Project Overview
Delivered a complex Architectural BIM model for a large-scale Metro Station using Revit at LOD 350. The project enabled collaborative progress tracking, real-time feedback sharing, and clash detection to manage heavy data, multiple scopes, and ensure coordinated, constructible design.
Scope of Work
PENDING
Total Area
55,000 Sq. Ft.
Input
PENDING
Softwares Used
AutoCAD, Revit, Navisworks
Sector
Commercial
Location
PENDING
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Project Challanges
Large-Scale Project Complexity
Managing a Metro Station with extensive scope and scale required structured BIM workflows to handle complexity, dependencies, and continuous design evolution.
High Data Volume Handling
Processing and managing large datasets within the BIM environment demanded optimized modeling practices to maintain performance and accuracy.
LOD 350 Compliance
Achieving LOD 350 required detailed element modeling with precise geometry and information while aligning strictly with architectural service requirements.
Multi-Stakeholder Coordination
Ensuring smooth collaboration and real-time feedback sharing among multiple teams required disciplined communication and model version control.
Clash Detection Across Systems
Identifying and resolving clashes within a dense architectural model was critical to simplify workflows and prevent downstream construction issues.
Technology and Skill Alignment
Applying advanced BIM software and methods required experienced resources to ensure the model met technical, quality, and delivery expectations.
What We Delivered
- Architectural BIM model of the Metro Station developed in Revit
- LOD 350–compliant 3D model aligned with project specifications
- Clash-detected and coordinated BIM outputs
- Collaborative BIM environment supporting real-time updates and feedback
Project Samples