MEPF BIM Modeling
Developed LOD 350 MEPF models across 56 units, group-living spaces, and community areas in Revit.
Residential Building
Clash-Free MEPF Coordination for 56-Unit Residential Development: Revere, MA
Delivered precise LOD 350 BIM coordination across complex MEPF systems for a multi-story affordable housing project.
Overview
Project Overview
When an MEPF firm needed dependable BIM expertise, they turned to us. The project was a 79,100 sq. ft., 7-story affordable housing building in Revere, MA. It featured 56 residential units, supportive group-living spaces, and ground-floor community areas.
We delivered fully coordinated LOD 350 MEPF models, resolved all clashes, and produced penetration drawings within a 2-month timeline.
Project Type Residential Building
Level of Development LOD 350Project Area 79,100 Sq.Ft.
Manpower Used 5 Resources
Location Revere, MA
Tools We Use
Inside the Tools You Already Use
MEPF coordination ran in Autodesk Revit and Navisworks for modeling, clash detection, and penetration drawing production.
Autodesk Revit
NavisworksProject Deliverables
Input vs Output
From fragmented discipline inputs to LOD 350 clash-free MEPF models and penetration-ready documentation across seven floors.
What We Received
- Architectural and structural references
- Legacy and as-built site data
- MEPF system layouts
- Penetration location requirements
- Two-month delivery schedule
What We Delivered
- LOD 350 MEPF BIM model
- Clash-free coordinated model
- Penetration drawings
- Coordination documentation and reporting
- Validated final model delivery
Client Challenges
Pain Points of the Client
High-density unit layouts, diverse space typologies, and seven-floor MEPF coordination created significant delivery pressure.
01
Complex Multi-Discipline Coordination
MEPF systems across seven floors required precise alignment to prevent costly on-site construction conflicts.
02
High-Density Unit Layout
56 residential units with shared community spaces created intricate routing challenges for all building systems.
03
Penetration Drawing Production
Structural penetrations had to be accurately located and documented across all floors for safe installation.
04
Diverse Space Typologies
Coordinating MEPF systems for standard units, group-living spaces, and service areas added significant coordination complexity.
05
Inconsistent Workflows
Lack of standardized processes across the team disrupted coordination and reduced overall modeling efficiency.
06
Software Incompatibility
Misaligned tools between disciplines created data exchange issues and slowed the coordination process.
07
Clash Detection Complexity
Identifying and resolving multi-discipline MEPF clashes across seven floors required continuous attention and precision.
08
Managing Legacy and As-Built Data
Incorporating existing site data accurately into the BIM model was time-consuming and error-prone.
Our Approach
How We Solved It
A structured BIM workflow with regular clash detection cycles and disciplined modeling standards ensured seamless MEPF integration.
Clash Detection & Coordination
Ran continuous clash detection and issue tracking across seven floors and multiple disciplines.
Penetration Drawings Development
Produced accurate structural penetration drawings for safe installation across all floors.
Revit Model Setup and Management
Established standardized BIM workflows and model management practices for the full project team.
Coordination Documentation and Reporting
Maintained structured coordination records and reporting throughout the two-month engagement.
Execution Strategy
Disciplined MEPF Coordination Across Seven Floors
We implemented a structured BIM workflow focused on coordination efficiency and accuracy. Regular clash detection cycles, disciplined modeling standards, and proactive communication ensured seamless integration of all MEPF systems within the defined timeline.
Model Setup and BIM Standards Alignment
Model Setup and BIM Standards Alignment
0101Model Setup and BIM Standards Alignment
Model Setup and BIM Standards Alignment
- 02
MEPF System Modeling in Revit
MEPF System Modeling in Revit
02MEPF System Modeling in Revit
MEPF System Modeling in Revit
Clash Detection and Issue Identification
Clash Detection and Issue Identification
0303Clash Detection and Issue Identification
Clash Detection and Issue Identification
- 04
Coordination Meeting and Issue Tracking
Coordination Meeting and Issue Tracking
04Coordination Meeting and Issue Tracking
Coordination Meeting and Issue Tracking
Iterative Clash Resolution
Iterative Clash Resolution
0505Iterative Clash Resolution
Iterative Clash Resolution
- 06
Penetration Drawing Development
Penetration Drawing Development
06Penetration Drawing Development
Penetration Drawing Development
Final Model Validation and Delivery
Final Model Validation and Delivery
0707Final Model Validation and Delivery
Final Model Validation and Delivery
Project Outcomes
Coordinated. Approved. Delivered.
Quantifiable outcomes delivered through precise BIM coordination, penetration-ready documentation, and proactive issue resolution.
4x Cost Saving
Offshore MEPF coordination reduced delivery cost while maintaining LOD 350 accuracy across the development.
90% On-time Delivery
Coordinated models and penetration drawings were delivered within the two-month timeline.
95% Project Efficiency
Standardized workflows and structured clash cycles kept five specialists productive across seven floors.
99% Quality Assurance
Penetration locations and MEPF routing were validated before final model submission.
7,000 Clashes Detected & Resolved
Systematic clash detection prevented multi-discipline conflicts from reaching the construction site.