LOD 300 MEP Modeling
Developed mechanical, electrical, and plumbing models in Revit at LOD 300.
Commercial Building
LOD 300 MEPF Modeling
LOD 300 mechanical, electrical, and plumbing BIM modeling with clash detection and coordination for a commercial building project.
Overview
Project Overview
This commercial project required LOD 300 BIM models for mechanical, electrical, and plumbing systems with integrated clash detection and coordination. Our team developed discipline models aligned with project standards.
Clash detection workflows ensured MEP systems coordinated effectively before construction, reducing field conflicts on the commercial build.
Level of Development LOD 300
Discipline MEP
Location Commercial Project
Project Type Commercial Building
Tools We Use
Inside the Tools You Already Use
MEP modeling and clash detection ran in Autodesk Revit and Navisworks.
Revit
NavisworksProject Deliverables
Input vs Output
From MEP design inputs to LOD 300 coordinated models with clash-free MEP systems.
What We Received
- MEP design drawings and specifications
- Architectural and structural reference models
- Equipment schedules and layout data
- Client BIM standards
What We Delivered
- LOD 300 BIM model of mechanical, electrical, and plumbing
- Clash detection and coordination
Client Challenges
Pain Points of the Client
Commercial MEP projects require coordinated LOD 300 models with systematic clash detection.
01
MEP System Complexity
Commercial buildings involve dense MEP routing that requires detailed LOD 300 modeling.
02
Ceiling Space Coordination
Mechanical, electrical, and plumbing systems compete for limited ceiling and plenum space.
03
Clash Prevention
Undetected MEP clashes lead to costly field rework and schedule delays.
04
Multi-Trade Alignment
MEP models must align with architectural and structural constraints throughout the building.
Our Approach
How We Solved It
LOD 300 MEP modeling with federated clash detection and coordination workflows.
Federated Model Coordination
Linked MEP models with architectural and structural references for coordination.
Clash Detection
Ran Navisworks clash tests across all MEP systems and reference disciplines.
Issue Resolution
Documented and resolved clashes through structured coordination workflows.
Execution Strategy
A Structured MEP Workflow - Phase by Phase
Delivery progressed from design intake through MEP modeling, clash detection, and final coordination.
MEP Design Intake and Standards Alignment
MEP Design Intake and Standards Alignment
0101MEP Design Intake and Standards Alignment
MEP Design Intake and Standards Alignment
- 02
LOD 300 MEP Discipline Modeling
LOD 300 MEP Discipline Modeling
02LOD 300 MEP Discipline Modeling
LOD 300 MEP Discipline Modeling
Federated Model Assembly
Federated Model Assembly
0303Federated Model Assembly
Federated Model Assembly
- 04
Clash Detection and Resolution
Clash Detection and Resolution
04Clash Detection and Resolution
Clash Detection and Resolution
Final Coordinated Model Delivery
Final Coordinated Model Delivery
0505Final Coordinated Model Delivery
Final Coordinated Model Delivery
Project Outcomes
Coordinated. Approved. Delivered.
LOD 300 MEP models with clash detection and coordination delivered for the commercial project.
LOD 300 MEP BIM Model
Mechanical, electrical, and plumbing models developed at LOD 300.
Clash Detection and Coordination
Interdisciplinary clashes identified and resolved through structured workflows.