Procurement Decision Model of Energy - Saving Lighting Project in Public Space of Collective

• Main Authors: TSAI, CHANG-TING, 蔡長廷
• Other Authors: LIU, HSING-HAN
• Format: Others
• Language: zh-TW
• Published: 2018
• Online Access: http://ndltd.ncl.edu.tw/handle/669cn7

碩士 === 國防大學 === 資訊管理學系 === 106 === This thesis research energy-saving lighting project procurement decision-making model, by visiting experts, face to face implementation of the questionnaire to answer the way to provide the most direct and effective information as a reference for the future procurement unit, to more quickly understand the actual needs of the content, grasp the purchase decision-making Key factors, and the relationship between the various factors, and then make more rapid decision-making to speed up the promotion of energy-saving lighting project speed. The research process can be roughly divided into two stages. In the first stage, the relevant criteria or factors are collected, integrated and established. The guidelines and factors are all discussed through the adjustment of the Delphi method, verifying convergence with the first-stage questionnaire eventually became one of the factors in the research framework. The second phase will be related to join the research framework, the use of ANP network analysis method, through the ANP expert questionnaire to find out the importance of the ranking of various factors as a procurement decision model, the model from the three solutions Find the best solution. According to the results of the two-phase questionnaire in this study, experts believe that quality face is the most important key level among the three levels, while safety certification, visibility and project cost are the most important key factors in each group. Finally, this study ends with the management and academic viewpoints. It is believed that through the examination of industry and official experts, it is of considerable reference value for the future development and evolution of LED lighting project procurement decision-making.