Service
Computation as a design tool.
Parametric systems and data-driven workflows that let design teams test more options, with clearer reasons for the one they choose.
- 01 Base geometry
- 02 Parameters
- 03 Variations
- 04 Selected
Problems we solve
Where projects lose time.
- Too few options, because each one is slow to draw
- Facade or pattern geometry that is hard to rationalise
- Design rules that live in people’s heads instead of the model
Capabilities
- Parametric design
- Geometry generation
- Design-option studies
- Facade systems and panelisation
- Pattern generation
- Design optimisation
Show all 11 capabilities
- Geometry rationalisation
- Rhino and Grasshopper workflows
- Rhino to Revit interoperability
- Data-driven design
- Custom design tools
How it runs
Workflow
- DefineTurn the design intent and constraints into rules and parameters.
- GenerateProduce and compare options quickly.
- EvaluateTest area, daylight, cost or buildability against the brief.
- RationaliseResolve the chosen option into buildable geometry.
- TransferDeliver into the BIM model and documentation.
What you receive
- Option studies with the rules that generated them
- Rationalised facade and panel geometry
- Grasshopper definitions and custom tools
- Geometry transferred into the Revit model
Typical engagements
- Facade design and panelisation for architects and facade contractors
- Feasibility and unit-mix studies for developers
- Massing and layout option studies
- Custom Grasshopper tools for design teams
Next step
Have a project, model or workflow we can improve?
We reply within two working days. Only your name, email and a few lines are needed.