Bridge Infrastructure

Project Overview

The client required a high-precision Structural BIM model for bridge substructure components using available 2D drawings. Our team developed a detailed LOD 400 model in Revit to support construction-ready documentation and accurate reinforcement detailing.

Scope of Work

CAD - BIM

Total Area

Not Disclosed

Services

Structural

Softwares Used

AutoCAD, Revit, Navisworks

Sector

Infrastructure

LOD

400

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Project Challanges

Limited Project Inputs

The project was provided only with 2D structural drawings, without design reports or calculation data, requiring deep technical interpretation of design intent.

Complex Reinforcement Detailing

Dense reinforcement zones in pile caps, columns, and bridge supports demanded highly accurate modeling of bars, stirrups, anchorage, and cover requirements.

Coordination Between Structural Elements

Ensuring proper alignment and coordination between piles, pile caps, columns, and bearing levels was critical to avoid constructability issues.

High Accuracy Requirements

Infrastructure projects require millimeter-level precision, making modeling accuracy and detailing consistency a key challenge throughout the project lifecycle.

Drawing Interpretation Challenges

Translating 2D drawings into a fully coordinated 3D BIM model required careful interpretation of design intent and structural notes.

Time and Delivery Constraints

Strict project timelines required efficient workflows while maintaining high-quality BIM deliverables.

What We Delivered

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