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New paradigm in engineering changes higher education courses

机译:工程学的新范式改变了高等教育课程

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Implementation of the new paradigm product lifecycle management (PLM) essentially changed work of engineers. At the same time, engineering with multidisciplinary products demanded PLM. PLM brought experience and expertise based knowledge driven product representation. It integrated huge amount information about product objects, processes, activities, analyses, methodologies, equipment, devices, and communications in active knowledge driven complex model. This model supposed advanced computer system. Currently, inherent characteristics of PLM modeling give new chance for higher education to turn towards case study and project based course programs while save theoretical content. In this paper, analysis and explanation of the new world of virtual engineering is introduced and discussed in order to conceptualize a future vision of higher education in engineering. Main contribution of this paper is practice oriented concept and model of course where theory and practice is harmonized in integrated teaching content using advanced PLM environment. Affect of PLM on curriculum is other main issue in this contribution.
机译:新范式产品生命周期管理(PLM)的实施实质上改变了工程师的工作。同时,采用多学科产品进行工程设计需要PLM。 PLM带来了基于经验和专业知识的知识驱动型产品表示。它在主动知识驱动的复杂模型中集成了有关产品对象,过程,活动,分析,方法论,设备,设备和通信的大量信息。该模型假定为高级计算机系统。当前,PLM建模的固有特性为高等教育提供了新的机会,使其可以转向案例研究和基于项目的课程计划,同时又可以节省理论内容。在本文中,将对虚拟工程的新世界进行分析和解释,以期对工程学高等教育的未来构想进行概念化。本文的主要贡献是面向实践的概念和课程模型,其中使用先进的PLM环境在集成的教学内容中协调理论和实践。 PLM对课程的影响是此贡献中的另一个主要问题。

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