As Seen On

Coruzant Technologies Coruzant Technologies — ViBIM scan to BIM case study, modeling ultra-dense MEP systems for a US factory.
The Architect's Diary The Architect's Diary — ViBIM cited for point cloud to BIM expertise in federated BIM coordination.
BizzBuzz BizzBuzz — ViBIM cited for scan to BIM precision on renovation and retrofit projects.
TechBullion TechBullion — ViBIM experts break down LOD 300 vs LOD 350 for scan to BIM models.
Urban Splatter Urban Splatter — ViBIM featured as a scan to BIM company across architecture, structure and MEP.
Today News Today News — ViBIM named a Revit outsourcing partner for electrical BIM modeling from point cloud data.

Structural BIM Modeling Client Reviews

Structural BIM modeling services from ViBIM give survey and AEC firms reliable Revit models, on-time delivery, and clear communication from quote to handover.

Client email praising ViBIM's clear Scan to BIM project update

Client email describing the ViBIM Scan to BIM team as stellar

Client email confirming successful work and future ViBIM projects

Client email thanking ViBIM for completing BIM work quickly

Long-term client recommendation for ViBIM Scan to BIM services

Client email praising the quality of a ViBIM Revit model

Client email reporting a ViBIM model with few errors or issues

Client email confirming a five-star rating for ViBIM deliverables

“

ViBIM are effective in their time-management, both in terms of anticipated hours and committing to deadlines. Expectations are managed at both ends; we know we can rely on ViBIM to get the job done, fast, efficient and with no compromise in quality.

C
Mr. Chr, Modelling Manager (Australia)
“

First and foremost, I would like to express our utmost satisfaction with the work you and your team have carried out. You have demonstrated a remarkable ability to grasp and execute our modeling standards, resulting in a product of exceptional quality.

F
Mr. Fran
“

The model you have delivered is incredible! I was just wondering how many hours you think it would take to model up some of the surrounding buildings in LOD 200.

R
Mr. Rad
“

We’d really like to start our QC process promptly so we don’t delay our delivery next week. Thanks Yen – the model is looking incredible, thanks for all the hard work your team have done on it.

T
Mr. Ton
“

Thanks again for the model, it was nicely done, especially the MEP part of it. The markups are mostly because of missing pits, gutter height issues, and floor height issues (the required tolerance was high, hence objects needed to be modelled within 15mm of the point cloud).

T
Mr. Tot
“

Thank you for your excellent work on that project. There are actually two other large jobs I need to get your assistance with both of which we have already won.

B
Mr. Brode
“

Overall, we are happy, and the turnaround times and communication have worked well for us.

P
Mr. Pete
“

I forgot to confirm with you that the project is now complete and delivered to our client. Many thanks for your work on these models, they were great!

H
Mr. Horn
“

This was delivered to the client – thank you for making the updates so quickly.

D
Mr. Dan
“

I have now checked the model and I am happy that it is complete. There were a few amends that were done internally but the model looks great, thanks.

W
Mr. Wa
11+ Years
1000+ Projects delivered
5+ Countries served
99% On-time delivery
80% Client retention
30% Shorter turnaround

Structural Systems and Elements Modeled from Point Cloud Data

Structural systems and elements modeled from point cloud data include the primary frame, each framing system (concrete, steel, or timber), optional rebar and connections, and member data such as category and material. Through ViBIM’s BIM structural modeling services, each member is placed from the scan, or from your drawings where the scan cannot show it. The scope items are explained below:

Structural BIM modeling of a reinforced concrete roof slab, upstands, and plant bases in Revit

Structural scan to BIM model of steel beams and bracing over a colored point cloud

Scan and structural BIM model views of a steel member with its Revit type properties

Revit project browser, section views, and element properties of a structural BIM model

3D Structural Modeling from Point Cloud

We convert laser scan data, including RCP and E57 files, into accurate structural Revit models of columns, beams, slabs, trusses, complex roof structures, and load-bearing walls. Foundations are modeled where the scan or your drawings show them.

Structural System Differentiation

We identify and model reinforced concrete (RC), steel frames, space frames, hybrid steel-concrete systems, and timber structures. Each system follows modeling logic consistent with regional standards (AISC, AS 4100, CSA S16, BS EN 1993).

Rebar and Embedded Object Representation (Optional)

Rebar is modeled schematically from your drawings and specifications, or from exposed bars visible in the scan. Base plates, bolts, stiffeners, and similar connection parts can be included, depending on project scope.

Element Classification and Metadata Assignment

We assign elements to the correct Revit categories, such as Structural Columns, Structural Framing, and Structural Foundations, with standard names, types, and materials. Metadata, including material, type, and installation dates where known, supports filtering, scheduling, and quantity takeoffs.

Structural Scan to BIM Deliverables

Structural scan to BIM deliverables all come from the native Revit model, so each member sits in the same position in every file. File names and folders follow your delivery standard or ISO 19650. The four deliverables are listed below:

Native Revit structural BIM model of a steel roof frame

Native Structural Revit Model

  • Contains: Columns, beams, slabs, walls, trusses, and bracing in the scope, with Revit categories, types, and materials assigned.
  • Format: Revit file (.RVT) saved in your team’s Revit version.
  • Used for: Retrofit and renovation design, and the as-built structural record.
Navisworks clash review of a federated structural BIM model

Coordination Model in Navisworks

  • Contains: Structural members, ready to load next to the architecture and MEP models in one Navisworks session.
  • Format: NWC to append to your federated model, or NWD for a packaged review.
  • Used for: Clash detection between the frame and other disciplines.
Point cloud and structural BIM model of a long-span bridge frame

IFC Structural Model

  • Contains: Structural members with their categories and properties mapped to IFC classes.
  • Format: IFC, in the schema version set by your BIM execution plan.
  • Used for: Sharing the frame with engineers who work in Tekla or other non-Revit software.
2D drawing sheet with an elevation view cut from the Revit model

2D Structural Drawings

  • Contains: Framing plans, sections, and elevations cut from the model.
  • Format: DWG for editing and PDF for printed sets.
  • Used for: Existing-conditions records and markups for renovation work.

How the Structural Point Cloud to BIM Process Works

The structural point cloud to BIM process builds the frame from the primary members outward, in nine steps from scope review to close-out. The steps are explained below:

Project Scope Analysis and Understanding Client Requirements

We review your point cloud files, including RCP and E57, alongside site photographs, drawings, and other documentation. Leica TruView files provide additional visual context when available.

Technical leaders and project managers estimate hours from the scope, structural complexity, point cloud density and quality, and required LOD and LOI. They also use productivity records from similar projects to plan resources.

After the project is awarded, the team sets up the project coordinate system to match the point cloud and existing datums. Shared levels, grids, view templates, and collaborative worksets follow. Any custom families required for structural elements are prepared or loaded at this stage.

Modelers reconstruct the structure from the point cloud, starting with primary columns, beams, slabs, and walls. Secondary members and connections within the scope follow.

We check beam-column, slab-beam, and wall-foundation joins, and the vertical continuity of load-bearing elements. Where the scan shows a column or wall stopping short, we model and flag that condition rather than filling the gap.

QA/QC combines automated tools with two independent manual reviews. Modelers correct every issue found, and reviewers recheck each fix before release.

Before delivery, we resolve duplicate elements and address outstanding Revit warnings, then purge unused families, views, and materials to reduce file size and improve performance. Final checks cover connectivity, joins, levels, and naming compliance.

Your team reviews the delivered model. ViBIM handles adjustments and clarifications within the original agreed scope, typically at no additional cost.

After you accept the final model and the project closes, the team holds an internal lessons-learned session.

Accuracy, LOD, and Quality Control in Structural Scan to BIM

Accuracy, LOD, and quality control in structural scan to BIM start from targets set with you before modeling. The three targets are member detail (LOD), member data (LOI), and model-to-scan tolerance. ViBIM checks detail and accuracy separately, so a highly detailed member still fails review if it sits in the wrong place. The controls are described below:

LOD and LOI Set per Structural Element

LOD in BIM controls the geometric detail of each frame member. LOI covers the data each member carries, such as material and type. Each LOD is shown below:

LODBeams, columns, and trusses
LOD 200Primary beams, trusses, and columns at their overall size
LOD 300Actual section shapes, secondary members, and specified penetrations
LOD 400Supports, bracing, and connections where the scan or your drawings show them

Stiffeners, haunches, plates, nuts, and bolts are separate options at LOD 300 or LOD 400, each modeled only where the scan or your drawings show them. Model-to-scan tolerance is set at 50 mm, 30 mm, or 15 mm (about 2, 1.2, or 0.6 in), or at a custom value your project needs.

Structural Model-to-Scan Verification

Automated checks first flag members out of tolerance. Two independent reviewers then compare member positions, sections, and levels with the point cloud at your tolerance and look for missing members. Category, naming, and parameter checks confirm the model is organized as specified. Members modeled from drawings rather than the scan are marked, so your engineers can tell them apart.

BIM Standards and Steel Section References

Most structural scan to BIM projects do not require strict adherence to a single international standard, so ViBIM follows your BEP and the references used in your region. A US project, for example, uses AISC steel shapes. Structural design and code checks remain with your engineer. The main references are listed below:

  • US AISC Steel Profiles (American Institute of Steel Construction)
  • UK BS EN and Eurocodes (e.g., BS EN 1993 for steel and BS EN 1992 for concrete)
  • Australian Standards (e.g., AS/NZS 3679 for Structural Steel)
  • Canadian CSA Standards (e.g., CSA S16 for Steel Structures)
  • ISO 19650 (Organization and Digitization of BIM Information)
  • LOD Specification by BIMForum (USA)
  • USIBD Level of Accuracy (LOA) Specification
  • Project-Specific or Fabricator-Driven Standards: In complex hybrid structures or retrofit scenarios, ViBIM adapts to client-provided documentation, including custom family libraries or fabrication detail standards, especially in EPC or industrial projects.
2x INDEPENDENT QC LAYERS

INDEPENDENT
QC LAYERS

Unsure which connections in your frame the scan actually captured?

Get a Free Trial

Featured Structural BIM Modeling Projects by ViBIM

ViBIM’s featured structural BIM modeling projects show frames of beams, columns, slabs, and trusses modeled from scans of existing structures. Every structural model here is part of the 1,000+ BIM projects the company has completed since 2014.

View all projects
Structural Revit Modeling for a Complex Roller Coaster in Canada
LOD 300, RECREATION

Structural Revit Modeling for a Complex Roller Coaster in Canada

Structural modeling for a Canadian roller coaster's complex, non-linear geometry, delivered to LOD300 from point cloud data.

View more
Revit Modeling for Commercial Complexes in the UK
COMMERCIAL, LOD 300

Revit Modeling for Commercial Complexes in the UK

Architecture and structure modeling for a 130,000m² UK commercial complex, delivered to LOD300 from point cloud and 2D CAD.

View more
Revit Modeling for Train Station at Canada
LOD 200, TRANSPORT

Revit Modeling for Train Station at Canada

Architecture, structure and topography modeling for a Canadian train station, delivered to LOD200 from point cloud data.

View more
Revit Modeling for Museum Project at Australia
CULTURAL, LOD 300

Revit Modeling for Museum Project at Australia

Architecture and structure modeling for a 22,000m² Australian museum, delivered to LOD300 from point cloud and TrueView.

View more
Revit Modeling Services for Hospital Complex at Canada
HEALTHCARE, LOD 300

Revit Modeling Services for Hospital Complex at Canada

Architecture, structure and dense MEP modeling for a Canadian hospital complex, delivered to LOD300 from point cloud and site imagery.

View more
Revit Modeling for Factory in US
INDUSTRIAL, LOD 300

Revit Modeling for Factory in US

Architecture, structure, topography and dense MEP modeling for a US factory, delivered to LOD300 from point cloud imagery.

View more
Revit Modeling for Factory in the US
INDUSTRIAL, LOD 400

Revit Modeling for Factory in the US

Architecture, structure and MEP modeling for a US factory, delivered to LOD400 from point cloud and reference imagery.

View more
Revit Modeling Services for Office Building at Canada
LOD 300, OFFICE

Revit Modeling Services for Office Building at Canada

Architecture, structure, topography and MEP modeling for a large Canadian office complex, delivered to LOD300 from point cloud, 2D CAD and TrueView.

View more
Point cloud scan of the same building before BIM modeling

Why Choose ViBIM for Structural BIM Modeling Service

The advantages of choosing ViBIM’s Revit model outsourcing services for structural projects are listed below:

ViBIM team working in the office to deliver BIM projects on time

ViBIM modeler working in Revit to shorten BIM project turnaround

Coordinated MEP BIM model under quality control review at ViBIM

ViBIM project team coordinating with a client over a video call

ViBIM managers reviewing workflow improvements for BIM delivery

On-Time Delivery

ViBIM delivers 99% of projects on schedule, against a delivery date fixed at scope sign-off. Unclear areas, such as a beam end above a ceiling, are logged for your team while modeling continues on the rest of the frame.

Fast Turnaround

Standard steel sections are loaded from AISC, UK, Australian, and Canadian libraries rather than built one by one, and in-house Revit API and Dynamo tools handle the repetitive modeling work. Together they help ViBIM deliver 30% faster than the market average.

High Accuracy and Reliability

Existing-structure scans can contain noise and occlusions, including columns behind racking and beams above ceilings. ViBIM models what the scan or your drawings support and checks each scanned member at your tolerance. ViBIM’s structural modelers hold civil engineering or architecture degrees and receive in-house BIM training.

Responsive Communication

ViBIM keeps communication clear, consistent, and proactive throughout the project lifecycle. You have a dedicated point of contact, regular updates, and prompt responses to your queries.

Continuous Improvement

ViBIM refines its capabilities through systematic process improvement, regular standards updates, and investment in proprietary tools that enhance model quality and efficiency.

Pham Thanh, Founder and CEO at ViBIM

Pham Thanh
Founder & CEO

Pham Thanh is the founder and CEO of ViBIM, which he grew from three employees into a 30-strong BIM outsourcing team. Contributed to Vietnam’s first national BIM Guidelines (Ministry of Construction, 2017). MBA, Solvay Brussels School of Economics and Management (2012); Bachelor of Architecture, ABAC University (2008); BIM Management Certificate, BCA Academy, Singapore (2014).

Learn More

Do Van Yen, Architectural Team Leader at ViBIM

Do Van Yen
Architectural Team Leader

Do Van Yen is ViBIM’s Architectural Team Leader and one of its first three specialists, working with the founder since 2011. Has led architectural BIM modeling since 2014 and helped build the company’s Scan to BIM services and standards from the start. Civil Engineering, University of Transport and Communications.

Nguyen Tien Trung, Structural Team Leader at ViBIM

Nguyen Tien Trung
Structural Team Leader

Nguyen Tien Trung is ViBIM’s Structural Team Leader and manages the company’s BIM standardization system, leading structural modeling on its largest, most complex projects. Construction Engineering, Hanoi University of Civil Engineering (2019).

Truong Van Huong, MEP Team Leader at ViBIM

Truong Van Huong
MEP Team Leader

Truong Van Huong is ViBIM’s MEP Team Leader, leading mechanical, electrical and plumbing BIM modeling and coordination. Brings years of hands-on MEP design and implementation experience to large, complex project delivery. Bachelor’s in Electrical Engineering, specializing in Electrical Systems (2018).

Truong Quoc Trung, Project Manager at ViBIM

Truong Quoc Trung
Project Manager

Truong Quoc Trung is ViBIM’s Project Manager and one of its first-generation modelers, with the company since 2018. Runs its medium to large-scale BIM projects end to end and mentors new modelers. Practical Engineer’s degree in Civil Engineering, Construction Technical College No. 1 (2017).

What Do You Need for a Structural BIM Modeling Quote?

A structural BIM modeling quote depends on the framing, the detail and tolerance, and the files you need. Two buildings of the same size can need very different effort if one has complex steel connections or mixed framing. Your quote from ViBIM arrives within 12–24 hours of receiving four items from your team. The items are listed below:

  • Point cloud and structural drawings: An RCP or E57 file, plus any structural drawings or specifications you have. Drawings matter most for rebar, foundations, and connections the scan cannot see. If the scan is not ready yet, drawings alone are enough for a first estimate.
  • Framing and options: Concrete, steel, timber, or mixed framing, and which optional items to include, such as rebar, connections, and embedded items.
  • LOD and tolerance: The member detail you need and the model-to-scan tolerance your spec sets.
  • Files and dates: Your Revit version, any Navisworks, IFC, DWG, or PDF files you need, and your deadline for the full model or each floor.

Architecture and MEP can be quoted with the frame through ViBIM’s scan to BIM services, so all three models come from one point cloud and one coordinate system. ViBIM can sign your NDA, or your client’s, before you share the first file.

Structural BIM Modeling

Structural BIM Modeling Across the USA and Worldwide

Structural BIM modeling across the USA and worldwide uses each market’s steel sections. US projects use AISC shapes, while UK, Australian, and Canadian projects use their national section tables, such as AS/NZS 3679. The markets ViBIM serves are shown below:

United States flag

United States

United Kingdom flag

United Kingdom

Canada flag

Canada

Australia flag

Australia

European Union flag

European Union

Scan to BIM Services in the USA

The US states and cities we serve are shown below:

US map highlighting the Western states ViBIM serves with scan to BIM services, including Alaska and Hawaii

Alaska

Arizona

California

Colorado

Hawaii

Idaho

Montana

Nevada

New Mexico

Oregon

Utah

Washington

Wyoming

Irvine

US map highlighting the Midwestern states ViBIM serves with scan to BIM services

Illinois

Indiana

Iowa

Kansas

Michigan

Minnesota

Missouri

Nebraska

North Dakota

Ohio

South Dakota

Wisconsin

Chicago

US map highlighting the Southern states ViBIM serves with scan to BIM services, from Texas to Delaware

Alabama

Arkansas

Delaware

Florida

Georgia

Kentucky

Louisiana

Maryland

Mississippi

North Carolina

Oklahoma

South Carolina

Tennessee

Texas

Virginia

West Virginia

Washington DC

US map highlighting the Northeastern states ViBIM serves with scan to BIM services, from Pennsylvania to Maine

Connecticut

Maine

Massachusetts

New Hampshire

New Jersey

New York

Pennsylvania

Rhode Island

Vermont

Boston

How As-Built Structural BIM Supports Existing-Building Projects

As-built structural BIM supports retrofit design, clash checks with other disciplines, quantity takeoffs, and facility records. Engineers start from the measured frame instead of measuring on site, a workflow covered in our guide to BIM for structural engineers. Each use is described below:

Scan-to-model check marking a beam missing from the structural BIM model

Navisworks clash detection between a pipe and a wall for structural BIM coordination

Revit schedule of steel section sizes and weights from a structural BIM model

Revit plan, section, and 3D views of an as-built structural BIM record

Retrofit and Renovation Design

Engineers receive measured member sizes, positions, and spans before designing an opening or extension. Working from existing conditions reduces errors and rework in design and construction. Your engineer remains responsible for load analysis, calculations, and design decisions, and can build an analytical model from this geometry.

Clash Checks with Architecture and MEP

Engineers can load the structural model alongside architectural and MEP models to find clashes before site work. ViBIM can also run clash detection in Navisworks or Revit coordination tools and report critical issues. Shared coordinates, model versions, and who reviews each clash are agreed on during scoping.

Quantity Takeoff and Shop Drawing Preparation

Revit categories and types support steel and concrete quantity schedules for the modeled scope. Detailers can use the geometry as a measured starting point for shop drawings, and contractors can use it for construction sequencing.

Facility Records and Future Upgrades

After handover, the model remains a structured record of the frame for facility management and asset tracking. The same file can be reused for the next upgrade, so design, construction, and facility teams work from one source.

Building at night with prism kaleidoscope/prism lens effect

Download Structural Modeling Review Checklist

The Structural Modeling Review Checklist lists what to check in a structural model before acceptance, whichever team built it.

Download checklist

Structural BIM from Point Clouds FAQs

Structural BIM from point clouds FAQs answer what a scan can and cannot show, whether the model is ready for analysis, how quality is checked, and how projects are priced.

No. A laser scan records surfaces, so reinforcement inside concrete has no points to model from. ViBIM models rebar schematically from your reinforcement drawings or specifications, or from bars exposed in the scan. Without those records, rebar stays out of the model.

Not on its own. The model gives your engineer the measured geometry of the frame. Loads, supports, material properties, and the analytical model are set by the engineer in their analysis workflow. If your engineer needs the model prepared in a specific way, add it to the brief.

We check incoming RCP or E57 point clouds for coverage and quality, using ReCap Pro to prepare the data. Modelers build Revit elements against the scan. In-house tools then check each element against the tolerance you set, and Navisworks Manage runs clash detection. Two senior BIM specialists then review the model independently.

Pricing depends mainly on the structure’s size, complexity, and systems, along with point cloud quality, LOD, LOI, and requested deliverables. ViBIM quotes each project at an hourly rate or as a lump sum, based on estimated modeling hours. Our Scan to BIM price guide explains the main cost factors.

Surveyor operating a laser scanner on a tripod inside an unfinished building to capture a point cloud

START WITH A FREE TRIAL

Send Your Scan, Get a Free Trial Model and a Quote in 12 to 24 Hours

Share your point cloud and project scope. We return a free trial model on your own data, plus a fixed quote, before you commit to anything.

Free trial model on your sample data

Scope, timeline and quote in 12–24 hours

NDA on request · secure file transfer

Please enable JavaScript in your browser to complete this form.
Demo
Privacy policy
Recevie news