Revit BIM Solutions
Architecture, structure and MEP in one coordinated model.
Architecture, structure and MEP in one coordinated model.
BIM brings geometry, discipline information and project documentation into a coordinated environment. This helps engineering and design teams review interfaces before they become site issues.
Trainopedia can support discipline-specific BIM modelling or multidisciplinary model development depending on the project stage, source inputs and expected deliverables.
Coordinated Disciplines
Bring architectural, structural and MEP information together for project review.
Improved Visualization
Use 3D BIM models to understand spaces, systems, interfaces and layout.
Reduced Coordination Issues
Review geometric conflicts and discipline interfaces earlier in the design cycle.
Structured Documentation
Support drawings, views, schedules and other model-based project outputs.
Scope of services
Final scope depends on the software platform, project phase, client standards and available inputs.
Architecture Modelling
Develop architectural BIM content including spaces, walls, floors, roofs, doors, windows and defined building elements.
Structural Modelling
Support structural BIM modelling for framing, columns, beams, slabs and selected structural components.
Mechanical Modelling
Model defined HVAC systems, ducts, equipment and mechanical-service routing based on project inputs.
Electrical Modelling
Support electrical containment, major equipment and project-defined electrical BIM elements.
Plumbing Modelling
Develop project-defined plumbing and utility systems within the BIM environment.
BIM Coordination
Combine discipline models for interface review, model coordination and agreed clash-check activities.
Drawing & Documentation Support
Support model-based views, sheets, schedules and documentation where included in the project scope.
Model Update / As-Built Support
Update BIM models based on approved revisions, redlines or verified existing-condition information.
Project execution workflow
Each stage can be adjusted to suit the client's project controls, review cycle and software environment.
Requirement Review
Confirm disciplines, project stage, LOD, software, inputs and expected deliverables.
Input Data Review
Review CAD drawings, PDFs, existing models, standards and project references.
Project Setup
Establish levels, grids, coordinates, naming and project working structure.
Discipline Modelling
Develop architectural, structural or MEP content as defined by the scope.
Model Integration
Combine project disciplines and establish the coordinated review environment.
Coordination Review
Review geometric conflicts, clearances and discipline interfaces.
QA / QC & Documentation
Check model structure and standards, then prepare agreed views, drawings or schedules.
Final Handover
Deliver approved BIM model and project-specific documentation.
What we typically need from the client
- Architectural / structural / MEP source drawings
- Existing BIM / CAD model, where applicable
- Project levels, grids and coordinate information
- Client BIM standards and naming requirements
- Required model LOD / modelling detail
- Discipline responsibility matrix
- Required software version
- Drawing / schedule requirements
Exact input requirements depend on the project scope and available site or project information.
Typical project deliverables
- Architectural BIM model
- Structural BIM model
- Mechanical / HVAC BIM model
- Electrical and plumbing BIM models
- Federated / coordinated model
- Clash / coordination observations
- Model-based drawings / views
- Schedules where included in scope
- Project-specific handover documentation
Final deliverables are confirmed during scope definition and aligned with the client's documentation standards.