This study proposes a construction plan for the Korea Navy's next-generation TSCE(Total Ship Computing Environment) based destroyers to address rapidly evolving maritime threats and decreasing military manpower. It focuses on system integrated ship construction based on TSCE for quick response time with fewer operators, improving the efficiency of systems and Equipments installed in the ship. The methodology includes analyzing TSCE-based system integration theories and levels. also analyze system integration in U.S. Navy’s Zumwalt destroyers and Littoral Combat Ships, conducting expert surveys to build consensus on system integration methods, proposing operational efficiency improvements through TSCE-based system integration. Additionally, we propose an architecture of TSCE with real time OA(Open Architecture) from both functional and physical perspectives, verified through Python simulations. The study suggests optimal crew sizes for next-generation destroyers through comparative analysis of TSCE based integration types. It emphasizes the importance of system integration in naval ship construction, presenting specific measures to enhance operational efficiency and optimize crew operations. The findings are expected to contribute significantly to enhance the future naval capabilities of the Korea Navy.

1. 서 론
2. TSCE 기반 체계통합(SSI) 및 수준분석
    2.1 함정체계통합
    2.2 체계통합 수준 분석
3. 차세대 함정을 위한 체계통합구축 방법
    3.1 체계통합 방안 및 요구성능분석
    3.2 차세대 구축함 체계통합 방안
    3.3 기능아키텍처 설계
    3.4 물리아키텍처 설계
4. TSCE기반 차세대 구축함 체계통합 방법검증
    4.1 작전 효율성
    4.2 승조원 최적화
5. 결론 및 향후 연구 방향
Acknowledgement
References

• Heung-Ryong Lee(Department of Industrial Engineering, Hannam University) | 이흥룡 (한남대학교 산업공학과)
• Yong-Jae Kim(Hanhwa Ocean) | 김용재 (한화오션)
• Bong-Wan Choi(Department of Industrial Engineering, Hannam University) | 최봉완 (한남대학교 산업공학과)
• Ji-Hoon Kyung(Department of Industrial Engineering, Hannam University) | 경지훈 (한남대학교 산업공학과) Corresponding author