工程创新过程的教学方法

G. Anderson
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引用次数: 8

摘要

工程课程通常塞满了技术课程,留给重要的非技术主题的空间很小。许多领域的工程师都能从创新中受益,但大学很少教授创新理论的全部内容。其中一个原因是,创新是一个跨学科的话题,可以从许多不同的领域获得见解。在UALR,我们已经实施了几个课程,从跨学科的角度教授创新。这些班级的学生来自不同的专业,包括工程、商业、心理学和艺术。学生的混合在课堂上创造了一个令人兴奋的动态,但也提出了一些挑战。本文探讨了我国教学创新与设计的途径,并对其成功与失败进行了分析。最后,讨论了如何有效地创建一个包含创新理论的工程项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An approach to teaching innovation processes in engineering
Engineering curricula are typically jam-packed with technical courses, leaving little room for important non-technical topics. One of the subjects many engineers in a wide variety of fields would benefit from is innovation, but the full scope of innovation theory is seldom taught at universities. One reason for this is that innovation is an interdisciplinary topic, with insights available from many different fields. At UALR, we have implemented several classes that teach innovation from an interdisciplinary viewpoint. These classes contain students from a variety of majors, including engineering, business, psychology and art. The mix of students creates an exciting dynamic in the classes, but also raises some challenges. In this paper, our approaches to teaching innovation and design are discussed, with attention paid to successes and failures. Finally, ideas for effectively creating an engineering program that includes innovation theory are discussed.
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