FROM 2D INFRASTRUCTURE DRAWINGS TO COORDINATED BRIDGE DESIGN
How a national infrastructure contractor used Civil 3D to coordinate bridge approaches, road geometry, terrain, earthworks, drainage, utilities, and construction documentation.
Company Background
A national infrastructure contractor delivering roads, bridges, drainage, utilities, and supporting civil works. The company handles design-build assignments where road geometry, terrain, earthworks, bridge interfaces, and utility networks must be coordinated accurately.
Business Snapshot
- •±1,100 employees
- •+IDR 4.6T annual revenue
- •8–12 infrastructure projects per year
- •Road, bridge, drainage, earthworks, and utility scope
Primary Business Needs
- •Dynamic road, corridor, surface, and grading workflows
- •More reliable earthwork and material quantities
- •Coordinated drainage and utility information
- •Faster response to design changes
- •Better design visualization for engineering and field teams
The contractor relied on separate 2D drawings for road alignments, bridge approaches, terrain, drainage, and utilities. Design changes required repeated manual updates, risking inconsistent elevations and construction delays.
Autodesk Civil 3D connects surfaces, alignments, profiles, corridors, grading, drainage networks, quantities, and documentation within one dynamic 3D model, coordinated with connected bridge workflows.
Teams evaluated design alternatives faster, updated related drawings automatically, calculated earthwork quantities more accurately, and improved coordination between roads, structures, and utilities.
Ready to Upgrade Your Infrastructure Design?
Let's discuss how BIMAGE can help your team leverage Civil 3D for more coordinated road and bridge projects.