Korea infra Co., Ltd.

토목 및 인프라 시설의 통합 관리 프로세스 구축

토목 및 인프라 시설의 통합 관리 프로세스 구축

  1. Civil engineering & Infrastructure Integrated Management Process build by BIM technique
  2. overview
  3. IIT, with construction project’s most advanced BIM technique, integrates infrastructure information including 3D(modeling)/4D(Plant)/5D(Expenses)/FM5 for consulting to support to perform construction businesses efficiently.
  4. BIM expecting effects
  5. 1. Quick determination & diverse design alternatives suggestion • Visual design examining communication improvement
    • Requirements & cost analysis for many designs suggestions are precisely examined
    • Quick action towards design changes
  6. 2. Design error minimization • Identify errors in drawings and take appropriate actions for design changes
    • Active & Efficient actions taken for often-changing drawings.
  7. 3. Execution/Management efficiency & cost saving • Design business management efficiency improved by 3D drawing information utilization
    • Advanced design, nature-friendly energy…etc. integrated design techniques applied from designing to constructing.
    • Precise material calculation linked to drawings
    • Reduction of construction time by building accuracy improvement
  8. 4. Effective maintenance • Effective building asset management
    • Convenient check history management
  9. 5. Contract expansion • Design quality construction project contract expansion with the best technical skills
  10. BIM design & production
  11. Civil engineering BIM quickly draws the best design with 3D model’s simulation & visualization before the construction engineers start constructions so the data can be extracted from models of all project levels by utilizing smart information models of the finalized productions in construction documents.
  12. • Drawing & Quantity calculation by using BIM
    • Plan review by using surrounding topography status & main construction model
    • Route comparison review, drive simulation
    • Achieved result’s appropriateness review by design output
    • Preliminary examination for construction, maintenance facility reduction method review
    • Combined process optimization review by plant’s expected construction models
    • Construction & maintenance usability examination data, process link review
    • Realistic visualization & simulation
    • 3D planning used as consultation tools for ordering groups & government offices
  1. Infra & Staffing
  2. Title Task Task details
    Project Manager Project in-charge • Incharge of civil engineering BIM part for design BIM application
    • Overall BIM operation & schedule management
    • Problem discussion & solution making
    BIM Manager BIM Technical support • Solving technical problems of BIM utilization
    • BIM utilization plan(report) plan & documentation
    • Model data for each type of BIM management
    BIM User BIM model
    BIM family creation
    • Modelling for each type (separated work & group work HR)
    • Family, design level information needed for BIM tasks
    BIM Data Maintenance & Analysis Apply changes made • Accuracy improvement & data analysis for BIM models made
    • Problem discussion & organization
    • Changes and fixes application
  1. 1. 계획단계
  2. • 프로젝트를 시각적으로 풍부하게 여러가지 설계 대안을 3D로 제시
    • 여러 설계안 비교 검토하여 보다 정확한 설계 및 보고서 작성
    • 이해 당사자들에게 설계 의도를 명확히 전달
    • 기본데이터 작성 : 수치 지형도를 이용한 지형 작성 레이어 추출
    • 계획 모델 구축 : 설계 지역 현황 구축, 계획 설계
  3. 2. 설계단계
  4. • 3D 모델 기반의 파라메트릭 모델링
    • 모든 설계 문서에 일관성 확보
  5. 3. 시공단계
  6. • 시공 중 일어날수 있는 오류 가능성을 디지털 환경에서 검토
    • 설계 모델 데이터 통합하여 시뮬레이션
    • 주요 공정 관리를 통한 효율적인 시공관리
    • 공정 시뮬레이션으로 복잡한 공정관리 체계화
  7. 4. 유지관리단계
  8. • 포인트 클라우드를 활용한 구조물 유지관리
    • GIS 기반의 시설물 관리