Hyderabad Metro Phase 2 — BIM for India's Urban Rail Expansion
Coordinating elevated stations and viaducts across a dense urban corridor.
26 km
New corridor
16
Elevated stations
LOD 300
Delivery level
3
Disciplines coordinated
Project overview
Hyderabad Metro Phase 2 extends the city's rapid transit network with 26 km of new elevated rail corridor. BIM coordination was critical for designing stations and viaducts that thread through one of India's most densely built urban environments.
What made this project complex
Elevated metro construction through dense urban areas requires precise spatial coordination — not just within the station structures themselves, but with existing utilities, buildings, and traffic infrastructure along the alignment.
How BIM coordination delivered
Civil 3D alignment models were integrated with Revit station models, creating a continuous federated model of the entire corridor. Utility diversions were modelled and clash-checked against the proposed viaduct pile positions before construction commenced.
Measurable outcomes
Integrated alignment and station models across 26 km
Identified 400+ utility conflicts before piling commenced
Reduced construction-phase design changes by 55%
Standardised station designs using parametric BIM templates
Disciplines
Tools & Software
Delivery Level
LOD 300
Level of Development
Have a similar project?
Let's discuss how BIM coordination can deliver results for your project.
Start your project
