한국도로학회논문집 제21권 제6호 (p.23-34)

도로분야의 건설정보모델(BIM) 실무 매뉴얼 개발방안에 관한 연구

Study on the Development Measures for the BIM (Building Information Modeling) Practice Manual in the Road Sector
키워드 :
BIM,Building Information Modeling,BIM Outputs,BEP,BIM Execution Plan,EX-BIM,Guideline,Information Classification System,LOD,Level of Detail,MOLIT,Practice Manual,Road Sector

목차

ABSTRACT
1. 서론
   1.1. 연구배경 및 목적
   1.2. 연구방법 및 범위
2. 국내 BIM 지침 및 가이드 현황 분석
   2.1. 국내 BIM 지침 및 가이드라인 개발 현황 분석
   2.2. BIM 실무를 위한 개선방안 도출
   2.3. BIM 업무프로세스에 따른 가이드라인 분석
3. 도로·하천분야 BIM 실무 매뉴얼 구성방안
   3.1. 도로·하천분야 BIM 실무 매뉴얼 구성방안
   3.2. BIM 실무 매뉴얼의 일반사항 구성 방안
   3.3. BIM 모델 구축 가이드 구성 방안
   3.4. BIM 성과품 작성 방안
4. 향후 발전방안
5. 결론
REFERENCES

초록

PURPOSES : The Ministry of Land, Infrastructure and Transport (MOLIT) and its subordinate agencies have recently established various policies for the application of BIM and are implementing these policies, and are increasing project orders with the application of BIM. Developed countries where they have earlier adopted BIM provide BIM standards and guidelines at the national level to support BIM implementation by private-sector constructors. Domestic BIM standards and guidelines, however, have been lacking details on upper-level standards that have to be presented by ordering agencies, thereby limiting the practical application thereof. This study aims to provide BIM practice manual development measures to ensure the facilitation of the writing of BIM outputs and their delivery in the road sector. METHODS: This study first analyzed domestic BIM standards and guidelines, and examined BIM processes in the existing BIM guidelines to determine the major works required in each stage of the implementation of road construction projects. Further, the study determined those matters that were required in working BIM but were not specified in existing BIM guidelines. Those derived contents have been reflected in the definition of the configuration system in the table of contents of the BIM practice manual, and in the contents on the road sector, and the details of each configuration system have been specified. RESULTS : The proposed BIM practice manual for the road sector is a technical guide on BIM guidelines published by public ordering agencies, and provides the basic requirements and methods required for the writing of BIM models. Further, the manual provides working procedures and detailed methods for writing BIM to enable working-level staffers on BIM projects to construct BIM data. The proposed BIM practice manual was configured with considerations for domestic civil-sector BIM technology levels and will be further developed and improved according to the development of domestic BIM technology. CONCLUSIONS : In an effort to respond to the changing domestic construction technology environment, and to apply and activate BIM, this study analyzed domestic BIM standards and guidelines, and defined a working BIM manual configuration system and its detailed configuration method. The findings and improvements are presented as a BIM practice manual on development measures in the road sector. This manual is expected to minimize the repetitive trials and errors and design errors in the construction of road-sector BIM models, to improve the productivity and efficiency in the creation of BIM outputs and their delivery, and to enhance the quality and utilization of the outputs. Further, the proposed manual is expected to provide and share information on the practical cases for BIM, to bolster the capabilities of design engineering, to ensure the linkage with relevant agencies, and thus to expand the diffusion of BIM in a virtuous cycle.