征;(vi) 为科学语言的发展提供支架、(vii) 明确表达期望,以及 (viii) 教授和学习科学语言的具体方法和工具,这些都可以通过访谈得到验证和更详细的描述,甚至还可以通过访谈发现和描述新的要素,如 (ix) 学习科学语言的动机知识以及 (x) 备课和后续知识。此外,还介绍了影响科学语言教学法发展的因素。此外,还提出了在教师备课过程中培养教学科学语言知识的建议。
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Elements constituting and influencing in-service secondary chemistry teachers’ pedagogical scientific language knowledge

Chemish – the scientific language of chemistry – is crucial for learning chemistry. To help students acquire the competencies to understand and use Chemish, chemistry teachers need to have a sound knowledge of teaching and learning Chemish: Pedagogical Scientific Language Knowledge (PSLK). But still, despite the importance of this knowledge, the question remains what exactly it is. Based on a model for science teachers’ PSLK developed through a systematic review, this study seeks to validate the developed model by interviewing experienced chemistry teachers, filling the model with more detail, and examining further and systematising chemistry teachers’ PSLK. Therefore, semi-structured interviews with 19 German secondary chemistry teachers are conducted. The interviews are analyzed both deductively using the results of the systematic review and inductively following the approach of Grounded Theory. Finally, the elements of PSLK resulting from the systematic review, as they are knowledge of (i) scientific language role models, (ii) the development of the concept before the development of the scientific language, (iii) making scientific terms and language explicit, (iv) providing a discursive classroom, (v) providing multiple resources and representations, (vi) providing scaffolds for scientific language development, (vii) communicating expectations clearly, and (viii) specific methods and tools for teaching and learning the scientific language, could be validated and described in more detail, and even new elements, as they are the knowledge of (ix) the motivation when learning scientific language as well as (x) the knowledge of lesson preparation and follow-up, could be identified and described through the interviews. Furthermore, elements influencing the development of and PSLK itself are characterized. Implications to foster Pedagogical Scientific Language Knowledge during teacher preparation will be given.

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来源期刊
CiteScore
4.80
自引率
26.70%
发文量
64
审稿时长
6-12 weeks
期刊介绍: The journal for teachers, researchers and other practitioners in chemistry education.
期刊最新文献
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