首页> 外文OA文献 >Understanding evidence in scientific disciplines : identifying and mapping ‘the thinking behind the doing’ and its importance in curriculum development.
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Understanding evidence in scientific disciplines : identifying and mapping ‘the thinking behind the doing’ and its importance in curriculum development.

机译:了解科学学科中的证据:识别和绘制“做事背后的思想”及其在课程开发中的重要性。

摘要

Understanding research, the uncertainty of the resultant data and research claims are widely held aims of HE science curricula. Expertise in scientific research involves, inter alia, an understanding of evidence. The underpinning knowledge-base of evidence can be specified – the concepts of evidence – and represented as a conceptual network of ideas an understanding of which underpins decisions made while conducting research and also forms the basis of evaluation of others’ research; the ‘thinking behind the doing’ of research expertise. Students’ responses to an undergraduate module that explicitly teaches the concepts of evidence so that students can conduct open-ended investigations and evaluate others’ research are reported. The implications of this conceptualisation of research expertise for curriculum specification, approaches to teaching and assessment and for Threshold Concept research are discussed.
机译:了解研究,所得数据的不确定性和研究主张是高等教育科学课程的广泛目标。科学研究的专门知识尤其涉及对证据的理解。可以指定证据的基础知识基础-证据的概念-并表示为概念的概念网络,了解这些概念可以支撑进行研究时所做出的决策,并且还可以作为评估他人研究的基础;研究专业知识的“背后思考”。报告了学生对一个本科模块的反应,该模块显式地教授了证据的概念,以便学生可以进行开放式调查并评估他人的研究。讨论了研究专业知识的概念化对课程规范,教学和评估方法以及阈值概念研究的意义。

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    Roberts R.;

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