17 December 2019
Mr. Ben CHAN Siu-bun
Assistant Director / Survey and Mapping
Survey and Mapping Office
Lands Department
Construction Innovation Expo 2019
BIM and GIS for Digital Hong Kong
Survey and Mapping Office
Lands Department
2
Our City
Needs
Digital Twin
3
Data Access
Maturity Spectrum
Digital Twin for A Smart City
Source: ATKINS (2019). “Digital Twin for the Built Environment”
Physical Asset Digital Twin
Element 0
Reality Capture
Element 1
3D Model (Visualization Map)
Element 2
Connect to Persistent Data and
BIM (Data Standardization)
Element 3
Enrich with Real-time Data
Element 4
Two-way Integration and
Interaction
Element 5
Autonomous Operations and
Maintenance
Data Sources
Consumers and Stakeholders
Survey and Mapping Office
Lands Department
5
Data & Positioning
Infrastructure
The Geospatial Contribution
to Digital Twin
Connect to BIM
Reality Capture
& 3D Modelling
Survey and Mapping Office
Lands Department
6
The Geospatial Contribution
to Digital Twin
Reality Capture
& 3D Modelling
Survey and Mapping Office
Lands Department
7
3 Stages of 3D Digital Map Development
3D Maps
for Visualization
3D Maps for Unit-based
Indoor Applications
Stage 2
Stage 1 Stage 3
3D Maps for
City Modelling
3D Digital Map
Survey and Mapping Office
Lands Department
8
Evolution of Digital Map
From 2D to 3D
Survey and Mapping Office
Lands Department
9
Stage 1 – 3D Maps for Visualization
Survey and Mapping Office
Lands Department
10
Stage 2 - 3D Digital Map Development
(3D Indoor Map for unit-based indoor applications)
Survey and Mapping Office
Lands Department
11
2. Digital Building Plans
• In CAD format
3. Building Information Modelling Models
1. Scanned Copies of Building Plans
• Provision of hardcopies
• Scanned to pdf format
• Provision of scanned copies in pdf format
Data Sources of Comprehensive 3D Map Objects
Stage 2 – 3D Digital Map Development
Survey and Mapping Office
Lands Department
12
Top View
Plumbing
Fixtures
Generic
Models
Top View
AC Platform
Window Grill
Enrichment of 3D Digital Map using BIM Models
Source BIM
BIM helps to enrich 3D Digital Maps
Simplified BIM for
indoor mapping purpose
Laundry Rack
Door
Window
Door
Wall
Window
Wall
Stage 2 – 3D Digital Map Development
Survey and Mapping Office
Lands Department
13
3D City Modelling Standards - OGC CityGML & IndoorGML
• Urban Planning / Operations
• Emergency Mgt / Response
• Transportation / Routing / Logistics
• Indoor navigation
• Retail Site analysis
• Sustainable / Green Communities
• City Services Management
• Noise abatement
• Telecommunications placement
• Many other uses…
Source: http://www1.nyc.gov/site/doitt/initiatives/3d-building.page
Stage 3 – 3D Maps for City Modelling (Object-Oriented 3D Model)
Survey and Mapping Office
Lands Department
14
3D Data Sharing Platform
Survey and Mapping Office
Lands Department
15
3D Digital Map Streamlines the Construction Life Cycle
Planning & Design Construction
Operation &
Maintenance
Feasibility Study
Design Options
Visualisation / Simulation
Progress monitoring with IoT and
UAV integration
Optimum route finding in different
development stages with Intelligent
Pedestrian Network
Inspection with
indoor 3D map
Re-development Study
Efficient asset locates for on-going
maintenance
Survey and Mapping Office
Lands Department
16
Connect to BIM
Reality Capture
& 3D Modelling
The Geospatial Contribution
to Digital Twin
Survey and Mapping Office
Lands Department
17
Align the standards
and specifications
Follow the digitized workflow
3D City Model
3D Indoor Model
The Path from BIM to Digital Twin
3D Map
Survey and Mapping Office
Lands Department
18
Geospatial Modelling
Building Information Modelling
Reality Capture
Data Capture
Regional Analysis
Scenario Modelling
Forecasting
Connected to BIM
Design Modelling
Performance Analysis
Simulation
Construction
3D Digital Map and BIM
Connection
Survey and Mapping Office
Lands Department
19
Simplification Results
Simplified BIM Data
Source BIM Data Simplified FBX GIS Platform
BIM Data Simplification
Developing a BIM Data Repository
Integrating BIM to GIS
Survey and Mapping Office
Lands Department
20
Pilot Project – BIM Data Repository
Survey and Mapping Office
Lands Department
21
BIM Repository Prototype – with models from Works Departments
Shek Wu Hui Sewage Treatment Works
Water Supply to Sheung Shui and Fanling
(Zone A, B and C)
Ma On Shan Sewage
Pumping Station
Uprating of Chai Wan Salt
Water Supply System
Telegraph Bay Salt Water
Pumping Station
Uprating of Tung Chung Fresh
Water Supply System
Modelling Bus Terminus
Peng Chau Public
Pier
1. Ching Cheung House
2. King Cheung House
3. Cheung Lung Wai Estate
Ancillary Facilities Block
1. C&ED Inbound Cargo
Examination Building
2. Fire Station Cum
Ambulance Depot
3. Police Main Building
and Incident control
Tower
Lower Ngau Tau Kok Phase 2
Advance Promenade near Wan
Chai Ferry Pier
Survey and Mapping Office
Lands Department
22
Consultancy Study for BIM Standards Alignment
Survey and Mapping Office
Lands Department
22
Selection of Kwu Tung North & Fanling North NDA for the Study
• Availability of About 3,000 Nos. of Design BIM Models (Advance Works and First
Stage)
• Contain Different Types of Infrastructures from 6 Nos. of Works Departments
• ArchSD – Visitor Centre of the Nature Park
• CEDD – Slope
• DSD – Drainage, Sewerage, Sewage Pumping Station
• EMSD - Reprovisioning of Temp Wholesale Market
• HyD – Roadworks
• WSD – Waterworks, Fresh Water Services Reservoir, Flushing Water Services Reservoir
Kwu Tung North Fanling North
Survey and Mapping Office
Lands Department
23
5 Steps for BIM Standard Harmonization
Step 1 - Alignment of BIM Standards across Works Departments
• To align and formulate a common standards and guidelines for BIM adoptions by
reviewing the current BIM standards and guidelines of works departments
Step 2 - Revision/Revamping of Existing Design BIM
Data according to the Aligned BIM Standards
• Convert and revamp some thousands object models to
the new aligned BIM standards
Survey and Mapping Office
Lands Department
24
Step 3 - Simplified/Shareable BIM
• Define common user requirements and
rules for handling on shareable BIM and
data extraction amongst works
departments
Step 4 - Establishment of a BIM Data
Repository for Works Departments
• Develop a common platform for sharing of
BIM data among works departments/works
projects, and supporting BIM/GIS
integration, 3D mapping and CSDI
Step 5 - 3D Map with BIM Use Context to Works Departments
• Design 3D Map with BIM use context to works departments
5 Steps for BIM Standard Harmonization (Con’t)
Survey and Mapping Office
Lands Department
25
Digital Map –
is no longer only a Backdrop in Works Projects
Survey and Mapping Office
Lands Department
26
Data & Positioning
Infrastructure
Connect to BIM
Reality Capture &
3D Modelling
The Geospatial Contribution
to Digital Twin
Survey and Mapping Office
Lands Department
27
What is Infrastructure?
General purpose infrastructure like water pipe, gas pipe, electricity
network and broadband that are fundamental for daily life activities
Water Gas Lighting Network
1010101001001011
101011011100101011011111001010101011011100101011011111001010101011011100101011011111
10100010110101011
Data as Infrastructure
A strong data infrastructure would enhance the efficiency for
data consumption and sharing
Survey and Mapping Office
Lands Department
28
Data as Infrastructure
Data informs how infrastructure is built, managed and
eventually decommissioned, and real-time data can
inform how infrastructure is operated on a second-to-
second basis.
Data is now as much a critical component of
infrastructure as steel, bricks and mortar. Data is part of
infrastructure and needs maintenance in the same way
that physical infrastructure needs maintenance
Source: National Infrastructure Commission, British
Data creates value: leveraging data to get more
out of infrastructure
Survey and Mapping Office
Lands Department
29
A map-based information infrastructure leveraging GIS technology
Need for Common Spatial Data Infrastructure
Public/Developers
Public Sector
Private Sector
Academic/Research
Spatial data based on agreed
standards can be stored,
searched, shared, explored,
assimilated and analyzed
Survey and Mapping Office
Lands Department
30
Maximise innovation, knowledge and value creation for the Government,
business and the community
Mission
Vision
To contribute to a livable, competitive, innovative, sustainable and smart
Hong Kong through the provision of convenient, easily accessible, high
quality and up-to-date spatial information and services
5 Objectives
Increase accessibility and
usability of spatial data
Enhance data
interoperability
Promote the use of
geospatial intelligence
and applications
Improve geospatial
capability and
knowledge
Foster a
collaborative culture
Systems
Users
Clearing
House
Common Spatial Data Infrastructure
Survey and Mapping Office
Lands Department
31
• As at Dec 2019, released 140+ spatial datasets of public facilities and land information
• Committed: 70+ spatial datasets owned by DEVB’s family for Government use by end 2021
• Open to public access by end 2022
CSDI Portal
QR Code
Survey and Mapping Office
Lands Department
32
Hong Kong GeoData Store (https://geodata.gov.hk) was launched on 10 Dec 2018 as the
alpha version of CSDI portal to enhance sharing and accessibility of spatial datasets to facilitate
innovative and value-added reuse by application developers, academia and the public
QR Code
Survey and Mapping Office
Lands Department
33
Hong Kong GeoData Store (https://geodata.gov.hk) was launched on 10 Dec 2018 as the
alpha version of CSDI portal to enhance sharing and accessibility of spatial datasets to facilitate
innovative and value-added reuse by application developers, academia and the public
QR Code
Survey and Mapping Office
Lands Department
34
District-based Spatial Information Dashboard
02
05
01
Support Smart City Initiatives
Provide an Innovative & Interactive
Approach, using Key Performance
Indicators (KPIs), to instantly visualize
and analyse the Common Spatial Data
03 To investigate Trends and discover
Insights from large volumes of data
04
Provide Better Quality Services
Realization of “Data as Infrastructure”
Survey and Mapping Office
Lands Department
35
District-based Spatial Information Dashboard
Survey and Mapping Office
Lands Department
36
Source: https://www.opengeospatial.org/projects/initiatives/3d-iot-platform
3D Internet of Things Smart City Platform
3D Location
Sensor Network &
Data Interoperability
Big Data Analytics
Real-time / Near Real-time Smart Applications
Survey and Mapping Office
Lands Department
37
• Outdoor • Indoor
Ubiquitous Positioning and
Mobile Location-based
Services (Under Study)
LED light
Camera
Sensors
Location Devices
(Geo-marker, RFID,
Bluetooth Beacon,
etc.)
Wi-Fi / 5G
Bluetooth
Detector
Smart Lamp Post
(Trial Run)
Meteorological &
Air Quality Sensors
Positioning Infrastructure for 3D IoT Smart City Platform
Geodetic Network
Over 5500 Control Stations Covering
Territory-wide Hong Kong
Hong Kong
Satellite Positioning
Reference Station Network
(SatRef)
Survey and Mapping Office
Lands Department
38
How Government Takes the Initiatives?
Survey and Mapping Office
Lands Department
39
Policy Address Jan 2017 and Oct
2017, Promote the establishment of
CSDI; Actively seek to require
consultants and contractors to use
BIM technology, Implement Open
Data Policy
Issue of TC 7/2017
Adoption of Building
Information Modelling
for Capital Works
Projects in Hong Kong
ADV034 on BIM
2018
2017
Issue of TC 18/2018
Adoption of Building
Information Modelling for
Capital Works Projects in
Hong Kong
2019 2020
Practice note PNAP ADM-2
Issue of
Construction
2.0
The Innovation and
Technology Bureau published
in Dec 2017 the Smart City
Blueprint for Hong Kong
setting out the overall
framework and strategy for
developing Hong Kong into a
Smart City – including CSDI,
3D Map and BIM.
2019
Budget
Speech
Earmark $300 million to
develop a geospatial
data sharing platform
(CSDI Portal) and 3D
digital maps of the whole
territory
Steering Committee on
Innovation and Technology
endorsed the CSDI Paper on 3
June
BIM
Adoption
@ BD
BIM
Adoption
@ DevB
3D Map
&
CSDI @
DevB
Timeline of CSDI, 3D Map & BIM Adoption
Survey and Mapping Office
Lands Department
40
Our goal is to develop
a Smart Hong Kong with Digital Twin
CSDI
3D Map
BIM
101011011000
001011001010
101011011000
001011001
101011011000
001011001
111011011000
0010
101111101100
000101
111011011000
0010111
111011011000
00
111011011000
0010111
011011000000
111

BIM_GIS_For Digital Data_Repository_1712201.pdf

  • 1.
    17 December 2019 Mr.Ben CHAN Siu-bun Assistant Director / Survey and Mapping Survey and Mapping Office Lands Department Construction Innovation Expo 2019 BIM and GIS for Digital Hong Kong
  • 2.
    Survey and MappingOffice Lands Department 2 Our City Needs Digital Twin
  • 3.
  • 4.
    Data Access Maturity Spectrum DigitalTwin for A Smart City Source: ATKINS (2019). “Digital Twin for the Built Environment” Physical Asset Digital Twin Element 0 Reality Capture Element 1 3D Model (Visualization Map) Element 2 Connect to Persistent Data and BIM (Data Standardization) Element 3 Enrich with Real-time Data Element 4 Two-way Integration and Interaction Element 5 Autonomous Operations and Maintenance Data Sources Consumers and Stakeholders
  • 5.
    Survey and MappingOffice Lands Department 5 Data & Positioning Infrastructure The Geospatial Contribution to Digital Twin Connect to BIM Reality Capture & 3D Modelling
  • 6.
    Survey and MappingOffice Lands Department 6 The Geospatial Contribution to Digital Twin Reality Capture & 3D Modelling
  • 7.
    Survey and MappingOffice Lands Department 7 3 Stages of 3D Digital Map Development 3D Maps for Visualization 3D Maps for Unit-based Indoor Applications Stage 2 Stage 1 Stage 3 3D Maps for City Modelling 3D Digital Map
  • 8.
    Survey and MappingOffice Lands Department 8 Evolution of Digital Map From 2D to 3D
  • 9.
    Survey and MappingOffice Lands Department 9 Stage 1 – 3D Maps for Visualization
  • 10.
    Survey and MappingOffice Lands Department 10 Stage 2 - 3D Digital Map Development (3D Indoor Map for unit-based indoor applications)
  • 11.
    Survey and MappingOffice Lands Department 11 2. Digital Building Plans • In CAD format 3. Building Information Modelling Models 1. Scanned Copies of Building Plans • Provision of hardcopies • Scanned to pdf format • Provision of scanned copies in pdf format Data Sources of Comprehensive 3D Map Objects Stage 2 – 3D Digital Map Development
  • 12.
    Survey and MappingOffice Lands Department 12 Top View Plumbing Fixtures Generic Models Top View AC Platform Window Grill Enrichment of 3D Digital Map using BIM Models Source BIM BIM helps to enrich 3D Digital Maps Simplified BIM for indoor mapping purpose Laundry Rack Door Window Door Wall Window Wall Stage 2 – 3D Digital Map Development
  • 13.
    Survey and MappingOffice Lands Department 13 3D City Modelling Standards - OGC CityGML & IndoorGML • Urban Planning / Operations • Emergency Mgt / Response • Transportation / Routing / Logistics • Indoor navigation • Retail Site analysis • Sustainable / Green Communities • City Services Management • Noise abatement • Telecommunications placement • Many other uses… Source: http://www1.nyc.gov/site/doitt/initiatives/3d-building.page Stage 3 – 3D Maps for City Modelling (Object-Oriented 3D Model)
  • 14.
    Survey and MappingOffice Lands Department 14 3D Data Sharing Platform
  • 15.
    Survey and MappingOffice Lands Department 15 3D Digital Map Streamlines the Construction Life Cycle Planning & Design Construction Operation & Maintenance Feasibility Study Design Options Visualisation / Simulation Progress monitoring with IoT and UAV integration Optimum route finding in different development stages with Intelligent Pedestrian Network Inspection with indoor 3D map Re-development Study Efficient asset locates for on-going maintenance
  • 16.
    Survey and MappingOffice Lands Department 16 Connect to BIM Reality Capture & 3D Modelling The Geospatial Contribution to Digital Twin
  • 17.
    Survey and MappingOffice Lands Department 17 Align the standards and specifications Follow the digitized workflow 3D City Model 3D Indoor Model The Path from BIM to Digital Twin 3D Map
  • 18.
    Survey and MappingOffice Lands Department 18 Geospatial Modelling Building Information Modelling Reality Capture Data Capture Regional Analysis Scenario Modelling Forecasting Connected to BIM Design Modelling Performance Analysis Simulation Construction 3D Digital Map and BIM Connection
  • 19.
    Survey and MappingOffice Lands Department 19 Simplification Results Simplified BIM Data Source BIM Data Simplified FBX GIS Platform BIM Data Simplification Developing a BIM Data Repository Integrating BIM to GIS
  • 20.
    Survey and MappingOffice Lands Department 20 Pilot Project – BIM Data Repository
  • 21.
    Survey and MappingOffice Lands Department 21 BIM Repository Prototype – with models from Works Departments Shek Wu Hui Sewage Treatment Works Water Supply to Sheung Shui and Fanling (Zone A, B and C) Ma On Shan Sewage Pumping Station Uprating of Chai Wan Salt Water Supply System Telegraph Bay Salt Water Pumping Station Uprating of Tung Chung Fresh Water Supply System Modelling Bus Terminus Peng Chau Public Pier 1. Ching Cheung House 2. King Cheung House 3. Cheung Lung Wai Estate Ancillary Facilities Block 1. C&ED Inbound Cargo Examination Building 2. Fire Station Cum Ambulance Depot 3. Police Main Building and Incident control Tower Lower Ngau Tau Kok Phase 2 Advance Promenade near Wan Chai Ferry Pier
  • 22.
    Survey and MappingOffice Lands Department 22 Consultancy Study for BIM Standards Alignment Survey and Mapping Office Lands Department 22 Selection of Kwu Tung North & Fanling North NDA for the Study • Availability of About 3,000 Nos. of Design BIM Models (Advance Works and First Stage) • Contain Different Types of Infrastructures from 6 Nos. of Works Departments • ArchSD – Visitor Centre of the Nature Park • CEDD – Slope • DSD – Drainage, Sewerage, Sewage Pumping Station • EMSD - Reprovisioning of Temp Wholesale Market • HyD – Roadworks • WSD – Waterworks, Fresh Water Services Reservoir, Flushing Water Services Reservoir Kwu Tung North Fanling North
  • 23.
    Survey and MappingOffice Lands Department 23 5 Steps for BIM Standard Harmonization Step 1 - Alignment of BIM Standards across Works Departments • To align and formulate a common standards and guidelines for BIM adoptions by reviewing the current BIM standards and guidelines of works departments Step 2 - Revision/Revamping of Existing Design BIM Data according to the Aligned BIM Standards • Convert and revamp some thousands object models to the new aligned BIM standards
  • 24.
    Survey and MappingOffice Lands Department 24 Step 3 - Simplified/Shareable BIM • Define common user requirements and rules for handling on shareable BIM and data extraction amongst works departments Step 4 - Establishment of a BIM Data Repository for Works Departments • Develop a common platform for sharing of BIM data among works departments/works projects, and supporting BIM/GIS integration, 3D mapping and CSDI Step 5 - 3D Map with BIM Use Context to Works Departments • Design 3D Map with BIM use context to works departments 5 Steps for BIM Standard Harmonization (Con’t)
  • 25.
    Survey and MappingOffice Lands Department 25 Digital Map – is no longer only a Backdrop in Works Projects
  • 26.
    Survey and MappingOffice Lands Department 26 Data & Positioning Infrastructure Connect to BIM Reality Capture & 3D Modelling The Geospatial Contribution to Digital Twin
  • 27.
    Survey and MappingOffice Lands Department 27 What is Infrastructure? General purpose infrastructure like water pipe, gas pipe, electricity network and broadband that are fundamental for daily life activities Water Gas Lighting Network 1010101001001011 101011011100101011011111001010101011011100101011011111001010101011011100101011011111 10100010110101011 Data as Infrastructure A strong data infrastructure would enhance the efficiency for data consumption and sharing
  • 28.
    Survey and MappingOffice Lands Department 28 Data as Infrastructure Data informs how infrastructure is built, managed and eventually decommissioned, and real-time data can inform how infrastructure is operated on a second-to- second basis. Data is now as much a critical component of infrastructure as steel, bricks and mortar. Data is part of infrastructure and needs maintenance in the same way that physical infrastructure needs maintenance Source: National Infrastructure Commission, British Data creates value: leveraging data to get more out of infrastructure
  • 29.
    Survey and MappingOffice Lands Department 29 A map-based information infrastructure leveraging GIS technology Need for Common Spatial Data Infrastructure Public/Developers Public Sector Private Sector Academic/Research Spatial data based on agreed standards can be stored, searched, shared, explored, assimilated and analyzed
  • 30.
    Survey and MappingOffice Lands Department 30 Maximise innovation, knowledge and value creation for the Government, business and the community Mission Vision To contribute to a livable, competitive, innovative, sustainable and smart Hong Kong through the provision of convenient, easily accessible, high quality and up-to-date spatial information and services 5 Objectives Increase accessibility and usability of spatial data Enhance data interoperability Promote the use of geospatial intelligence and applications Improve geospatial capability and knowledge Foster a collaborative culture Systems Users Clearing House Common Spatial Data Infrastructure
  • 31.
    Survey and MappingOffice Lands Department 31 • As at Dec 2019, released 140+ spatial datasets of public facilities and land information • Committed: 70+ spatial datasets owned by DEVB’s family for Government use by end 2021 • Open to public access by end 2022 CSDI Portal QR Code
  • 32.
    Survey and MappingOffice Lands Department 32 Hong Kong GeoData Store (https://geodata.gov.hk) was launched on 10 Dec 2018 as the alpha version of CSDI portal to enhance sharing and accessibility of spatial datasets to facilitate innovative and value-added reuse by application developers, academia and the public QR Code
  • 33.
    Survey and MappingOffice Lands Department 33 Hong Kong GeoData Store (https://geodata.gov.hk) was launched on 10 Dec 2018 as the alpha version of CSDI portal to enhance sharing and accessibility of spatial datasets to facilitate innovative and value-added reuse by application developers, academia and the public QR Code
  • 34.
    Survey and MappingOffice Lands Department 34 District-based Spatial Information Dashboard 02 05 01 Support Smart City Initiatives Provide an Innovative & Interactive Approach, using Key Performance Indicators (KPIs), to instantly visualize and analyse the Common Spatial Data 03 To investigate Trends and discover Insights from large volumes of data 04 Provide Better Quality Services Realization of “Data as Infrastructure”
  • 35.
    Survey and MappingOffice Lands Department 35 District-based Spatial Information Dashboard
  • 36.
    Survey and MappingOffice Lands Department 36 Source: https://www.opengeospatial.org/projects/initiatives/3d-iot-platform 3D Internet of Things Smart City Platform 3D Location Sensor Network & Data Interoperability Big Data Analytics Real-time / Near Real-time Smart Applications
  • 37.
    Survey and MappingOffice Lands Department 37 • Outdoor • Indoor Ubiquitous Positioning and Mobile Location-based Services (Under Study) LED light Camera Sensors Location Devices (Geo-marker, RFID, Bluetooth Beacon, etc.) Wi-Fi / 5G Bluetooth Detector Smart Lamp Post (Trial Run) Meteorological & Air Quality Sensors Positioning Infrastructure for 3D IoT Smart City Platform Geodetic Network Over 5500 Control Stations Covering Territory-wide Hong Kong Hong Kong Satellite Positioning Reference Station Network (SatRef)
  • 38.
    Survey and MappingOffice Lands Department 38 How Government Takes the Initiatives?
  • 39.
    Survey and MappingOffice Lands Department 39 Policy Address Jan 2017 and Oct 2017, Promote the establishment of CSDI; Actively seek to require consultants and contractors to use BIM technology, Implement Open Data Policy Issue of TC 7/2017 Adoption of Building Information Modelling for Capital Works Projects in Hong Kong ADV034 on BIM 2018 2017 Issue of TC 18/2018 Adoption of Building Information Modelling for Capital Works Projects in Hong Kong 2019 2020 Practice note PNAP ADM-2 Issue of Construction 2.0 The Innovation and Technology Bureau published in Dec 2017 the Smart City Blueprint for Hong Kong setting out the overall framework and strategy for developing Hong Kong into a Smart City – including CSDI, 3D Map and BIM. 2019 Budget Speech Earmark $300 million to develop a geospatial data sharing platform (CSDI Portal) and 3D digital maps of the whole territory Steering Committee on Innovation and Technology endorsed the CSDI Paper on 3 June BIM Adoption @ BD BIM Adoption @ DevB 3D Map & CSDI @ DevB Timeline of CSDI, 3D Map & BIM Adoption
  • 40.
    Survey and MappingOffice Lands Department 40 Our goal is to develop a Smart Hong Kong with Digital Twin CSDI 3D Map BIM
  • 41.