In this paper, we introduce a pilot's scheduling model which is able to maintain and balance their capabilities for each relevant skill level in military helicopter squadron. Flight scheduler has to consider many factors related pilot's flight information and spends a lot of times and efforts for flight planning without scientific process depending on his/her own capability and experience. This model reflected overall characteristics that include pilot's progression by basis monthly and cumulative flight hours, operational recent flight data and quickly find out a pinpoint areas of concern with respect to their mission subjects etc. There also include essential several constraints, such as personnel qualifications, and Army helicopter training policy’s constraints such as regulations and guidelines. We presented binary Integer Programming (IP) mathematical formulation for optimization and demonstrated its effectiveness by comparisons of real schedule versus model's solution to several cases experimental scenarios and greedy random simulation model. The model made the schedule in less than 30 minutes, including the data preprocessing process, and the results of the allocation were more equal than the actual one. This makes it possible to reduce the workload of the scheduler and effectively manages the pilot's skills. We expect to set up and improve better flight planning and combat readiness in Korea Army aviation.

1. 서 론
2. 문제 정의
    2.1 운영 일반(AS-IS)
    2.2 연구 목표(TO-BE)
    2.3 조종사 데이터 일반
3. 수리모형
    3.1 인덱스 및 집합
    3.2 부분집합 및 쌍집합
    3.3 결정변수
    3.4 매개변수
    3.5 목적함수
    3.6 제약조건
4. 실험계획 및 결과 분석
    4.1 실험계획
    4.2 실험 결과 분석
5. 결 론
References

• Joo An Kim(국방대학교 국방과학학과) | 김주안
• Moon Gul Lee(국방대학교 국방과학학과) | 이문걸 Corresponding Author