| Summary: | 碩士 === 國立中央大學 === 工業管理研究所碩士在職專班 === 94 === There is no doubt that new product development is important. To every manufacturing company, the tasks and activities of new product development is complex and huge. How to reduce the time to market with lowest cost is focused for all manufacturing organizations. Go along with the quickly progress of technology, the fickle changes of customer preference and the exploit of new niche market, if the companies can pay attention to the issues about the evolution of products before doing new product development, and do the product and process design, also in the stages of product and process design do the best to tolerance determinate, giving the maximum freedom of adjustment space for next generation product in the beginnings will help every organizations greatly.
In this thesis offer an integrated framework for evolutionary product development, we use the System Operator in TRIZ to predict the evolution of technologies, Kansei engineering to predict the preferences of customer’s satisfactions, Team-based DSM to rearrange the tasks and act ivies systematical, DFV to plan the varieties of products, Product Families to segment the product’s catalogues. Finally we use cell phone to be the case study for this Integrated Framework of Evolutionary Product Development. The case study will focus on the camera module’s specifications and tolerances in cell phone by Taguchi’s Tolerance Setting to tolerance determination, also on the plastic injection molding by Taguchi’s Dynamic Characteristic to solve the Product Family’s problems.
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