| dc.description.abstract | In a new product development, from initial concept, product design, manufacturing, and the end of sales and services, the entire product life cycle can be fraught with unknown risks. For instance, improper design, lack of resources, plans to delay or product defects. If it cannot be dealt with and resolved immediately, these problems will cause a loss of the entire development process and even lead to failure to waste. Hence, it is crucial to construct of a steady risk control framework to prevent problems as well as to enable the product development process. Therefore, the product is able to come to the fore in this highly competitive market.
As the risk management is a systematic way to identify potential risks, so that we can pre-empt and to avoid in order reducing the effect of risks. This study is to develop a framework for the purpose of controlling risks associated with product’s life cycle. First of all, we collect and classify the events in product life cycle. Then IDEF3 is used to describe the events which need to be explored, as well as monitoring and evaluating the processes and, then, these process illustrations are stored in a database. Then PFMEA is applied to indicate the potential risks of events and their impact, and to offer timely feedback to avoid high-impact risks. Therefore, this risk control framework is able to enhance the robustness of the product development process. This study use TFT-LCD Panel industry to make an illustration.
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