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Integrating problem-solving skills across an engineering curriculum: a web resource

机译:整合跨工程课程的问题解决技巧:一个Web资源

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Many engineering students do not develop the problem-solving skills necessary to function effectively in upper-division design courses and in professional practice. Instead, they demonstrate "dead-end" strategies that work well in solving textbook problems and passing course exams. To address this issue, our cross-disciplinary team at the University of Idaho is developing an across-the-curriculum program that promotes teaching engineering problem solving and content knowledge simultaneously. A component of this project is the Idaho Strategy for Engineering Thinking (Iset), a web-based resource that mirrors effective engineering practice by describing an iterative, non-linear approach to problem solving that can be applied to straightforward textbook problems as well as to open-ended design projects. The Iset resource emphasizes powerful methods and procedures that can help students develop the ability to apply appropriate engineering concepts and principles in a wide range of contexts.
机译:许多工程学生不发展有效地在上部门设计课程和专业实践中有效运作的解决问题。相反,他们展示了在解决教科书问题和课程考试方面工作的“死胡同”策略。为了解决这个问题,我们在爱达荷大学的跨学科团队正在制定跨课程计划,促进同时促进教学工程问题解决和内容知识。该项目的一个组成部分是IDAHO工程思维策略(ISET),通过描述可以应用于简单的教科书问题的迭代,非线性方法来反映有效的工程学实践的基于网络的资源。开放式设计项目。 ISET资源强调强大的方法和程序,可以帮助学生培养在广泛的背景下应用适当的工程概念和原则的能力。

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