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Optus StadiumAIRAH
19 February 2019
▪ Australian Construction Achievement Award – June 2018
▪ AIB WA Professional Excellence Award – BPOTY – Commercial Construction $100m Plus
▪ Master Builders Association-Bankwest Excellence in Construction Awards-July 2018
▪ Best Public Use Building over $100m
▪ Best Government Building over $100m
▪ Construction on a Challenging Site
▪ Design firms Hassell, Cox Architecture and HKS design consortium also recently received the 2018 WA Architecture Awards for their work on the stadium.
AWARDS
Optus Stadium – Engineers Australia 2
AG
EN
DA
3
1. PROJECT OVERVIEW
2. DESIGN
3. WORKING ON THE BURSWOOD PENINSULA
4. HEALTH AND SAFETY
5. STADIUM STRUCTURE
6. SERVICES
8. BUILDING INFORMATION MANAGEMENT
Optus Stadium – Engineers Australia
Agenda
Project overview
01
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• Multi-purpose, world-class 60,000 seat Stadium
• Can host variety of sports and entertainment events
• Surrounding Stadium Park provides year-round community facilities
• Delivered three weeks ahead of schedule
Optus Stadium and Stadium Park
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Optus Stadium – Engineers Australia 6
Key ConsultantsDiscipline Consultant
Architectural Hassell + Cox
Structural Arup
Services Wood & Grieve
Acoustic Marshall Day
Safety Advisory ISGSA
Green Star GBCA
Environmental Aurora
Kitchen MDA
Hydraulics and Fire SPP
Presentation Title 7
• ‘One team’ approach critical to project delivery
• “Overall, the Special Inquirer considers that given the scale and complexity of the project, the State and Westadium project teams are to be commended on their delivery of the Stadium and precinct.”
• “One of the valuable learnings the State can take away from this project is the impact that a “one team” approach can make on the project delivering success.”
Leadership and collaboration
Design
02
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Optus Stadium - ACAA Site Tour 9
AFL format
PERTH STADIUM
165m x 130m
Optus Stadium – Engineers Australia 11
An architecture ‘of this place’
‘HALO’ ROOF
ROOF STRUCTURE
GLAZED GALLERY
FAÇADE WRAP
STADIUM PLAZA
LANDSCAPED PLINTH
FAN FIRST SEATING BOWL
Optus Stadium – Engineers Australia 13
A unique identity
Optus Stadium – Engineers Australia 14
• Overall Project Design Management• Client Team
• Client Stakeholders• Sports Teams
• Sports Fans
• Access and Inclusion
• Broadcasters
• Precinct Contractors
• Local legislative authorities
• Adoption of International Standards• Guide to Safety in Sports Grounds (Green Guide)
• Delayed Design and Procurement• ICT and Audio Visual Design and Installation
• Catering and Waste Management Facilities
• Team Facilities and Retail Fit out
• Stadium Operator Facilities
• Design Team Co-ordination
Challenges in the Design process
Optus Stadium – Engineers Australia 15
Working on the Burswood Peninsula
03
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Grading Check for Disability Compliance
Optus Stadium – Engineers Australia 18
Drainage Sub-Catchments and Bio-infiltration Garden Beds & Swales
• Dedicated logistics team to coordinate works
• Careful management of civil works
• Large volume of traffic movement –18 cranes operating at peak
• External interfaces - Operator, Swan River Pedestrian Bridge, PTA train station development and Victoria Park Drive road realignment
• Accommodating 1,350 peak workforce
Managing the site –logistics
Optus Stadium – Engineers Australia 19
• Challenges - potential impacts to ground and surface water, contaminated soils, ground gases
• Site management plans and procedures included:
• Soil capping strategy involving warning layers and importing over 40,000 cubic metres of high quality top soil
• Comprehensive ground and surface water monitoring system
• Innovative ground gas mitigation solution
• Reclassification of the site successfully achieved ahead of the first public event
Managing the site –environment
Presentation Title 20
Health and Safety
04
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• Approach underpinned by our ‘Safety by Design’ strategy:
• Growing a mature culture, driven by senior management actions and embedding safety in the business process and decision making.
• 35 whole-of project risk workshops held over the life of the project
• Critical risks engineered out wherever possible – e.g. roof truss
• Over 8,000 people inducted over the life of the project and 4.2 million man hours achieved with no significant injuries
Health and Safety
Optus Stadium – Engineers Australia 22
Structure
05
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StructureTrussed Cantilever Roof
Composite steel and
concrete floor
Lateral Stability of Building:
• Reinforced concrete cores provided around the bowl
• Reinforced concrete slabs providing diaphragm action
• Roof loads braced back to cores
Movement Joints:
• Limited to four movement joints in the bowl
• No movement joints in the roof
Piled
FoundationSteel Columns
Steel raker supporting precast plats
Primary and secondary
steel beams
Innovative roof truss design
Presentation Title 25
• Innovative roof truss developed using a high load pin connection to support the structure
• Design inspired by swing arm of Marc Marquez’s 2012 Moto World Championship-winning motorcycle
• Efficient use of steel provided an opportunity to remove much of the material mass from the roof structure
Optus Stadium – Engineers Australia 26
Innovative roof truss design
Services
06
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30
A connected Stadium
▪ Two giant LED video scoreboards – 340 m2▪ 1000 TV screens in stadium▪ Over 800 led oval lights on roof gantry▪ Halo LED lights ▪ Wi-Fi coverage
• Security• High level CCTV security using Siemens’
integrated security management platform - first for an Australian stadium
• Hydraulics • Largest vacuum waste system in Australia
• Food and beverage services for 60,000 people
• Electrical • Internal HV ring including 5 Stadium Substations
• 100% Power Backup via 4 LV Generators
• Web-based SCADA control of the HV network including self healing and auto changeover ring and auxiliary power
• Extensive EMS installation
Other systems
Optus Stadium – Engineers Australia 32
Building Information Management
07
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• The first major project in Australia to deliver an as-built model (right down to the nuts and bolts) prior to operation, with all FM asset data
• BIM also used extensively throughout design and construction:• Design model evolved weekly and reviewed by client & user groups
• BIM best practice with staged clash detection and 3D model shop drawing reviews
• Consultant model information transferred and developed further by subcontractors
• Utilisation of laser scanning and 3D photography for as-built verification
• Other information technologies implemented to compliment BIM
• JIRA used to track Client comments and sign-off brief compliance
• Site based QR Code scanning technology linked to the model for tracking primary steel and all equipment & furniture, enabling 3D statusing images to be produced from BIM for progress reporting
Building Information Management (BIM)
Main contractor must provide strong and
experienced BIM leadership:
• Top down BIM implementation
approach
• Brookfield Multiplex BIM team
creation
• Training for all staff, state government
and subcontractors
• Opportunity to up skill wider team with
graduate rotations
PROCESS
The Model
ManagementWorkflows
BIM is a process not just a 3D model
• We “build it twice” will help to reduce on site
errors and rework
• BMX makes design information accessible
to the entire team
• Use of BIM assists with value engineering
and brief compliance
• 4D use provides visual assessment of
construction at any point in time
Player fan
interaction
View from the Coaches Club
Visualisation & transparency
• Communication of the design to the State and
their stakeholders
• Animation model fly through
• Visualisation’s – State requested views
• Stakeholder engagement – User groups
• “In model” review of the LATEST design and
project information
• Client training
• dRofus
• Navisworks
• JIRA
• BIM 360
Coordination using BIM in weekly meetings
Weekly Design Coordination meetings
• Meeting Actions minuted in the model
• Over 80 different clash tests reviewed
• In total 72 sectors reviewed &
coordinated
Clash Detection
• Hard & clearance clashes
• Access & clearance zones
• PDF Action reports
• Adapt existing industry systems
into BIM
• Construction Status tracking
available in the model
• Effective reporting of weekly
current status
Link data
• Status information in wekkly
model used to produce
dashboards to visually represent
site progress
• Status model could be used to
track contractor claims, if its not
done in the model its not
complete
• Quick and easy to understand reporting
of weekly current status
• Model can be linked with program with
for real time assessment of program
status
• Model can be used for daily
logistics planning, or milestone
construction activities
• Access to BIM on iPads and PCs
• Linking field data to the Model
• Manage Quality, Safety, Documents,
Commissioning & Handover
• Real-time project insight through
reporting and dashboards
• Increased use of BIM on site “closing the gap” • Currently BIM use focused in design only
• BIM360 implementation issues
• Benefit of as-built verification by site team
• Use of BIM for site set out• Contractor up-skilling required to gain benefits of 3D set-out
• Increased use of BIM for quantities and costing
• Program related issues surrounding LOD’s
• Increased use of BIM for quantities and costing
• Improved FM input for BIM deliverable• The earlier the variables are agreed the easier it is to implement in the
model during D+C phase
• Perceived clear cut division between design and construction
• Clear stages divided by design and construction stages
• Expectation that the model will be at a certain level for each stage – not always
• Clear alignment of BIM deliverables to procurement and construction program not design stages
• This will minimise scope gaps and ensure information is available when required by BM
CONSULTANT
SUBCONTRACTOR
STRUCTURE
SERVICES
LOD200 LOD300
SD DD
SD DD CD
CONSTRUCTION
LOD100 LOD200 LOD300
TENDER
INFO
CONTRAC
T DOCS
LOD500CONSULTANT
SUBCONTRACTOR
LOD400
TENDER
LOD500
TENDER
FABRICATION
CONSTRUCTION
AS-BUILTS
THANK YOU
Thank you
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