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GIS (Geographic Information System) & BIM (Building Information Modelling) were designed to support geographical inquiry and, ultimately, spatial decision making.
Present impact of potential disaster
● Present lack of shared GIS data for Risk assessment
● No on-the-ground active response system currently in use
● Council and asset owners will be forced to collaborate after disaster event
- Why not now?
● Precious resources/time lost after first impact due to lack of preparation
● Infrastructure is inaccurate and incomplete, which will lead to confusion
and recovery delay
Present impact of potential disaster● Planned recovery time frame unrealistic
● Silo effect between asset owners and contractors resulting in poor
communication interpersonal and data communication
● Recovery and rebuild won’t be effective and therefore burst budget, overrun
project timeframes leading to economic impact
● Affected region will lose population as a result
GIS Data & BIM
Comprehensive disaster preparedness
On the ground live response system available to all teams
Portable, on-site source of spatial information
Live damage assessment of infrastructure and buildings
How can GIS and BIM data help?
Faster recovery and rebuild process
Effective public education
Long-term mitigation strategies
Faster evacuation response
Increased underground infrastructure accuracy through field updates and GPS based data capture
GIS Data
Gas/Power/Telco Utilities
GIS Data
Council 3 Waters
Facilitation
Emergency Management
Toolsto bring
infrastructure data together
Data Sharing
Collaborative BAU
Dispersed BAU
Silo Effect
Inaccurate Asset Data
ReactiveEmergency
Management
Future Event
Fast Collaborative Response& Recovery
Transition
Manhole dangers You Tube clip
Wright St, Mt Cook, Wellington
Using Augview for Emergency Management
● Easy sharing of asset data across multiple GIS servers
● High data security
● Instant GIS & BIM data update capability with internet connection
● Offline capability with update function once connected to Wifi
● Customized 2D map layers to enhance information flow (i.e. evacuation
routes)
Using Augview for Emergency Management
● 3D Augmented Reality spatial view with option to pair to external high accuracy GPS
● Ability to locate and identify underground or covered assets fast, i.e. storm water drains, manholes, fire hydrants, gas shut-off valves
● Increased H&S through immediate visibility of dangerous assets● Strong team collaboration tool to improve communication between ground
crew and office● Simple and easy to use and fast to learn
What’s required for collaboration?
● Asset data published on a GIS server
● … or Asset data available as shapefile, which gets updated every 1-2
weeks and hosted on a cloud server
● … or paper plans are converted to GIS data by Augview consultation
service (Special offer) plus standing up a GIS server (>NZ$5,000)
● Contractual agreement who is allowed access to the Emergency
Management project
Augview user setup
● Delivery of standard DialB4UDig T&C to be integrated into Augview
● Assignment of Emergency Team using Augview
● Digital Device (External GPS optional) per Emergency Team member
● Register company, users, devices on Augview registration server
● Download Augview license onto device (and connect external GPS)
● Receive confidential credentials
● Emergency Management Team training (2-4 hrs)
● Integration of Augview into standard Civil Defence training projects
Additional benefits for asset owners impacting on the bottom line...
● Collaboration between asset owners can result in reducing DialB4UDig
enquiry fee payout!!!
● Increase in data accuracy and completeness over time
● Reduced cable strikes and project overruns
● Crews will ALWAYS have the correct information at hand
● Ability to plan and quote faster and more accurate
● Safer environment for field crew due to timely, comprehensible and
enhanced information. Less injuries!
● Dangerous asset alert ensures risk awareness in the work area!