Building Resilient Rail Networks with Digital Twin Technology | Presentation
© 2025 Autodesk. All rights reserved.
Add name here, title here Add name here, title here Add name here, title here
Moderated by: Guillaume Joubert, Sr Manager, Transportation Strategy, Autodesk
Building Resilient Rail Networks with Digital Twin Technology
Vijay NC
Deputy General Manager - BIM
Justin Lopez
Deputy Director - AEC TechnologyDigital Lead Transportation
Chennai Metro Rail LimitedSound TransitAECOM
Building Resilient Rail Networks with Digital Twin Technology
Beatriz Crespo
© 2025 Autodesk. All rights reserved.
Building Resilient Rail Networks with Digital Twin Technology
NBK107
AECOM and Trafikverket
TO RELACE IMAGE: 1. Right-click image
2. Select Change Picture
Beatriz Crespo Martín. Digital Lead Transport
in Spain
4
7
offices around Spain: Madrid, Barcelona,
Bilbao, Zaragoza and three
project offices in Bailín (Huesca),
Almaraz (Cáceres) and Burgo de
Ebro (Zaragoza)
900
employees Including architects,
engineers, designers
and scientists +430
projects in the last fiscal year in
more than 20 countries
€86,1
million in revenue in 2024
288
clients from sectors as varied as
railways, data centers,
energy, defense, aviation,
industrial, hospitality,
among many others...
Roads and
highways Aviation
Bridges and
structures
Roads and
highways
Aviation
Bridges and
structures
Hydraulic
infrastructure
Planning and
development
engineering
Rail
Systems Public
transport
Tunnels and
Geotechnical
engineering
SAT
GIS
MET
Digital Twin: Introduce your use case
BIM Model
IoT
SCADA
Construction Cloud
Platform Services
Platform Services
Data Extraction
Data Warehouse
Asset Register App BIM Model <=> AssetID + Inventory
Data Lake
Data Transform
CLOUD SOLUTION
Back-end Storage Storage
SOURCE
Integration
EXTRACT/INGEST TRANSFORM LOAD;CONFIGURATION; VISUALIZATION
OPC-UA
MQTT
API
Sound Transit - Light Rail Expansion Overview (Current and Future)
Seattle Metro & Tri-county
Population – 3.3 Million
$65.8 Billion investment
120.75 mi (194.33 km)
1080 sq miles (1738 km )
69 Stations
Service area covers
70% of state economy
2
ST Digital Twins Creating Project
Requirements
Digital Twin council
Strategic vision
COMPREHENSIVE
5
INFORMATIVE DIGITAL TWINS
3
DESCRIPTIVE DIGITAL TWINS
2
DIGITAL DELIVERY DSTT models
1
PREDICTIVE DIGITAL TWINS
4
Sound Transit Pilots
Chennai Metro Rail Phase 1 & 2 Map
Chennai Metro Rail Phase II - Features
Corridor - 5
Madhavaram to Sholinganallur,
47 kms long with 48 stations
The project will span
118 km
Corridor - 4
Lighthouse to Poonamallee,
26 kms long with 30 stations
Madhavaram to SIPCOT,
45.8 kms long with 50 stations
Corridor - 3
3
5
4
Total Stations: 116 Project Cost : $8B Multi-modal integration : 21 Locations Depots: 3
Asset Management & Digital Twin
CMRL working towards creating precise digital replicas of its infrastructure and assets further extends to reinforces its dedication to sustainable environmental development
CMRL’s main objective of Facility Management is to achieve optimal management of the asset and, its content (equipment, spaces, furnishings, etc.). And mainly for the Predictive maintenance,,
“ Focus towards collect & maintain STRUCTURED DATA”
Adding IOT sensors into Tandem API
Autodesk Software Used:
Vijay NC
Deputy General Manager - BIM
Justin Lopez
Deputy Director - AEC TechnologyDigital Lead Transportation
Chennai Metro Rail LimitedSound TransitAECOM
Building Resilient Rail Networks with Digital Twin Technology
Beatriz Crespo
Slide 1 Slide 2 Slide 3: Building Resilient Rail Networks with Digital Twin Technology Slide 4: in Spain Slide 5: Digital Twin: Introduce your use case Slide 6 Slide 7 Slide 8 Slide 9: Chennai Metro Rail Phase II - Features Slide 10 Slide 11 Slide 12