[KSCI] Korea Science Citation Index Service

http://dx.doi.org/10.5762/KAIS.2018.19.10.89

Safety Techniques-Based Improvement of Task Execution Process Followed by Execution Maturity-Based Risk Management in Precedent Research Stage of Defense R&D Programs

Choi, Se Keun (Ajou University)
Kim, Young-Min (Ajou University)
Lee, Jae-Chon (Ajou University)

Publication Information

Journal of the Korea Academia-Industrial cooperation Society / v.19, no.10, 2018 , pp. 89-100 More about this Journal

Abstract

The precedent study stage of defense programs is a project stage that is conducted to support the determination of an efficient acquisition method of the weapon system determined by the requirement. In this study, the FTA/FMEA technique was used in the safety analysis process to identify elements to be conducted in the precedent study stage and a methodology for deriving the key review elements through conceptualization and tailoring was suggested. To supplement the key elements derived from the existing research, it is necessary to analyze various events that may arise from key elements. To accomplish this, the HAZOP technique for safety analysis in other industrial fields was used to supplement the results of kdy element derivation. We analyzed and modeled the execution procedure by establishing input/output information and association with the key elements of the precedent study stage derived by linking HAZOP/FTA/FMEA techniques. In addition, performance maturity was evaluated for performance of precedent study, and a risk-based response manual was generated based on inter-working information with key elements with low maturity. Based on the results of this study, it is possible to meet the performance, cost, and schedule of the project implementation through application of the key elements and procedures and the risk management response manual in the precedent study stage of the defense program.

Keywords

Weapon System; Systems Engineering; Precedent study; Defense project; Failure Mode & Effects Analysis; Fault-Tree Analysis; HAZOP; Weapon systems; Project management;

Citations & Related Records

Reference

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