Mapping the Relationship of Disciplinary and Writing Concepts: Charting a Path to Deeper WAC/WID Integration in STEM

Suzanne Lane, Atissa Banuazizi, M. Effron, Leslie Roldan, Susan Ruff, Jessie Stickgold-Sarah, M. Trice, A. Karatsolis
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Abstract

: Studies have shown that students learning to write in engineering fields struggle to integrate subject matter and communication expertise, and that STEM faculty’s communication knowledge often remains tacit, rather than being explicitly taught to students. Here we show a method for eliciting and revealing tacit communication knowledge using what we call disciplinary reasoning diagrams. We offer diagrams we have developed for Materials Science and Engineering, Brain and Cognitive Science, proof-based Mathematics, and Computer Systems, and explain how they function as instructional tools that can help students integrate knowledge domains from STEM and from writing, and to scaffold their ability to think critically and communicate effectively in their field.
绘制学科和写作概念的关系:绘制STEM中更深层次WAC/WID整合的路径
研究表明,在工程领域学习写作的学生很难将主题和沟通专业知识结合起来,而STEM教师的沟通知识往往是隐性的,而不是明确地教授给学生。在这里,我们展示了一种利用我们所谓的学科推理图来引出和揭示隐性沟通知识的方法。我们提供了我们为材料科学与工程、大脑与认知科学、基于证据的数学和计算机系统开发的图表,并解释了它们如何作为教学工具,帮助学生整合STEM和写作的知识领域,并支撑他们在各自领域进行批判性思考和有效沟通的能力。
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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