| Title |
A Study on the Efficient Operation of Railway Operation Safety Manager through Hierarchical Structural Analysis |
| Authors |
고재명(Ko, Jae Myung );김시곤(Kim, Si Gon) |
| DOI |
https://doi.org/10.12652/Ksce.2025.45.1.0113 |
| Keywords |
철도운행선 인접공사; 철도운행안전관리자; 철도 사고통계; AHP |
| Abstract |
Recently, due to the frequent occurrence of fatal or serious accidents at industrial sites, the government has demanded strict management of safety from companies and implemented the Serious Disaster Punishment Act as of January 27, 2022. Nevertheless, railway accidents still occur, and in addition to the major accidents reported in the news, accidents caused by construction work adjacent to railway lines have occurred one after another. The problem is that construction work adjacent to railway lines is gradually increasing due to railway improvement work due to the aging of railway facilities and weakening of the ground, and effective improvement measures are urgently needed. In order to protect the safety of railway operation and prevent risks to railway facilities, the scope of the “Railroad Protection Zone” has been regulated and a “Railroad Operation Safety Manager” has been legally assigned when working within the railway protection zone, but structural problems in utilization and operation continue to occur. In this paper, we study solutions to realistic operational issues (human resource supply issues, management subject issues, laws and systems issues, welfare issues) of “railway operation safety managers” who are essential safety managers for reducing accidents in construction adjacent to railway lines through AHP analysis techniques, and describe efficient improvement measures that can lead to safer on-site management of railway adjacent line construction. |