Utilising data-driven learning in chemistry teaching: A shortcut to improving chemical language comprehension

Simon Rees, Megan Bruce, S. Bradley
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引用次数: 3

Abstract

This article describes the development of the FOCUS project and specific pedagogical strategies to improve understanding of the language of chemistry. The importance of language comprehension skills for success in learning chemistry has recently been highlighted by Pyburn et al. (2013). The FOCUS project has involved the construction of a database of student writings (from foundation to Ph.D. level) to create a corpus that can then be analysed for the occurrence of key words in context. Using the principles of concordance and data-driven learning (where student becomes language researcher) a number of teaching activities have been developed to enhance the understanding of subject-specific language for both home and international students studying on a foundation level Chemistry course.
在化学教学中运用数据驱动学习:提高化学语言理解能力的捷径
这篇文章描述了FOCUS项目的发展和具体的教学策略,以提高对化学语言的理解。Pyburn等人(2013)最近强调了语言理解技能对成功学习化学的重要性。FOCUS项目包括建立一个学生写作数据库(从基础到博士水平),以创建一个语料库,然后可以分析上下文中出现的关键词。使用一致性和数据驱动学习(学生成为语言研究者)的原则,已经开发了许多教学活动,以提高对学习基础化学课程的国内和国际学生对特定学科语言的理解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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