Structural BIM Modeling
Develop coordinated structural models representing framing systems, steel members, structural components and associated project information.
Coordinated BIM and 3D modeling solutions for structural steel, architecture and multidisciplinary construction workflows — helping project teams visualize, coordinate and develop reliable digital project information.
Building Information Modeling provides a structured digital environment for representing building components, geometry and project information. BIM workflows can help engineers, architects, contractors and fabricators coordinate project information before construction.
Develop coordinated structural models representing framing systems, steel members, structural components and associated project information.
Develop digital building models supporting visualization, documentation and coordination with other project disciplines.
Coordinate building services with architectural and structural models to help identify potential spatial conflicts.
Convert suitable 2D CAD information into structured BIM models while maintaining project geometry and required information.
Develop BIM models from point-cloud and laser scanning information for existing buildings and structures.
Create project-specific Revit families and digital components according to required geometry and information.
Coordinate multidisciplinary models to improve communication between architectural, structural and MEP teams.
Identify potential model conflicts and coordination issues before they become field-level construction problems.
Support the transition from coordinated digital models to drawings and project documentation.
Structural BIM modeling provides a coordinated digital representation of structural systems. For steel projects, the model can support visualization, coordination, detailing and communication between engineering and construction teams.
BIM becomes more valuable when project disciplines can work from coordinated digital information rather than isolated drawings and models.
Structural framing, steel modeling, structural components, reinforcement and coordination with architectural and MEP disciplines.
Architectural building models supporting design development, visualization, documentation and multidisciplinary coordination.
Mechanical, electrical, plumbing and fire protection model coordination within the wider building model.
Model coordination and digital workflows supporting construction planning, communication and constructability review.
Existing buildings and structures can be represented in BIM using point-cloud and laser-scanning information, subject to project data quality and modeling requirements.
Scan-to-BIM workflows can help project teams work with accurate digital representations of existing conditions. These models can support renovation, retrofit, coordination, documentation and facility-related workflows.
Multidisciplinary coordination can help project teams identify geometry conflicts and constructability concerns before installation.
BIM coordination brings architectural, structural and MEP information into a shared digital workflow. Clash detection can then be used to identify potential intersections and coordination issues for review.
A structured BIM workflow helps establish model requirements, coordinate disciplines and deliver the appropriate digital outputs for each project.
Review drawings, point clouds, specifications, standards and available project information.
Develop the required architectural, structural or MEP digital model.
Combine disciplines and review model relationships and geometry.
Identify and communicate potential coordination issues for project-team review.
Deliver coordinated BIM information according to the agreed project requirements.
BIM projects can involve different platforms depending on the discipline, client requirements and required deliverables.
BIM modeling is the creation of a structured digital representation of a building or infrastructure project containing geometry and, depending on the project, associated information.
Structural BIM modeling represents structural systems such as steel framing, concrete elements and other structural components within a coordinated digital model.
Scan to BIM is a workflow in which point-cloud or laser-scanning information is used as a reference for creating a digital BIM representation of existing conditions.
Clash detection is a model-review process used to identify potential geometric conflicts between building elements or disciplines.
Yes. A coordinated structural model can provide a foundation for detailed steel modeling, coordination, fabrication documentation and related project workflows.
Share your project drawings, models or point-cloud data and discuss the BIM workflow and deliverables required for your project.