ViBIM delivers Topography BIM Modeling services, converting point cloud data into precise, detailed Revit models of external environments around buildings. We excel in modeling localized exterior features, including sidewalks, curbs, driveways, internal roads, parking lots, courtyards, and adjacent landscaped areas.
Our structural modeling expertise covers key systems such as reinforced concrete structures, structural steel frames, space frames, trusses, large-scale hybrid structures, and timber constructions. From residential buildings to complex industrial plants and large-scale infrastructure, ViBIM provides the capacity and specialized expertise to meet your project requirements.
Every structural BIM model we produce serves as a dependable digital twin throughout the project lifecycle. During design, these models enable structural analysis, retrofitting simulations, and clash detection. In the construction phase, they improve project management with accurate quantity take-offs, sequencing, and on-site coordination. For project handover and as-built documentation, our models deliver precise records to support long-term facility management and future enhancements.
Our Structural BIM Services Offers
ViBIM offers complete structural BIM modeling services, converting point cloud data into precise, data-enriched Revit models. Our services range from basic geometric representations to sophisticated parametric models featuring full structural intelligence and integrated metadata.
3D Structural Modeling from Point Cloud
Transform raw laser scan data (formats like RCP, E57, etc.) into precise, detailed Revit-based structural models. This encompasses accurate modeling of all primary structural components, including columns, beams, slabs, trusses, complex roof structures, load-bearing walls, and foundations.
Structural System Differentiation
Accurately identify and model various structural systems, including reinforced concrete (RC), steel frames, space frames, hybrid steel-concrete systems, and timber structures. Each system is modeled in accordance with regional standards (AISC, AS 4100, CSA S16, BS EN 1993) to ensure compliance and precision.
Rebar and Embedded Object Representation (Optional)
Offers schematic modeling of rebar layouts derived from visible indicators in scan data or by referencing legacy drawings and specifications when provided. Embedded components such as base plates, bolts, or stiffeners can be incorporated based on project requirements.
Element Classification & Metadata Assignment
Assign structural elements to appropriate Revit categories (e.g., Structural Columns, Structural Framing, Structural Foundations) using standardized naming, types, and material assignments. Incorporating relevant metadata (e.g., material properties, load-bearing capacity, and installation dates if available) enables effective filtering, scheduling, quantity take-offs, and smooth integration with other project data and systems.
Clash Review and Constructability Checking
Performs early-stage clash detection between structural and other disciplines (e.g., MEP, Architecture) using Navisworks or Revit coordination tools. Critical issues are identified and reported for resolution prior to advancing further modeling phases.
Structural Model Cleanup & Optimization
Final models undergo a thorough audit to verify element connectivity, join conditions, level accuracy, naming compliance, purged families, and file cleanliness, delivering a reliable, lightweight, and production-ready model.
Flexible Output Formats & File Delivery
Deliverables encompass Revit (.RVT), Navisworks (.NWC/.NWD), IFC, and 2D extractions (DWG, PDF). File structures, naming conventions, and folder organization adhere to client-specific delivery standards or ISO 19650 when specified.
Benefits of Structural BIM Modeling Services
Utilizing Structural BIM modeling services from point cloud data provides significant benefits across the building lifecycle, from retrofit planning and construction to long-term facility management.
- Creates an accurate digital foundation for structural analysis, renovation planning, and retrofit design, ensuring alignment with real-world site conditions.
- Facilitates seamless collaboration among structural, architectural, and MEP teams by enabling early detection and resolution of design conflicts through clash detection.
- Improves load analysis accuracy, enhancing decision-making for retrofit and renovation projects while ensuring structural integrity and compliance.
- Minimizes errors, miscommunication, and costly rework by leveraging precise data on existing conditions, ensuring designs and construction are based on reliable information.
- Supports smooth transitions from structural design to detailed shop drawings and construction documentation with accurate geometry and classification, reducing discrepancies.
- Provides structured, valuable data for efficient long-term facility management and asset tracking.
- Serves as a consistent information source, reusable across project stages, enhancing interoperability among design, construction, and facility management teams.
ViBIM offers complete structural BIM modeling services, converting point cloud data into precise, data-enriched Revit models. Our services range from basic geometric representations to sophisticated parametric models featuring full structural intelligence and integrated metadata.
3D Structural Modeling from Point Cloud
Transform raw laser scan data (formats like RCP, E57, etc.) into precise, detailed Revit-based structural models. This encompasses accurate modeling of all primary structural components, including columns, beams, slabs, trusses, complex roof structures, load-bearing walls, and foundations.
Structural System Differentiation
Accurately identify and model various structural systems, including reinforced concrete (RC), steel frames, space frames, hybrid steel-concrete systems, and timber structures. Each system is modeled in accordance with regional standards (AISC, AS 4100, CSA S16, BS EN 1993) to ensure compliance and precision.
Rebar and Embedded Object Representation (Optional)
Offers schematic modeling of rebar layouts derived from visible indicators in scan data or by referencing legacy drawings and specifications when provided. Embedded components such as base plates, bolts, or stiffeners can be incorporated based on project requirements.
Element Classification & Metadata Assignment
Assign structural elements to appropriate Revit categories (e.g., Structural Columns, Structural Framing, Structural Foundations) using standardized naming, types, and material assignments. Incorporating relevant metadata (e.g., material properties, load-bearing capacity, and installation dates if available) enables effective filtering, scheduling, quantity take-offs, and smooth integration with other project data and systems.
Clash Review and Constructability Checking
Performs early-stage clash detection between structural and other disciplines (e.g., MEP, Architecture) using Navisworks or Revit coordination tools. Critical issues are identified and reported for resolution prior to advancing further modeling phases.
Structural Model Cleanup & Optimization
Final models undergo a thorough audit to verify element connectivity, join conditions, level accuracy, naming compliance, purged families, and file cleanliness, delivering a reliable, lightweight, and production-ready model.
Flexible Output Formats & File Delivery
Deliverables encompass Revit (.RVT), Navisworks (.NWC/.NWD), IFC, and 2D extractions (DWG, PDF). File structures, naming conventions, and folder organization adhere to client-specific delivery standards or ISO 19650 when specified.
Benefits of Structural BIM Modeling Services
Utilizing Structural BIM modeling services from point cloud data provides significant benefits across the building lifecycle, from retrofit planning and construction to long-term facility management.
- Creates an accurate digital foundation for structural analysis, renovation planning, and retrofit design, ensuring alignment with real-world site conditions.
- Facilitates seamless collaboration among structural, architectural, and MEP teams by enabling early detection and resolution of design conflicts through clash detection.
- Improves load analysis accuracy, enhancing decision-making for retrofit and renovation projects while ensuring structural integrity and compliance.
- Minimizes errors, miscommunication, and costly rework by leveraging precise data on existing conditions, ensuring designs and construction are based on reliable information.
- Supports smooth transitions from structural design to detailed shop drawings and construction documentation with accurate geometry and classification, reducing discrepancies.
- Provides structured, valuable data for efficient long-term facility management and asset tracking.
- Serves as a consistent information source, reusable across project stages, enhancing interoperability among design, construction, and facility management teams.
The Industry Standards We Follow
While most structural Scan to BIM projects do not mandate strict compliance with a single international standard, ViBIM aligns with widely recognized international frameworks and regional practices to ensure quality and interoperability.
- US AISC Steel Profiles (American Institute of Steel Construction)
- UK BS EN and Eurocodes (e.g., BS EN 1993 for Steel, 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
- BIMForum LOD Specification (USA)
- USIBD Level of Accuracy (LOA) Specification
- Project-Specific or Fabricator-Driven Standards: For complex hybrid structures or retrofit projects, ViBIM adapts to client-supplied documentation, including custom family libraries or fabrication detail standards, particularly in EPC or industrial projects.
Our Structural BIM Modeling Services Process
Project Scope Analysis & Understanding Client Requirements
Thorough evaluation of all client-supplied materials, including raw point cloud data (e.g., .RCP, .E57 files), supporting site photographs, TrueView files (if provided for visual reference), and any existing drawings or documentation.
Time Estimation & Resource Planning
Following a comprehensive scope analysis, our technical leaders and project managers work together to estimate project hours. This process accounts for the structure’s complexity, the density and quality of the point cloud data, the required LOD/LOI, and our team’s proven productivity metrics from comparable projects
Project Setup in Revit
Upon project award, the assigned project team begins setup in the Revit environment. This involves establishing the project coordinate system (aligned with the point cloud and existing datums), defining shared levels and grids, creating or applying suitable view templates, configuring worksets for collaborative workflows, and preparing or loading custom Revit families for specific structural elements as needed.
Structural Modeling from Point Cloud
With the project environment set up, the modeling team starts reconstructing the structure from point cloud data, creating 3D models of all relevant structural components.
Structural Logic & Standard Compliance
We carefully verify element connectivity (e.g., beam-column joints, slab-beam interactions, wall-foundation connections), ensure vertical continuity of load-bearing elements across the model, and confirm adherence to applicable regional codes and best practices.
Internal QA/QC Review
Quality assurance and control are central to ViBIM’s process. We implement a robust two-layer QA/QC system, combining automated tools with expert manual reviews.
Model Optimization & Finalization
Prior to delivery, the model undergoes a final optimization phase, resolving duplicate elements, addressing outstanding Revit warnings, and purging unused families, views, and materials to minimize file size and enhance performance.
Client Review & Post-QC Revision
We welcome client feedback on delivered models. Any adjustments or clarifications within the original scope are addressed promptly by ViBIM, typically at no additional cost.
Project Closing & Lessons Learned
After the client accepts the final model and the project is closed, our team conducts an internal “Lessons Learned” session to review and improve processes.
Featured Revit Point Cloud Projects
We have executed lots of large-scale projects for our clients in the US, UK, Australia, Canada and EU.
Take a look to see how we can help you.
Why Choose ViBIM?
Your choice of partner for structural BIM modeling fundamentally defines project success. ViBIM delivers unparalleled value, leveraging deep expertise and proven workflows specifically honed for point cloud-to-BIM conversion.
Our Software Proficiency
Our Testimonials
It is a long established fact that a reader will be distracted by the readable content of a page when looking at its layout.
