| Summary: | 碩士 === 淡江大學 === 管理科學學系企業經營碩士在職專班 === 100 === Environmental protection and green earth have been emphasized along with the over exploitation of resources and pollution during the past decade, and eco-friendly products have turned into one of the top demand priorities in the market. In Taiwan green compliance has become a must for most of the products in their life spans starting not only from the initial design, material selection and procurement, manufacturing and after-use recycling for physical products, but also marketing, product positioning and promotion. Everything has to be done based on the consideration of "Green".
All kinds of products ranging from the family appliances to industrial equipments featuring environmental protection and energy saving can be found in the market for instance. Most of the Taiwan enterprises are dedicating with firm commitments to build their own green systems, GSCM - Green Supply Chain Management, covering end to end from the raw material to the after-use recycling. With such a positive practice in favor of the environment, enterprises can secure their competitiveness and win customer''s satisfaction.
This study is about building an evaluation and selection system for CM (Contracted Manufacturers) in terms of green compliance with reference to major IPC (Industrial PC) companies. IPC companies in Taiwan include Advantech, Advansus, IEI, ADLINK, NEXCOM, Avalue, POSIFLEX, iBASE and AXIOMTEK who respectively have their own product territories such as panel PC, POS, gaming machine, vehicle and ship electronic devices.
Based on the standards and actual practices sorted from the related literatures about the CM evaluation and selection in IPC industry, green concepts and requirements, and the information collected from the interviews with the industry professionals, the evaluation and selection system for CM in this study will come up with a result and relative weights after the analysis and calculation by using AHP - Analytic Hierarchy Process. Furthermore, the evaluation and selection system would be introduced to other IPC manufacturers as a method to enhance the quality of decisions. Finally, a comparison between the system in this study and actual case from a company will be specified to further confirm this evaluation and selection system would meet the general needs in the IPC industry.
|
|---|
