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항공우주 방산 임가공 협력업체를 위한 품질 문제 예방 전산 시스템 설계

Computer System Developed to Prevent Quality Problems for Aerospace and Defense Subcontracting Partners

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주제분류산업공학

초록

This study aimed to improve the quality capabilities of the Korean aerospace and defense toll-processing partners. Based on data analyses and in-depth interviews, the researchers sought to identify the causes of quality deterioration in the partner companies. Based on the investigation results, we identified that the primary causes of quality deterioration in aerospace and defense toll-processing partners are insufficient resources and risk factor management. However, given the high proportion of small businesses in this sector, individual investments by each company are challenging. Therefore, researchers have introduced digital quality management systems to support these partners. The system integrates and systematically manages resources (such as human resources and measuring instruments) and quality risk factors (including product changes, personnel, and equipment). Furthermore, it provides concrete implementation methods to assist partner companies in adhering to the quality management system requirements. Thus, we aim to provide small partner companies with opportunities to use digital systems for quality control. Therefore, we sought to enhance the quality capabilities of Korea’s aerospace and defense industries.

Abstract

This study aimed to improve the quality capabilities of the Korean aerospace and defense toll-processing partners. Based on data analyses and in-depth interviews, the researchers sought to identify the causes of quality deterioration in the partner companies. Based on the investigation results, we identified that the primary causes of quality deterioration in aerospace and defense toll-processing partners are insufficient resources and risk factor management. However, given the high proportion of small businesses in this sector, individual investments by each company are challenging. Therefore, researchers have introduced digital quality management systems to support these partners. The system integrates and systematically manages resources (such as human resources and measuring instruments) and quality risk factors (including product changes, personnel, and equipment). Furthermore, it provides concrete implementation methods to assist partner companies in adhering to the quality management system requirements. Thus, we aim to provide small partner companies with opportunities to use digital systems for quality control. Therefore, we sought to enhance the quality capabilities of Korea’s aerospace and defense industries.

참고문헌 (9)

  1. 서호진, "품질 4.0: 개념, 요소, 수준 평가와 전개 방향", 품질경영학회지, 49(4), pp.447~466 (2021), 한국품질경영학회[DOI]
  2. 안성훈, "m−SHEL 모델에 의한 건설 중대 사고재해의 휴먼에러 배후 요인 분석", 한국건축시공학회지, 22(4), pp.415~423 (2022), 한국건축시공학회[DOI]
  3. Komatsubara A, "Human error" (2016), Sejinsa
  4. KOSHA(Korea Occupational Safety and Health Agency), "Causes of human error and preventive measures", KOSHA, E-book(Causes of human error and preventive measures), ~ (2011)
  5. "KS Q 9001, Requirement for Aviation, Space and Defense Organizations", ~ (2018)
  6. "KDS 0050-9000, Defense Quality Management Systems – Requirements", ~ (2020)
  7. "ISO", EIC 17025, Testing and calibration laboratories, 2017
  8. "ISO 10012, Measurement management systems", ~ (2003)
  9. 3rd Basic plan for the development of the aviation industry core technology roadmap, "MOTIE(Ministry of Trade, Industry and Energy)", MOTIE, ~ (2021)

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