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2013/SOM3/SCSC/WKSP2/013 Session 6
New Children’s Hospital Real World Use of BIM
Submitted by: CSI Global Services
Joint APEC-ASEAN Workshop - How Building Information Modeling Standards
Can Improve Building Performance Medan, Indonesia
24-25 June 2013
7/6/2013
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New Children’s HospitalReal World Use of BIM
New Children’s Hospital - Location
New Children’s Hospital – Location New Children’s Hospital - Partnership
New Children’s Hospital - Project
Vision: To create a centre of excellence that provides child and adolescent-focused and family-centred care for all West Australians.
Goal: State-of-the art hospital to replace Princess Margaret Hospital for Children (PMH) that w as originally constructed more than 100 years ago.
Description: Tertiary level health services including inpatient and outpatient care and ambulatory care services. It w ill have capacity for 274 beds. The hospital w ill provide, house the State’s only paediatric trauma centre and nearly double the number of theatres that presently exist at PMH.
Location: Adjacent QE2 Hospital Campus, Perth, Western Australia
Budget: $1.2 Billion
Delivery Process: Managing Contractor –John Holland Constructions
Programme: Site w orks commenced in 2012 w ith construction completion targeting mid 2015 and operational commencement in early 2016.
CSI Global Services
CSI Global Services brings together technical expertise and worldwide industry experience to assist clients with developing and benefiting from implementing Building Information Modelling (BIM) processes.
CSI Global Services takes a multi-disciplined approach to its process transformation strategies, choosing specialists for their experience and know ledge of the asset management, architectural, engineering and construction industries. Our + Asset Owners+ Construction Companies+ Architectural and Engineering f irms+ Sof tware vendors & Resellers+ Asset managers + Gov ernment
New Children’s Hospital - Project Images
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New Children’s Hospital - Project Images BIM Foundations
• Industry Impediments to BIM– Lack of BIM Champion on the Asset Owner’s side– Lack of Asset Owner’s BIM goals for projects– Lack of a formal BIM set-up process and implementation plan– New workflows required for BIM– Lack of documented BIM deliverables – focus on the “I” in BIM– Initial financial commitment by companies to enable BIM– Lack of contractual understanding for BIM– Little encouragement to innovate or offer innovation at tender if
price is still 70% to 80% of assessment– GENERALLY A LACK OF CLEAR VISION FOR BIM
BIM Foundations
• Early Project Adoption
Design
Construction
Trad
itiona
l Des
ign
Proc
ess
Design
Construction
Early
BIM
Pro
ject
Del
iver
y
Design
Construction
Mat
ure
BIM
Pro
ject
Del
iver
y
BIM Foundations
• Design Phase Programme
SD DD CD
SD DD CD
weeks50 10 15 20 25 30 35 40 45 50 55
Early BIM Project Delivery
Traditional Design Process
SD DD CD
Mature BIM Project Delivery
BIM Foundations BIM Foundations• Corporate BIM policy • Solid BIM development team to manage the
implementation• BIM Execution and Implementation Plans with clear
definitions of expected outcomes• Project start up process• Model and data processes and specifications• Model and data federation process• Documented and detailed list of deliverable data • Data review and validation processes• Process to remove or reduce data duplication• Structured project debriefing process
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BIM Work Flow Overview
• Detail of information requirements structured for delivery
BuildingLayout
FDIT
BAS
CMMS
RFID
Manufacturing data
Commissioning
Technology
LOD 400-500 modelling
Logistic
FF&E
BIM Work Flow Overview
BIM Work Flow Overview BIM Work Flow Overview
• Benefits– Defined structure for deliverables– All information requirements captured early
making green building decisions easier– Systematic approach to the management and
delivery of information
Work Areas Work Areas
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Work Packages Work Areas/Work Packages
• Benefits– Simplified the size and structure of the model– Allowed work areas to be the coordinating
information for other design aspects– Allowed accurate dissemination of information
to consultants
Clash Detection By Construction Elements Clash Detection Meeting
Clash Detection Clash detection
• Benefits– Clashes considered constructability and asset
management in design– Clash meetings allowed for quick resolution of
issues and ownership of rectification– Ensured that the model was clash free to
minimise on site RFI and variations
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Model Integrity Review of Cores QA: Model Integrity Reviews - Elements
QA: Model Integrity Reviews - Systems Model Integrity Reviews
• Benefits– Validated all information was accurate and
design intent was coordinated– Validated system analysis and accuracy of
system models– Assisted in ensuring the model is accurate
prior to site works eliminating waste and construction errors
Model Audits Special Detail Modelling Reports for Tender
• Band Beam vs. Hydraulic Coordination View Report
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Prioritizing Element Co-ordination
• Identifying and Prioritizing Pipes with Falls
Audit and Coordination
• Benefits– Ensure model process is in line with execution
plan to allow future use of information– Coordinate special features for more accurate
tendering process– Allow decisions to be made on coordination
issues based on priority
5D Cost Integration Work Flow Detail Quantity & Cost Investigation
Variance Reports Concrete Volume Reports
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Data/Quantity Output Audits
• For example checking Door Schedules
Cost and Quantity Integration
• Benefits– Accurate cost and procurement process from
model– Quantity validation on all items from model– Weekly variance reporting to ensure there are
no anomalies within the model or design
• By Work Breakdown StructureConstruction Sequencing Trade Installation Sequencing Reviews
Construction Sequencing
• Benefits– Accurate representation of the construction
process including time, cost, contractor, schedule accuracy and percent complete
– Accurate sequencing of installation process to assist trades with time on site and man planning
Logistics Planning
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Crane Swing/Wind Analysis Site Facilities
Maintenance Logistics Equipment Replacement Logistics
Way Finding Logistics Planning
• Benefits– Better site coordination and planning– Ability to ensure all equipment can be
commissioned and decommissioned in the facility
– The facility could be virtually run from the model to ensure all activities could be undertaken
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BIM to Asset Management Approach BIM to Asset Management Approach
• Items to extend the use of the model post construction
• Retain all of the information captured in the model
• Run, manage and maintain from the information captured during design and construction
FM Model Server Overall Facility
Individual Elements Individual Systems
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FF&E (Furniture Fixtures and Equipment)
Assign location(s) to the activity
BIM objects from that location are displayed
When task is completedproducts’ status is “Installed”:It triggers QC on available info and can be colored in 3D model
Schedule is integrated with Primavera/MS Project
• Tracks Commissioned + Installed
Tracking Equipment using COBie
O&M Manuals Emergency Service Request
Energy Systems Analysis Visual Work Orders
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Links 3D objects with database COBie/FM system values: creating BIM (intelligent 3D) out of CAD (3D drawings only)
Visual Inventorying Facility Condition Assessment
Integration w ith BAS/EMS:using OPC, or Cisco Mediator, or INET Supervisor, or Niagara, or Honeyw ellEBI, or Johnson Controls’ Metasys, or any other approach.
Real-Time Operation Performance Review RFID Integration
• Import all RFID information to FDIT
• 3D Modelling with a very high level of information embedded• 4D Sequencing of multiple scenarios• 5D process setup• 6D Coordinating from Schematic Design• Detailed Clash detection process• Site Logistics• Maintenance strategies• Way Finding • Design & Coordination Meetings• QA Model
BIM SUMMARY Andrew HillChief Operating Officer – CSI Global [email protected]