将创造性思维过程注入本科STEM教育:概述

Raphael Diluzio, C. Congdon
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引用次数: 5

摘要

在这个项目中,我们开发并提供了一个研讨会,教授本科科学、技术、工程和数学(STEM)教师创造性思维的过程,并帮助他们为他们的课程开发模块。根据柏拉图的《泰阿泰德》(Theaetetus),我们将创造过程分为七个独立的阶段,并开发了练习来帮助STEM教师探索和内化这些概念。虽然我们相信许多科学家在他们的工作中经常调用创造性过程,但我们也相信学习创造性过程和练习创造性过程思维可以帮助STEM教师和学生更流畅、更方便、更有效地调用这一过程。讲习班的初步反馈表明,参加讲习班的9名教师报告说,他们对创造性思维过程的理解有所增加,并且在将这些想法融入课堂等方面感到更加舒适。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Infusing the creative-thinking process into undergraduate STEM education: An overview
In this project, we develop and deliver a workshop to teach undergraduate Science, Technology, Engineering and Mathematics (STEM) faculty the creative thinking process and help them to develop modules for their classes. Leaning on ideas back to Plato's Theaetetus, we divide the creative process into seven discrete stages, and have developed exercises to help STEM faculty to explore and internalize these concepts. While we believe that many scientists invoke the creative process in their work regularly, we also believe that learning the creative process and practicing creative-process thinking can help STEM faculty and students to invoke this process more fluidly, expediently, and effectively. Initial feedback from the workshop indicates that the nine faculty who participated in the workshop report an increased understanding of the creative thinking process and increased comfort level with incorporating these ideas into their classes, among other things.
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