LOD 350 Structural Modeling
Developed detailed structural BIM models in Revit at LOD 350.
Public Infrastructure
LOD 350 with Structural BIM Modeling & 4D Simulation
LOD 350 structural BIM modeling with 4D simulation and quantity take-off for a road infrastructure project.
Overview
Project Overview
This road infrastructure project required LOD 350 structural BIM modeling with integrated 4D simulation and quantity take-off. Our team developed detailed structural models supporting construction sequencing and cost planning.
The deliverables enabled the client to visualize construction phasing and extract accurate quantities from the coordinated 3D model.
Level of Development LOD 350
Discipline Structural
Location Road Infrastructure
Project Type Public Infrastructure
Tools We Use
Inside the Tools You Already Use
Structural BIM modeling, 4D simulation, and quantity take-off ran in Autodesk Revit and Navisworks.
Revit
NavisworksProject Deliverables
Input vs Output
From structural design inputs to LOD 350 models with 4D simulation and quantity take-off data.
What We Received
- Structural engineering drawings
- Road alignment and survey data
- Construction schedule baseline
- Material specifications and standards
What We Delivered
- LOD 350 3D model
- 4D simulation
- Quantity take-off
Client Challenges
Pain Points of the Client
Road infrastructure projects require coordinated structural models with sequencing and quantity intelligence.
01
Complex Infrastructure Geometry
Road and bridge structures involve complex geometry requiring detailed LOD 350 modeling.
02
Construction Sequencing Visibility
Infrastructure projects benefit from 4D simulation to visualize phasing and identify conflicts.
03
Quantity Accuracy for Procurement
Large infrastructure volumes demand precise quantity take-offs from coordinated models.
04
Multi-Phase Construction Planning
Road projects span extended timelines requiring schedule-linked BIM deliverables.
Our Approach
How We Solved It
LOD 350 structural modeling with 4D simulation integration and quantity take-off extraction.
4D Simulation Development
Linked structural models to construction schedules for 4D phasing simulation in Navisworks.
Quantity Take-Off
Extracted accurate quantities from the coordinated model for cost and procurement planning.
Coordinated Delivery
Validated models, simulations, and quantity data against project requirements before delivery.
Execution Strategy
A Structured Infrastructure Workflow - Phase by Phase
Delivery progressed from design intake through structural modeling, 4D simulation, and quantity extraction.
Design Intake and Scope Alignment
Design Intake and Scope Alignment
0101Design Intake and Scope Alignment
Design Intake and Scope Alignment
- 02
LOD 350 Structural BIM Modeling
LOD 350 Structural BIM Modeling
02LOD 350 Structural BIM Modeling
LOD 350 Structural BIM Modeling
Construction Schedule Integration
Construction Schedule Integration
0303Construction Schedule Integration
Construction Schedule Integration
- 04
4D Simulation Development
4D Simulation Development
044D Simulation Development
4D Simulation Development
Quantity Take-Off Extraction
Quantity Take-Off Extraction
0505Quantity Take-Off Extraction
Quantity Take-Off Extraction
- 06
Final Review and Delivery
Final Review and Delivery
06Final Review and Delivery
Final Review and Delivery
Project Outcomes
Coordinated. Approved. Delivered.
LOD 350 structural model with 4D simulation and quantity take-off delivered for road infrastructure.
LOD 350 3D Model
Detailed structural BIM model developed at LOD 350.
4D Simulation
Construction phasing simulation linking model elements to schedule activities.
Quantity Take-Off
Accurate quantity data extracted from the coordinated model for planning.