• Title/Summary/Keyword: Department of Aeronautical Science and Flight Operation

Search Result 34, Processing Time 0.021 seconds

Restrictions and Solutions on the Operation of Coast Guard Aircraft in the Provisional Measures Zone between Republic of Korea and China (국제민간항공협약 및 항공안전법 적용 기준 차이에 따른 해양경찰 항공기의 한·중 잠정조치수역 비행시 제한사항 및 해결방안)

  • Ki Yeon Kim;Jang Ryong Lee
    • Journal of Advanced Navigation Technology
    • /
    • v.28 no.1
    • /
    • pp.37-43
    • /
    • 2024
  • National aircraft are subject to exceptions under the International Civil Aviation Convention. Each country must ensure the safety of civil aircraft through reasonable consideration (due regard). Accordingly, the Aviation Safety Act of Korea also includes an exception for national aircraft. However, Korea Coast Guard aircraft are legislated to be subject to the law on five provisions. As Korea Coast Guard aircraft operate under the application of these provisions of international and domestic laws, they will be required to control flight procedures from China's civil air traffic control when flying over provisional action zone, which is international waters in the West Sea. China's demand is a major limiting factor in protecting the safety of the people of Korea, which is the original mission of Korea Coast Guard aircraft, and through this study, countermeasures to solving these problems at the national level were suggested.

Validation on Usability of Time Domain Reflectometer for Identifying Defected Aircraft Wiring (항공기 배선 결함 식별을 위한 TDR(시간영역 반사계) 활용 적합성)

  • Kim, Su-Woong;Lee, Jang-Ryong
    • Journal of Advanced Navigation Technology
    • /
    • v.24 no.3
    • /
    • pp.205-211
    • /
    • 2020
  • Wiring defect is a major concern for safe aircraft operations. However, troubleshooting process of a wiring defect is very difficult due to extensive and complex wiring system and installed location. Recently, time domain reflectometer (TDR) equipment that enables effective defected wiring troubleshooting has been introduced. Unfortunately, TDRs have not practically adopted by most of airlines' maintenance departments because the effectiveness and usefulness of TDRs have not been verified. This study was conducted to verify if TDRs can identify the location and type of defected aircraft wiring, and whether they can be applied for troubleshooting purposes. Experimental plan was established by using various wires and connections applied to actual aircraft and the observed results were compared with the TDR operation guide. The usability of the TDR in actual aircraft wiring defect detection may be acceptable as the experimental results showed similar results to the TDR operation guide.

Correlation between CRM Competency and Safety Behavior According to Pilot Position (조종사 직급에 따른 CRM 역량과 안전행동의 상관관계)

  • Kangmin Ko;Ji ouk Yoon;Jang Ryong Lee
    • Journal of Advanced Navigation Technology
    • /
    • v.27 no.6
    • /
    • pp.724-732
    • /
    • 2023
  • Civil aircraft must have captain and first officer. In general, the captain fulfills his role and responsibility for preventing danger during aircraft operation, and the first officer is in charge of assisting the captain. Historicclay, as 70% to 80% of aircraft accidents have been caused by pilot human factors, crew resource management (CRM)has been introduced and operated worldwide. On the other hand, safety behavior is a human behavior to protect from danger using knowledge and skills, and the captain and the first officer who perform operations in the aircraft's cockpit are expected to have different levels of safety behavior according to differences in competence, responsibility, and experience. Preceding studies have shown that pilots' safety behavior is influenced by non-technical factors such as CRM Skills rather than technical ability, and this study was conducted to identify differences in CRM competencies between captain and first officer and to verify whether the differences are correlated with safety behavior.

Education and Training Measures on Multi-crew Pilot License(MPL) Application in Korea for Improving Air Navigation Safety (항행안전 증진을 위한 국내 부조종사자격증명(Multi-crew Pilot License; MPL)제도 도입 관련 교육·훈련방안)

  • Shin, Heakyung;Lee, Jang Ryong
    • Journal of Advanced Navigation Technology
    • /
    • v.24 no.1
    • /
    • pp.37-46
    • /
    • 2020
  • Multi-crew pilot license (MPL) is a new pilot licensing concept introduced and operated by ICAO. Mostly, candidates for MPL are educated and drilled with competency-based trainings (CBTs). In this paper, to present education and training measures for the domestic MPL application, ICAO documents and Korea aviation laws for pilot licensing, domestic and foreign airlines' employee requirements, and status of operations related to MPL system are identified. Also feasibility of MPL application in Korea is reviewed by checking approved domestic aviation training institutions' capabilities, airlines' pilot demands, and concerns of airlines and trainees with MPL system. Finally, three education and training measures on MPL application in Korea for the air navigation safety are suggested.