BIM AND
CONSTRUCTION
Reimagining How
Structures
Come to Life
Portfolio
Communities In Schools – Central Texas
Communities In Schools – Central Texas
For this Communities In Schools of Central Texas facility, BIM Services delivered plumbing shop drawings and as-built documentation across a compact, 6,085-square-foot building footprint. The scope focused on resolving tight ceiling clearances and concealing exposed plumbing risers, ensuring the finished plumbing system stayed clash-free, fabrication-ready, and true to the building’s architectural design intent.
Project Summary
- Plumbing shop drawing and as-built documentation for a 6,085 sq ft facility
- Condensate drain piping rerouted to resolve clashes with ceiling and fire protection systems
- Dropped ceiling design and pump-assisted drainage implemented to protect available clearance
- Exposed plumbing risers coordinated and rerouted to keep occupied rooms clear
- LOD 350 modeling delivered in Revit Fabrication 2021 for field-ready plumbing installation
Project Snapshot
| Project Area | 6,085 sq ft |
| Contractor(s) | BIM Services LLC |
| LOD | 350 |
| Trades Covered | Plumbing, Shop Drawing, As-Built |
| Software | Revit Fabrication 2021 |
| Verticals | Plumbing |
Resolving Ceiling Space Constraints on Condensate Drain Piping
A tight ceiling cavity left little room for the condensate drain pipe to coexist with the fire protection piping already routed below the ceiling. Our 3D clash coordination process identified the conflict early and resolved it through:
- A dropped ceiling section designed to accommodate the condensate drain pipe alongside existing fire protection piping
- A pump-assisted condensate drain solution installed at the units to work within limited ceiling clearance
- Pipe run length reduced by routing the condensate drain into the nearest mop sink
Concealing Exposed Plumbing Risers
The original design left several plumbing risers exposed, running through the middle of occupied rooms. This work included:
- Plumbing risers coordinated and rerouted to keep them out of sightlines within finished spaces
- Riser paths relocated to align with adjacent walls and service chases rather than open room areas
- Coordination carried out to preserve the facility’s intended room layouts and finishes
Fabrication-Ready Shop Drawings and As-Built Accuracy
Every resolved clash and rerouted pipe run was carried through into precise, field-ready shop drawings modeled at LOD 350 in Revit Fabrication 2021. Key outcomes included:
- Detailed plumbing shop drawings supporting accurate fabrication and installation
- Condensate drain and riser routing documented for a smooth installation sequence
- As-built documentation delivered to reflect the final, coordinated plumbing layout
BIM Coordination Across a Compact Facility
Working within a smaller building footprint made disciplined BIM coordination essential, since every pipe run had to compete for limited ceiling and wall space. Our team:
- Coordinated plumbing systems against ceiling, fire protection, and architectural constraints before installation
- Delivered field-ready documentation to keep the plumbing scope on schedule
- Supported a facility built to serve Communities In Schools of Central Texas’s mission with a clean, code-compliant plumbing installation
The Communities In Schools Central Texas project reflects how BIM Services applies precise clash detection, coordinated rerouting, and fabrication-ready shop drawings to deliver clean plumbing installations even within compact building footprints. For more examples of our work in this sector, explore our institutional and community facilities portfolio.
Mardela Middle and High School
Mardela Middle and High School
For the Mardela Middle & High School project, BIM Services performed plumbing modeling, shop drawings, and as-builts for a total area of 118,993 SF. The focus was on solving issues with corridor coordination due to congestion of the plumbing, refrigerant piping, lighting, and fire protection systems, along with the complications caused by the concurrent modeling and drawing submissions while still working in the field.
Project Summary
- Modeling, shop drawing, and as-built for plumbing throughout 118,993 sq. feet of school facilities
- Corridors with congested pipes coordinated for plumbing, refrigerant pipe, lighting, and fire protection systems
- Units relocated to adjacent rooms to resolve corridor clashes with other trades
- A dedicated Deliverable Log implemented to track revisions during concurrent modeling and fieldwork
- LOD 400 modeling delivered in Revit Fabrication 2021 for accurate, fabrication-ready plumbing documentation
Project Snapshot
| Project Area | 118,993 sq ft |
| LOD | 400 |
| Trades Covered | Plumbing, Shop Drawing, As-Built |
| Software | Revit Fabrication 2021 |
| Verticals | Plumbing |
Resolving Congested Corridor Coordination
School corridors packed with units, refrigerant pipes, light fixtures, and fire protection systems left little room for plumbing to route cleanly. Our clash detection process identified and resolved these conflicts through:
- The units were moved into other rooms nearby so that the passage would not be crowded
- Clashes with refrigerant piping, lighting, and fire protection systems resolved before installation
- Proposed relocation changes submitted for approval to keep the project on track
- Corridor layouts rechecked after each relocation to confirm the conflict was fully resolved
Managing Concurrent Modeling and Fieldwork
With modeling, coordination, and drawing submissions all overlapping with active fieldwork, keeping documentation accurate and current became its own challenge. This work included:
- A dedicated Deliverable Log implemented to track every revision as it happened
- Links to the latest drawings and models maintained for easy access by the project team
- Resources mobilized to ensure timely and accurate delivery of multiple concurrent deliverables
- Documentation kept current enough to reflect field changes as they were made
BIM Coordination Across Multiple Trades
Integrating the plumbing system with the refrigeration pipe network, the lighting system and the fire protection system in the narrow corridor area was a challenge that called for strict BIM coordination. Key outcomes included:
- Plumbing routing resolved against multiple competing trade systems in constrained corridors
- Field-ready documentation maintained despite the project’s fast-moving, concurrent schedule
- Coordination sustained across the full 118,993 sq ft school facility
- Trade priorities balanced to keep both plumbing and adjacent systems on schedule
Fabrication-Ready Shop Drawings and As-Built Accuracy
Each and every one of the resolved conflicts and modifications were taken to its logical conclusion with detailed construction drawings and subsequent as-built drawings. Our team:
- Delivered LOD 400 plumbing modeling in Revit Fabrication 2021
- Produced shop drawings supporting accurate fabrication and installation
- Documented as-built conditions to reflect the final, coordinated plumbing layout
This Mardela Middle & High School project illustrates how BIM Services uses systematic corridor coordination, precise deliverable tracking, and detailed documentation to provide clean plumbing systems in hectic, multi-trades environments in the education industry. To see more such projects of ours in the education industry, visit our education portfolio.
Humble
Humble
- Project Area: 206,681 sq. ft.
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: Humble Independent School District
- LOD: 350
- Trades Covered: Electrical, Shop Drawing
- Software: Revit Fabrication 2020
Kingwood
Kingwood
- Project Area:204,000 sq. ft.
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: Humble Independent School District
- LOD: 350
- Trades Covered: Electrical, Shop Drawing
- Software: Revit Fabrication 2019
Walmart
Walmart
- Project Area: 275,018 sq. ft.
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: WALMART
- LOD: 350
- Trades Covered: Plumbing, Shop Drawing
- Software: Revit Fabrication 2021
Amazon Fulfilment Center – Electrical As-Built BIM
Amazon Fulfilment Center – Electrical As-Built BIM
Spanning 2.8 million square feet, this Amazon fulfillment center project required BIM Services to deliver electrical as-built modeling and point cloud coordination at a scale and precision few projects demand. The scope centered on building a model twin accurate to within a single inch across the entire facility, while coordinating late-arriving Material Handling Equipment and header steel models against electrical systems already installed across four levels.
Project Summary
- Electrical, as-built, and point cloud modeling across a 2.8 million sq ft fulfillment center
- Model twin accuracy held to within a 1-inch tolerance across the entire facility
- Field scans integrated through the Cintoo platform for precise as-built modeling
- Real-time coordination managed through Revizto to track project scale and daily model updates
- LOD 500 modeling delivered in Revit Fabrication 2023 for electrical systems
Project Snapshot
| Project Area | 2.8 million sq ft |
| Architect | Stantec Consulting Services Inc. |
| Engineer | Stantec Consulting Services Inc. |
| Contractor(s) | GC — Whiting-Turner and Dimeo Construction Company |
| Owner | Amazon |
| LOD | 500 |
| Trades Covered | Electrical, As-Built, Point Cloud |
| Software | Revit Fabrication 2023 |
| Verticals | Electrical |
Achieving 1-Inch Model Accuracy Across 2.8 Million Square Feet
Building a model twin accurate to within a single inch across a facility this size ruled out traditional redline markups entirely. Our laser scan to BIM workflow addressed this through:
- Field scans integrated through the Cintoo platform to support accurate as-built electrical modeling
- Manual errors from traditional redline markups minimized through point cloud-based capture
- Model precision maintained to a 1-inch tolerance across the full 2.8 million square feet
Real-Time Coordination at Fulfillment Center Scale
Managing a project of this size required tools built for continuous, real-time visibility rather than periodic check-ins. This work included:
- Revizto deployed for real-time monitoring and updates across the facility
- Project scale managed effectively through continuous model tracking
- Coordination workflows built to keep pace with a rapidly evolving construction schedule
Integrating Late-Arriving MHE and Header Steel Models
Material Handling Equipment and header steel models were introduced after initial coordination and installation had already progressed across four levels, requiring rapid clash detection against existing electrical work. Key outcomes included:
- Live coordination through Revizto providing immediate visibility of clash issues
- Daily model updates maintained to accommodate evolving MHE and header steel designs
- Clash coordination run against real field conditions to identify and resolve issues swiftly
As-Built Accuracy Supporting Long-Term Facility Operations
Every field scan and coordinated update fed into accurate as-built documentation, backed by disciplined BIM coordination across every level of the facility. Our team:
- Delivered LOD 500 electrical as-built modeling reflecting true field conditions
- Supported swift issue resolution across four coordinated construction levels
- Kept the electrical scope on schedule despite late-stage model integration challenges
The Amazon fulfillment center project reflects how BIM Services applies precise point cloud capture, real-time coordination platforms, and disciplined clash resolution to deliver accurate electrical as-built infrastructure at massive scale. For more examples of our work in this sector, explore our electrical and industrial logistics portfolio.
The Chocolate Factory – Mechanical Spool Coordination
The Chocolate Factory – Mechanical Spool Coordination
Across 263,052 square feet of manufacturing space, BIM Services delivered mechanical modeling, shop drawings, and mechanical spool coordination for The Chocolate Factory. The scope centered on precisely coordinating mechanical pipe support systems and keeping the model synchronized with real-time construction progress as the facility moved through its final build-out stages.
Project Summary
- Mechanical modeling, shop drawings, and Mechanical spool coordination across 263,052 sq ft of manufacturing space
- Detailed mechanical pipe support systems coordinated through 3D simulation
- Regular on-site visual checks confirming accurate support placement and installation
- As-built conditions tracked continuously against live, on-site construction progress
- LOD 400 modeling delivered in Revit Fabrication 2020 for accurate, fabrication-ready mechanical documentation
Project Snapshot
| Project Area | 263,052 sf |
| LOD | 400 |
| Trades Covered | Mechanical Spool Coordination, Shop Drawings |
| Software | Revit Fabrication 2020 |
| Verticals | Mechanical |
Coordinating Detailed Mechanical Spool Coordination
A manufacturing facility of this scale runs on mechanical piping that has to be precisely supported throughout the structure. Our BIM 3D modeling team addressed this through:
- 3D simulations run to ensure accurate placement and coordination of mechanical pipe supports
- Regular on-site visual checks confirming that modeled supports matched field conditions
- Ongoing verification helping catch discrepancies before they affected installation
- Support system detailing carried out to meet the project’s meticulous coordination requirements
- Support placement documented to prevent conflicts with adjacent mechanical and structural elements
Mechanical Spool Coordination for Fabrication-Ready Piping
Precise mechanical piping across a facility this size depends on accurate spool drawings prepared alongside the coordinated model. This work included:
- Mechanical Spool coordination carried out across the mechanical piping scope
- Fabrication-ready piping details prepared to streamline installation
- Spool-level detail coordinated to minimize on-site cutting and fitting adjustments
- Support and spool documentation aligned to reduce field rework
- Mechanical piping runs sequenced to support efficient fabrication and delivery to the site
Tracking As-Built Conditions During Live Construction
Coordinating as-built conditions while construction was actively progressing on site created a constant challenge of tracking virtual progress against actual field conditions. Key outcomes included:
- A rigorous schedule and clear communication protocols established to manage real-time issues
- Models constantly updated to reflect the latest on-site construction progress
- Outputs provided to the site to support smooth project execution through the final build stages
- Discrepancies between model and field conditions addressed promptly to keep progress on track
Fabrication-Ready Shop Drawings and Field Coordination
Every coordinated support and spool detail was carried through into precise, field-ready shop drawings modeled at LOD 400 in Revit Fabrication 2020. Our team:
- Delivered detailed mechanical shop drawings supporting accurate fabrication and installation
- Kept documentation synchronized with real-time construction updates
- Supported a smooth handoff as the facility neared completion
The Chocolate Factory project reflects how BIM Services applies precise 3D simulation, disciplined Mechanical spool coordination, and real-time as-built tracking to deliver accurate mechanical infrastructure across large manufacturing facilities during active, fast-moving construction schedules. For more examples of our work in this sector, explore our industrial portfolio.
Williston Public Safety Facility
Williston Public Safety Facility
For the Williston Public Safety Facility project, BIM Services provided fire protection BIM modeling and shop drawings for a building that was 22,561 square feet. The focus of the project was maximizing ceiling height while accommodating multiple trades and designing the fire protection main piping with the right elevation and routing to prevent any low points where water could accumulate.
Project Summary
- Fire protection modeling and shop drawings for a 22,561 sq ft public safety facility
- Trade hierarchy strategically planned to make the most of limited ceiling space
- Fire protection main pipe elevation and routing engineered for system efficiency and code compliance
- Reroutes suggested to support better coordination and value engineering across trades
- LOD 400 modeling delivered in Revit Fabrication 2021 for accurate, fabrication-ready fire protection BIM Modeling documentation
Project Snapshot
| Project Area | 22,561 SF |
| Architect | Smith Alvarez Sienkiewicz |
| Contractor(s) | BIM Services LLC |
| LOD | 400 |
| Trades Covered | Fire Protection, Shops |
| Software | Revit Fabrication 2021 |
| Verticals | Fire |
Optimizing Ceiling Space Through Trade Hierarchy Planning
Limited ceiling space meant every trade couldn’t get equal priority, so strategic sequencing became essential. Our BIM 3D modeling team approached this by:
- Prioritizing trades requiring frequent access, such as cable trays, valves, and dampers, closer to the ceiling
- Suggesting reroutes across competing systems to improve overall ceiling space utilization
- Applying value engineering principles to balance accessibility with efficient use of available space
- Sequencing decisions made early enough to avoid costly rework once installation began
Engineering Fire Protection BIM Modeling Main Pipe Elevation
Fire protection main piping carries strict requirements around elevation and routing, since poor design choices can trap water and jeopardize system approval. This work included:
- Optimal elevation and routing proposed for the fire protection main pipes
- Rigorous drops and offsets avoided to prevent water from becoming trapped in the system
- Routing engineered to ensure compliance with city regulations and maximum system efficiency
- Design choices validated against fire protection code requirements before final approval
BIM Coordination and Clash-Free Fire Protection BIM Modeling
Installation of fire-protection piping along with cable trays, valves, and dampers into a restricted ceiling space was possible only through careful BIM coordination and Clash Detection. Key outcomes included:
- Fire protection routing resolved against other trades before installation began
- Ceiling space allocation coordinated across multiple systems to avoid last-minute conflicts
- Field-ready documentation supporting a smooth installation sequence for the public safety facility
Fabrication-Ready Shop Drawings for Fire Protection Systems
Every coordinated routing decision was carried through into precise, field-ready shop drawings modeled at LOD 400 in Revit Fabrication 2021. Our team:
- Delivered detailed fire protection shop drawings supporting accurate fabrication and installation
- Documented main pipe elevation and routing decisions for field crews
- Supported code-compliant, value-engineered fire protection installation across the facility
The Williston Public Safety Facility project reflects how BIM Services applies careful trade hierarchy planning, precise fire protection engineering, and disciplined coordination to deliver code-compliant, efficient fire protection BIM Modeling systems within tight ceiling constraints. For more examples of our work in this sector, explore our public safety and institutional portfolio.
Momentum Apartment
Momentum Apartment
- Project Area:158,400 sq. ft.
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: BOULDER VENTURES INC.
- LOD: 350
- Trades Covered: MECHANICAL
- Software: Revit Fabrication 2020
The Nest Rio Granade
The Nest Rio Granade
- Project Area: 175,366 sq. ft.
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: SLC RDA
- LOD: 350
- Trades Covered: Fire Protection, Shop Drawing
- Software: Revit Fabrication 2021
Cottonwood Highland
Cottonwood Highland
- Project Name: Cottonwood Highland
- Description: Identical residential apartments spanning 6 levels with one basement level for parking. BIM coordination ensured consistency across all apartments.
- Scope: Mechanical ducts, plumbing, and electrical systems.
- General Contractor: BIG D COMPANIES
- Architect: Studio PBA
- Location: Millcreek
The Modern
The Modern
In 511,779 square feet of multi-residential building design, BIM Services provided mechanical BIM modeling, shop drawings, and coordination services for The Modern. The task involved integrating mechanical ductwork and plumbing in a restricted ceiling space above the residential floor without compromising the height from floor to ceiling despite the constant changes made to the design of the project on a tight schedule.
Project Summary
- Mechanical BIM modeling, shop drawings, and coordination across 511,779 sq ft of residential construction
- Mechanical ducts and plumbing coordinated within narrow ceiling spaces above residential units
- Floor-to-ceiling height preserved despite tight mechanical routing constraints
- Rapid RFI responses and field communication supporting continuous architectural and structural changes
- LOD 400 modeling delivered in Revit Fabrication 2021 for accurate, fabrication-ready mechanical documentation
Project Snapshot
| Project Area | 511,779 sq ft |
| LOD | 400 |
| Trades Covered | Mechanical, Shop Drawings, Coordination |
| Software | Revit Fabrication 2021 |
| Verticals | Mechanical |
Coordinating Mechanical Ductwork Within Tight Ceiling Space
Fitting mechanical ducts and plumbing above residential units without eating into floor-to-ceiling height is one of the toughest constraints in multi-residential construction. Our MEPF services team addressed this through:
- Mechanical and plumbing (MP) systems coordinated within narrow ceiling spaces above residential units
- Routing decisions made to protect intended floor-to-ceiling height throughout the building
- Regular coordination meetings with the design team and trades to resolve tight-clearance conflicts quickly
- Ceiling cavity constraints managed unit by unit across the full residential footprint
Quick Rerouting and Accurate Model Turnaround
Timely resolution of ceiling space conflicts depended on fast decision-making paired with disciplined model accuracy. This work included:
- Quick decisions on ductwork and plumbing rerouting to resolve ceiling space conflicts
- Accurate incorporation of trade submissions to keep the mechanical model current
- Time management and model accuracy emphasized to support smooth project execution
- Model revisions turned around quickly enough to keep pace with the project’s construction schedule
Managing Continuous Architectural and Structural Changes
Frequent architectural and structural changes within a time-bound schedule required disciplined BIM coordination backed by rigorous clash detection against every revision. Key outcomes included:
- Rapid responses to RFIs to keep mechanical coordination aligned with the latest design
- Timely communication with field teams to support effective, on-site coordination
- Delivery schedules maintained and design changes updated without disrupting project momentum
Dedicated Team Support for Fabrication-Ready Shop Drawings
Delivering accurate shop drawings through repeated design changes depended on a dedicated team focused on this project. Our team:
- Maintained a dedicated team for deliverables and coordination to manage project updates efficiently
- Delivered LOD 400 mechanical modeling and shop drawings in Revit Fabrication 2021
- Kept the mechanical scope on schedule across a 511,779 sq ft residential development
- Supported field teams with clear, up-to-date documentation throughout construction
The Modern project reflects how BIM Services applies precise mechanical coordination, rapid RFI turnaround, and dedicated team support to deliver clean, fabrication-ready mechanical systems across large multi-residential developments. For more examples of our work in this sector, explore our multi-residential portfolio.
Universal Studios – Electrical BIM Modeling
Universal Studios – Electrical BIM Modeling
Spanning 541 acres, this Universal Studios project called for BIM Services to coordinate site-wide electrical utilities across a live, actively developing resort site. The scope covered an enormous network of conduits and handholes threaded across the property, modeled at LOD 500 to capture proposed design and evolving as-built conditions side by side as construction progressed.
Project Summary
- Site-wide electrical utility coordination across a 541-acre, actively developing resort site
- Extensive conduit and handhole network coordinated across multiple trades
- Thorough scheduling and timeline management to keep deliverables on time amid constant site changes
- Proposed and as-built electrical models segregated to maintain clean, accurate data
- LOD 500 modeling delivered in Revit Fabrication 2022 for site electrical utilities
Project Snapshot
| Project Area | 541 acres |
| LOD | 500 |
| Trades Covered | Site Electrical Utilities |
| Software | Revit Fabrication 2022 |
| Verticals | Electrical |
Coordinating Site-Wide Electrical Utilities Across 541 Acres
Coordinating conduits and handholes across a site of this scale, with multiple trades working simultaneously, is a fundamentally different challenge than a single building. Our BIM 3D modeling team addressed this through:
- Coordination of an extensive network of conduits and handholds across the full 541-acre site
- Multiple trades tracked and aligned as construction progressed simultaneously across different site areas
- A thorough schedule and timeline maintained to keep deliverables flowing smoothly on a constantly changing site
Staying Current on a Live, Actively Constructed Site
With construction happening in real time across the property, keeping a log of every change was a substantial undertaking. This work included:
- Continuous tracking of site changes across a live construction environment
- Field data incorporated into the model on a timely basis to keep coordination accurate
- Eyes-on-the-field verification treated as a key driver of successful coordination on active site work
Managing Proposed and As-Built Electrical BIM Modeling
Electrical elements and conduits were being installed on-site even as coordination continued, which meant every proposed design eventually needed revising into as-built documentation. Key outcomes included:
- Proposed and as-built models segregated to keep each dataset clean and free of duplication
- Proposed electrical data sent to the site on an ongoing basis to support installation
- As-built models updated with site data to reflect the electrical utilities as actually constructed
BIM Coordination and Clash-Free Utility Modeling
Threading conduits and handholes across 541 acres alongside multiple active trades required disciplined BIM coordination backed by rigorous clash detection. Our team:
- Coordinated site electrical utilities against multiple trades working concurrently across the property
- Delivered LOD 500 modeling accurate enough to support both design intent and field installation
- Kept deliverables on schedule despite the scale and pace of an actively developing resort site
This Universal Studios site electrical utilities project reflects how BIM Services applies disciplined coordination, live-site data tracking, and clean proposed-versus-as-built model management to deliver accurate electrical infrastructure across large, actively developing properties. For more examples of our work in this sector, explore our electrical and site utilities portfolio.
Frost Bank-Prosper – Plumbing BIM Modeling
Frost Bank-Prosper – Plumbing BIM Modeling
For this 61,547-square-foot Frost Bank facility in Prosper, BIM Services delivered site utility plumbing BIM modeling, built around a design that kept evolving late into construction. The scope centered on resolving invert level and slope changes on the drain piping network, keeping the model current through repeated architectural revisions, and delivering a coordinated, fabrication-ready plumbing layout on a tight schedule.
Project Summary
- Site utility plumbing BIM Modeling coordination and modeling for a 61,547 sq ft Frost Bank facility
- Drain pipe invert levels and slopes revised to accommodate TDI connection requirements
- Rapid BIM model turnaround supporting time-bound architectural and plumbing riser changes
- Clash coordination re-run alongside late-stage design revisions to keep trades aligned
- LOD 350 modeling delivered in Revit Fabrication 2023 for accurate, field-ready documentation
Project Snapshot
| Project Area | 61,547 sq ft |
| Architect | Hahnfeld Hoffer Stanford Architects |
| Engineer | Moose Engineering |
| Contractor(s) | SpawGlass |
| Owner | Frost Bank |
| LOD | 350 |
| Trades Covered | Site Utility (Plumbing) |
| Software | Revit Fabrication 2023 |
Resolving Invert Level and Slope Changes on Drain Piping
Accommodating TDI connections into the site’s drain piping network required precise adjustments to invert levels and pipe slope. Our BIM 3D modeling team worked through:
- Invert level and slope changes to the drain piping network to properly accommodate TDI connections
- Site utility plumbing routing adjusted to maintain proper drainage flow across the revised layout
- Model updates coordinated to keep the plumbing design consistent with evolving site utility requirements
Re-Coordinating Trades Through Late-Stage Design Changes
Time-bound architectural changes to the plumbing riser lines arrived after BIM 3D clash coordination had already been completed, forcing the team to revisit trade coordination under a compressed timeline. This work included:
- Trade coordination repeated across the plumbing risers to reflect the updated architectural design
- A quick-turnaround BIM model revision process run in parallel with ongoing clash coordination
- Deliverables kept on schedule despite last-minute design changes affecting the plumbing layout
Clash Coordination Under a Compressed Schedule
Keeping the plumbing bim modeling clash-free design changes were still landing required disciplined clash detection run alongside every revision. Key outcomes included:
- Site utility plumbing bim modeling systems checked against updated architectural elements after each design revision
- Conflicts resolved quickly enough to avoid delaying the broader project schedule
- Field-ready documentation maintained even as the underlying design continued to evolve
Dedicated BIM Coordination for On-Time Delivery
Meeting deadlines through repeated design changes depended on a dedicated BIM coordination team focused solely on this project. Our team:
- Maintained a dedicated team for Plumbing BIM modeling and coordination to speed up completion
- Delivered a coordinated, LOD 350 plumbing model in Revit Fabrication 2023
- Kept deliverables on time despite the compressed revision schedule
The Frost Bank Prosper project reflects how BIM Services applies rapid model turnaround, disciplined clash coordination, and dedicated team support to keep site utility plumbing scopes on schedule even through late design changes. For more examples of our work in this sector, explore our commercial and banking portfolio.
Portfolio
Rockport
Rockport
- Project Area: 4963 Sq. ft.
- LOD: Trades Floor Finish
- Software: AutoCAD
41 Bank St
41 Bank St
- Project Area: 1996.2 Sq. ft./ 2368 Sq. ft.
- LOD: Trades Front Elevation
- Software: AutoCAD
Hubbard Powis
Hubbard Powis
- Project Area: 1996.2 Sq. ft./ 2368 Sq. ft.
- LOD:
- Trades Covered: Lighting
- Software: AutoCAD
Bank Daze
Bank Daze
- Project Area:
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD:
- Trades Covered: AS BUILT
- Software: AutoCAD
- Verticals: 2021
Eufaula Replace Spillway Bridge
Eufaula Replace Spillway Bridge
- Project Area:
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD:
- Trades Covered: AS BUILT
- Software: MicroStation
- Verticals: 2023
Classical Education Building At Hillsdale College
Classical Education Building At Hillsdale College
- Project Area: 19662 sq. ft.
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 350
- Trades Covered: PERMIT DRAWING
- Software: REVIT, AutoCAD, 3ds Max
- Verticals: 2021
Gustin Cottage Roberts Island
Gustin Cottage Roberts Island
- Project Area: 1276 sq. ft.
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 350
- Trades Covered: PERMIT DRAWING
- Software: REVIT, AutoCAD, Lumion
- Verticals: 2021
Mulmur House & Garage
Mulmur House & Garage
- Project Area: 10400 sqft
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 400
- Trades Covered: CONSTRUCTION SET
- Software: REVIT
- Verticals: 2023
Pinewood Rd Stamford Ct
Pinewood Rd Stamford Ct
- Project Area: 4550 sqft
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 350
- Trades Covered: PERMIT DRAWING
- Software: REVIT
- Verticals: 2023
Ornelas Residence Remodel
Ornelas Residence Remodel
- Project Area: 4200 sqft
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD:
- Trades Covered: Architecture(PDF TO BIM)
- Software: REVIT
- Verticals: 2021
Tesla Giga Texas – Cell Phase 2 (Elevator)
Tesla Giga Texas – Cell Phase 2 (Elevator)
- Project Area:
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 350
- Trades Covered: SHOP DRAWING
- Software: REVIT
- Verticals: 2023
Combined Hazardous Waste Storage
Combined Hazardous Waste Storage
- Project Area: 22800 sqft
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 350
- Trades Covered: SHOP DRAWING
- Software: REVIT
- Verticals: 2021
VA Medical Center
VA Medical Center
- Project Area:
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 400
- Trades Covered: SHOP DRAWING
- Software: REVIT
- Verticals: 2021
Myo Palate
Myo Palate
- Project Area:
- Architect: N/A
- Engineer: N/A
- Contractor(S): N/A
- Owner: N/A
- LOD: 350
- Trades Covered: SHOP DRAWING
- Software: REVIT
- Verticals: 2021
About us
At BIM Services LLC, we are global experts dedicated to constructing certainty with cutting-edge BIM technology. Our comprehensive offerings include Scan to BIM services and expert 3D laser scanning services. We specialise in efficient clash coordination and BIM clash detection services, ensuring seamless project execution. As leaders in architectural BIM services, we provide top-tier 3D architectural design and drafting and differentiate between as-built drawings and shop drawings. Our effective BIM services strategy plan and construction site logistics plans streamline operations, while our expert team excels in BIM consulting and constructability review services….
Worldwide Achievements
With a track record of 1000+ successful projects spanning North America, we excel in diverse sectors such as life science, academics, commercial buildings, hotels, and more. Explore a snapshot of our achievements as leading BIM solution providers and collaborators below:
Global Liaisons: Country-Specific Contacts
Todd Kennedy
Estimator
512-640-3304
Contact
Sunny Nanda
Business Development Manager
512-640-3304
Contact
Alex Martin
Business Development Manager
512-640-3304
Contact
Jody Simmons
Business Development Manager
512-640-3304
Contact
Brad Sowell
Estimator
647-477-4443
Contact
FAQS:
Answers That Build Clarity
Building Information Modeling (BIM) is a digital process that creates intelligent, data-rich 3D models of a building’s physical and functional characteristics. These models combine architecture, structure, and MEP systems into one collaborative environment. By centralizing project data, BIM services improve efficiency, reduce errors, and support better decision-making from design to facility management.
BIM enhances construction by enabling accurate planning, real-time collaboration, and clash-free coordination. It helps project teams visualize each stage before construction begins, improving scheduling, cost estimation, and risk management. Contractors, architects, and engineers rely on BIM modeling services to deliver projects faster, with fewer changes and lower costs.
BIM engineering applies BIM to architectural, structural, and MEP systems for a fully integrated design approach. It enables clash detection, system simulations, and performance optimization before site work starts. With BIM engineering services, teams achieve higher efficiency, sustainability, and cost savings throughout the project lifecycle.
BIM modeling services involve creating detailed 3D digital twins for architecture, structure, and MEP systems. These models improve design validation, construction documentation, and facility management. By coordinating all trades in one environment, BIM minimizes rework and on-site conflicts while ensuring accuracy and compliance.
BIM supports industries including commercial, residential, healthcare, education, and industrial facilities. Contractors, architects, and owners use BIM to achieve precision, efficiency, and cost control. From new construction to retrofits, BIM consulting services deliver measurable value across projects of any size or complexity.
We provide end-to-end Building Information Modeling services, including:
- Architectural BIM
- Structural BIM
- MEP BIM
- 4D scheduling (time)
- 5D cost estimation
- Clash detection & coordination
- COBie integration
- Scan-to-BIM workflows
Each service is customized to meet your project’s goals and ensure data-driven delivery.
A BIM Execution Plan (BEP) defines how BIM will be implemented on a project, including responsibilities, deliverables, standards, and collaboration methods. Our BIM consultants prepare BEPs that are clear, practical, and aligned with client objectives, ensuring smooth BIM adoption across teams.
We deliver BIM at any Level of Detail (LOD), from LOD 100 (conceptual models) to LOD 500 (as-built models). Choosing the right LOD ensures stakeholders have the information they need at every stage of design, construction, and facility management.
Autodesk Revit is a key BIM software for architectural modeling and documentation. It allows parametric design, real-time collaboration, and precise construction documentation. Our team uses Revit to create coordinated, high-quality architectural BIM models that streamline workflows from concept to construction.
Yes. We provide custom Revit family creation services for architects, engineers, and manufacturers. These parametric components integrate seamlessly into BIM models, improving consistency, efficiency, and visualization across projects.
As-built drawings document the final constructed conditions, capturing all modifications made during construction. Using Scan-to-BIM, we generate highly accurate as-built models and drawings, essential for renovations, facility management, and compliance documentation.
Yes. Our BIM rendering services convert 3D models into photorealistic visualizations for presentations, client approvals, and marketing. These renderings provide stakeholders with a clear project vision and add impact to proposals and design reviews.
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