Building an evaluation model for the success of projected-Tung Hsin Exercise by fuzzy Delphi method and the knowledge system of project management

• Main Authors: Ting Dah Cherng, 丁大成
• Other Authors: 曹雄源
• Format: Others
• Language: zh-TW
• Published: 2009
• Online Access: http://ndltd.ncl.edu.tw/handle/47806573547412029117

碩士 === 國防大學 === 戰略研究所 === 97 === In our current military organization operation mode, due to the division of labor grows more specialized, more and more tasks become project-oriented. Hence, one purpose of this study is trying to explore certain critical factors affecting our current activities of military exercises by the method of project management. Another purpose is to create a set of practical evaluation criteria. Following these criteria, the activities of projected-Tung Hsin Exercise can be planned and evaluated comprehensively in advance to ensure that the project can be completed efficiently and achieve the goal of optimal performance. In the study, I tried to collect data from interview questions or questionnaires answered by experts, and analyze all data using fuzzy Delphi method. Based on the result of analysis, I created initial evaluation criteria for the success of Tung Hsin Exercise project. Additionally, I selected evaluation items, assigned weights and created a scoring system in a very scientific and objective way in order to provide a reliable method for evaluating the current implementation of Tung Hsin Exercise. In summarizing experts’ opinions and the empirical analysis, I found that the possibilities of success of Tung Hsin Exercise project can be examined by the following: (1) a comprehensive schedule based on the task goal; (2) a valid risk management mechanics and countermeasures; (3) a perfect and available project task planning; (4) a precise calculation of the whole project cost; (5) clear accountability and responsibility of project-related management; and (6) a good control mechanics to ensure overall objective achieved. Keywords: project management, Tung Hsin Exercise, fuzzy Delphi method