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Teaching reliability engineering to working engineers

机译:教学可靠性工程工程师

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The paper presents the components and design philosophy used to develop a graduate-level reliability engineering course, EE 497, that is currently being delivered to students at a distance. CD based lectures with Mathematica(R) interactive tutorials and online discussions are interwoven to provide students with a rich environment for learning the complex concepts and procedures common to reliability engineering. Material relevance is reinforced with Web links and Internet search activities. Statistical properties and distributions are demonstrated and made tractable through a set of Mathematica(R) tutorials. In these activities, students interactively vary statistical parameters to see their effect, thus developing a thorough understanding of the concepts. Finally, a FirstClass(R) environment is used as an asynchronous classroom and information exchange center where students may interact with their professor and peers.
机译:本文介绍了用于开发研究生级可靠性工程课程,EE 497的组件和设计理念,目前正在向学生交付到一段距离。与Mathematica(R)互动教程和在线讨论的CD基于讲话是交织在一起,为学生提供丰富的环境,以了解可靠性工程共同的复杂概念和程序。使用Web链接和互联网搜索活动加强了材料相关性。通过一组Mathematica(R)教程来证明和制造统计性质和分布。在这些活动中,学生互动地改变统计参数来看待其效果,从而彻底了解概念。最后,将FirstClass(R)环境用作异步课堂和信息交换中心,学生可以与其教授和同行互动。

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