Study On Mapping Model For Value Process And Technology Elements Based On QFD

The rapid growth of China economic, especially the development of the manufacturing industry brings an illusion to Chinese that China has become the "factory of the world". However, higher foreign technology dependence shows that the technology innovation ability of China is still weak. It is eager to enhance the capability of China industry independent innovation and to ensure the sustainable development of industries in the future, through ordered industrial technology planning. The framework of Industrial Technology Road-mapping analyses Industrial Value Chain and Value Process systematically, maps the industry technology system, plans the research and development of industry technology reasonably, and finally realizes the enhancement goal of independent innovation ability. However, in the current establishing process of Industrial Technology Road-mapping, there is a lack of a systematic Value Chain analysis method. In addition, the existing hierarchy mapping method of Technology Road-mapping can't satisfy the complex environment of Industrial Technology Road-mapping any more. A systematic internal structure analysis method and a quantitative mapping model between hierarchies need to be established eagerly.In this thesis, the concepts of Industry Value Chain, Value Process, Value Process elements and technological elements concept are defined firstly. Then an Industrial Value Chain modeling method based on IDEFO is proposed. Value Process elements and technology elements in Industrial Value Chain can be identified. Moreover, a mapping model between Value Process elements and technology elements based on QFD is developed. On the basis of the mapping model, a technology elements matrix model is provided. Finally the proposed approach is applied to LED industry in Guangdong province for illustration.