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Interdisciplinary Innovation of EDI Module Case Using 'Design for X' and 'Prediction of X' Knowledge and Methods System Based on TTS

机译:基于TTS的“X”和“X”知识与方法系统的“设计”和“X”和方法系统的跨学科创新

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Practising engineering designers in general 'do not like' systematic approaches to designing, because of their 'rigidity', which they find to be incompatible with their own experience and creativity. On the other hand they need more and more specialized advanced knowledge and tools of external researchers who are however usually not familiar with the company specific products, knowledge and experience. We would like to outline how this situation can be enhanced with use of the "system map" of Engineering Design Science (EDS) knowledge and methods based on the Theory of Technical Systems (TTS). This paper is especially focused on use of 'Design for X' (DfX) and 'Prediction of X' (PoX) knowledge and methods where X usually means a TS property class, subclass, sub-subclass or a property respectively.
机译:练习工程设计师一般'不喜欢'系统地设计的方法,因为他们的“刚性”,他们发现与自己的经验和创造力不相容。 另一方面,他们需要越来越多的外部研究人员的专业知识和工具,通常不熟悉公司特定产品,知识和经验。 我们希望通过使用工程设计科学(EDS)知识和方法的“系统地图”来概述这种情况如何通过基于技术系统(TTS)理论的“系统地图”。 本文特别关注使用“X'(DFX)的”设计“和”X'(POX)知识和方法的预测,其中X通常意味着TS属性类,子类,子类别或属性。

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