Structural BIM Modeling
Develop structured structural BIM models from appropriate engineering inputs.
STRUCTURAL BIM • REVIT • CONCRETE • STEEL
Structural BIM Services
Develop structured structural BIM models from supplied engineering information — supporting concrete and steel modeling, foundation and framing coordination, structural openings, reinforcement interfaces, model-based documentation and multidisciplinary digital delivery.
Model
Structural Information
Coordinate
Structural Interfaces
Document
Model-Based Outputs
Validate
Digital Delivery
Structural Digital Delivery
Connect Structural Geometry with the Wider BIM Environment
Structural BIM organizes foundations, framing, slabs, walls, steel members, openings and related project information within a coordinated digital model.
The structural model can support coordination with architecture, MEPF, steel detailing, reinforcement workflows and construction documentation.
Model development should remain tied to supplied structural engineering information and the agreed project BIM scope.
Structural Information Connected Through BIM
Foundations • Concrete • Framing • Steel • Openings • Coordination
Structural BIM Capabilities
Structural Model Development for Coordinated Project Delivery
Structural BIM scope can be developed from supplied engineering drawings, structural design information, project standards and BIM requirements.
Concrete BIM Modeling
Model project-defined foundations, slabs, beams, columns and concrete walls.
Structural Steel BIM
Develop structural steel model information based on supplied engineering design.
Foundation Modeling
Model footings, foundation walls, pile caps, pedestals and other defined elements.
Structural Framing Models
Develop beam, column and framing geometry according to project information.
Structural Opening Coordination
Coordinate project-defined penetrations, sleeves and structural opening information.
Reinforcement Interface Support
Coordinate structural model information with defined reinforcement workflows.
Model-Based Documentation
Generate project-defined structural plans, sections and model-derived outputs.
Multidiscipline Coordination
Coordinate structural models with architectural, MEPF and specialist information.
Structural Model Content
Typical Structural Elements Within BIM Models
ELEMENT 01
Footings
Project-defined
isolated,
combined
or other supplied footing geometry.
ELEMENT 02
Pile Caps
Foundation components
modeled from
supplied structural information.
ELEMENT 03
Foundation Walls
Structural wall geometry
related to
below-grade construction.
ELEMENT 04
Slabs
Structural slab
geometry,
edges
and project-defined openings.
ELEMENT 05
Beams
Concrete or steel
beam geometry
according to supplied design.
ELEMENT 06
Columns
Structural column
locations,
sizes
and model geometry.
ELEMENT 07
Structural Walls
Concrete,
shear
or other structural wall
information as supplied.
ELEMENT 08
Bracing
Structural bracing
geometry where
included in design information.
ELEMENT 09
Steel Framing
Project-defined
steel member
and framing information.
ELEMENT 10
Openings
Structural openings,
penetrations
and coordinated interface zones.
ELEMENT 11
Pedestals
Equipment
or project-defined
structural pedestal information.
ELEMENT 12
Equipment Foundations
Structural foundation
geometry for
project-defined equipment
where included.
Structural Model Control
A Detailed Structural Model Does Not Automatically Mean the Structure Has Been Engineered
BIM can represent structural geometry, relationships and project information in significant detail.
But model detail should not be confused with structural analysis, engineering calculations or professional design approval.
Engineering Basis
Structural BIM should follow
supplied engineering
design information.
Model Development
Geometry and information
should match
the agreed BIM scope.
Multidiscipline Coordination
BIM can support
interface coordination
without changing
design authority.
Professional Responsibility
Structural calculations
and engineering approval
remain with
the responsible engineer.
Structural BIM Workflow
From Engineering Information to Coordinated Structural BIM
01
Review
Review structural drawings, design information, models and BIM requirements.
02
Setup
Establish levels, grids, coordinates and model structure.
03
Model
Develop structural BIM geometry according to supplied design information.
04
Coordinate
Review interfaces with architecture, MEPF and specialist models.
05
Document
Prepare agreed model-derived structural project outputs.
06
Validate
Review models against project-defined BIM and delivery requirements.
Structural Systems
BIM Support Across Structural Systems
Reinforced Concrete
Foundations,
columns,
beams,
walls
and slabs
modeled from supplied design.
Structural Steel
Steel framing,
columns,
beams
and bracing
coordinated within BIM.
Hybrid Structures
Coordinate projects
combining concrete,
steel
and other structural systems.
Equipment Support Structures
Model project-defined
support framing,
pedestals
and equipment foundations.
Vertical Structural Elements
Columns,
walls,
cores
and other supplied
vertical structural systems.
Horizontal Structural Elements
Beams,
slabs,
framing
and project-defined
floor systems.
Structural Interfaces
Coordinate the Structure with Building Systems
INTERFACE 01
Slab Openings
Coordinate project-defined
slab penetrations
and openings.
INTERFACE 02
Wall Openings
Review project-defined
service penetrations
through structural walls.
INTERFACE 03
Beam Interfaces
Review service routing
around structural
beam conditions.
INTERFACE 04
Column Interfaces
Coordinate architecture,
MEPF
and structural column zones.
INTERFACE 05
Equipment Bases
Coordinate selected
equipment locations
with structural support information.
INTERFACE 06
Shafts & Risers
Coordinate structural
framing around
project-defined vertical zones.
INTERFACE 07
Embedded Items
Coordinate supplied
embedded-item information
where included in scope.
INTERFACE 08
Support Conditions
Review project-defined
structural interfaces
supporting adjacent systems.
Structural Documentation
Connect Structural BIM to Model-Based Project Outputs
Foundation Plans
Prepare project-defined foundation model views based on supplied engineering information.
Framing Plans
Generate model-based structural framing views according to project scope.
Structural Sections
Prepare sections from the model for project-defined structural documentation.
Structural Elevations
Generate selected structural elevation views where required.
Opening Coordination Drawings
Support project-defined opening and penetration coordination documentation.
Model-Based Schedules
Prepare selected structural model schedules according to project requirements.
Coordination Views
Generate targeted model views for structural interface review.
Digital Deliverable Packages
Prepare agreed structural BIM and model-derived project outputs.
Multidiscipline Coordination
Structural BIM Within the Federated Model
Structure + Architecture
Coordinate structural
grids,
walls,
columns,
slabs
and architectural planning.
Structure + HVAC
Review duct routes,
plant interfaces
and structural opening requirements.
Structure + Plumbing
Coordinate piping,
vertical risers,
slabs
and penetration zones.
Structure + Electrical
Review electrical
equipment,
containment
and structural interfaces.
Structure + Steel Detailing
Connect structural
design-model information
with downstream
detailing workflows.
Structure + Rebar Detailing
Coordinate supplied
structural information
with reinforcement
detailing requirements.
Inputs & Deliverables
Engineering Information In. Structured Structural BIM Out.
Typical Inputs
- Structural engineering drawings
- Structural design information
- Existing structural models
- Architectural models
- MEPF models
- Project specifications
- BIM Execution Plan
- LOD / LOI requirements
- Structural schedules
- Project revision information
Typical Deliverables
- Structural BIM model
- Revit structural model
- Foundation model information
- Framing model information
- Concrete model information
- Structural steel BIM information
- Opening coordination information
- Structural plans and sections
- Coordination-ready model
- Project-defined model schedules
Structural BIM QA / QC
Model Quality Before Coordination & Delivery
Structural BIM quality depends on accurate interpretation of supplied engineering information, consistent model structure and controlled project revisions.
Model QA should review source alignment, grids, levels, coordinates, element placement, openings and project-defined information requirements.
Source Alignment
Review model geometry
against supplied
engineering information.
Levels & Grids
Confirm structural
reference information
within project scope.
Coordinates
Review model alignment
for federation
and coordination use.
Structural Elements
Review project-defined
element geometry
and placement.
Openings
Review required
structural openings
and interface information.
Revision Status
Confirm model information
reflects the intended
project revision.
Structural BIM Applications
Structural BIM Across Project Types
Commercial Buildings
Structural framing
and concrete BIM
for coordinated
commercial project delivery.
Data Centers
Structural coordination
around equipment,
utilities
and dense technical systems.
Healthcare
Structural BIM
integrated with complex
architectural
and MEPF systems.
Industrial Facilities
Structural models
for equipment-intensive
and manufacturing environments.
Residential & Multifamily
Concrete,
framing
and coordination BIM
for residential projects.
Life Sciences & High-Tech
Structural BIM
supporting technically complex
project interfaces
and service zones.
Scope Responsibility
Structural BIM Production Does Not Replace Structural Engineering Design
MEP Global Engineering can support structural BIM production, digital documentation and multidisciplinary coordination from supplied engineering information.
Structural analysis, design calculations, member sizing, reinforcement design, connection design, code responsibility, professional engineering approval and stamping remain with the responsible structural engineer unless separately defined through an appropriate professional scope.
Engineering Information
Supplied structural
design information
forms the modeling basis.
BIM Production
Develop structured
structural models
and project deliverables.
Structural Design
Analysis,
calculations
and engineering decisions
remain with
the responsible engineer.
Professional Approval
Formal engineering
approval and stamping
remain project-specific responsibilities.
Related Services
Connect Structural BIM to Detailing & Digital Delivery
Frequently Asked Questions
Structural BIM FAQs
What are Structural BIM services?
Structural BIM services support development of structured digital models for foundations, concrete, steel framing, openings and other structural elements based on supplied engineering information.
Can structural BIM models include both concrete and steel?
Yes. Depending on project scope, supplied engineering design and BIM requirements, models can include concrete, structural steel or hybrid structural systems.
Can Structural BIM models be coordinated with MEP systems?
Yes. Structural models can be federated with architectural and MEPF models to review openings, penetrations, routing and spatial interfaces.
Can structural openings be coordinated through BIM?
Yes. Project-defined openings, penetrations and sleeves can be coordinated with structural and MEPF information where included in scope.
Can Structural BIM support steel and rebar detailing?
Yes. Structural BIM can support downstream detailing workflows, while steel detailing and rebar detailing are handled as their own defined service scopes.
Does Structural BIM modeling include structural calculations?
Not automatically. Structural BIM production is based on supplied engineering information. Structural analysis, calculations, engineering design and professional approval remain separate project responsibilities unless specifically included through an appropriate professional scope.
Structural Digital Delivery
Need Structural BIM or Revit Modeling Support?
Share your structural drawings, BIM requirements, project stage, LOD / LOI expectations and required model or documentation outputs.