Revit supports multiple disciplines within a unified BIM environment.
Develop and refine building forms using massing and free-form modelling tools, with the ability to adjust geometry parametrically.
Use integrated simulation tools to evaluate daylighting, energy performance, and heating and cooling requirements.
Assess the environmental impact of design decisions and test carbon reduction strategies using integrated tools.
Build detailed models with walls, doors, windows, and custom families tailored to project requirements.
Import scanned data to represent existing conditions and support accurate modelling.
Render designs with high-quality outputs to communicate intent clearly.
Create and manage multi-level building components such as stairs efficiently.
Model terrain and site elements using toposolids and 3D alignment tools.
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Create and refine an analytical model in Revit for export to Robot Structural Analysis or SUMO, supporting efficient structural engineering workflows.
Create and refine an analytical model in Revit for export to Robot Structural Analysis or SUMO, supporting efficient structural engineering workflows.
Link structural analysis results directly to the BIM model for iterative design.
Model structural steel connections with parametric tools or custom configurations.
Create detailed reinforcement models and produce associated documentation.
Automate structural workflows using computational design tools.
Use architectural models or imported data to perform load calculations before detailed modelling begins.
Evaluate HVAC systems and optimise performance using data-driven insights.
Model ductwork and piping systems using detailed mechanical components.
Design and document electrical systems while tracking loads across the network.
Create and manage piping systems, including sloped layouts for drainage.
Develop fabrication-ready models with high levels of detail (LOD 400).
Use integrated tools to assess and improve system performance.
Convert design models into fabrication-level detail for construction.
Prepare models for construction by adding detail such as wall layers and concrete pours.
Use manufacturer-specific components to improve accuracy and reduce rework.
Integrate with tools such as Navisworks to support multidisciplinary coordination.
Import and export 2D drawings and sheet sets for stakeholders.
View and navigate Revit models on mobile devices using Autodesk Forma Design Collaboration Essentials (included with Revit) or Autodesk Forma Design Collaboration.
View and navigate Revit models on-site using Forma Design Collaboration Essentials or Forma Design Collaboration, improving project accessibility across teams.
Enhance design models with construction-level information.
Extend functionality and build custom workflows through scripting and development tools..
Speak to us about your operational requirements or outcomes and we'll tailor a solution best suited to your business.