| Summary: | 碩士 === 國防大學中正理工學院 === 兵器系統工程研究所 === 93 === This research started from the exploration of the military threat from mainland China. To confirm the objectives and the procedures, this research reviewed the acquisition policy and Integrated Logistics Support (ILS) development of R.O.C. in the pass decades. Via the review of literature about the basic concept of ILS elements, we proposed the definition of critical technology of ILS.
The research process is divided into two phases to develop the model of critical technology foresight of ILS. The first phase is primary to explore the current status of ILS development and the field of ILS critical technology. The professional interview and questionnaire survey are applied in the first phase as the research methods. The statistical analysis results are then implemented as the foundation of the second phase questionnaires. In the second phase, Method is applied to derive the group decision from manufacture, government (officer), academia, and research professionals to obtain the ILS critical technologies those essential be considered during the procurement process. The priority of ILS critical technologies can be utilized in strategy planning and the model established in this study can be applied in the foresight and evaluation of national defense critical technology.
There are eight critical technologies identified in this research, such as reliability engineering, maintainability engineering, supportability engineering, logistics support analysis (LSA), supply support management, CALS, Life-cycle cost analysis (LCCA), and technical data management. Grey Relational Analysis (GRA) and TOPSIS are applied to derive the final prioritization by exploring the significance, development, bottleneck, and contribution of the critical technologies. The final prioritization of the first four items are as follows: reliability engineering > maintainability engineering > CALS > supportability engineering. The results can be implemented by the decision maker for development of ILS critical technologies in the future.
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