Set the direction
Build repeatable geometric rules that can be adjusted without redrawing the system from scratch.
Artimist Lab / computational design / Grasshopper
Parametric Canopy Computational Design Studies
Grasshopper-led computational design and visualization study exploring repeatable geometry, environmental response, material logic and human scale.
01 / Project brief
What the work needed to resolve.
The canopy studies investigate how rule-based geometry can produce architectural form that remains legible at human scale. The work connects repetition, environmental response and material logic rather than using parametric form as decoration alone.
02 / Approach
Design decisions, not filler.
Resolve the system
Test how density, span, rhythm and environmental response affect the spatial character of the canopy.
Make it communicable
Use visualization to evaluate whether the computational logic produces a convincing public-space experience at human scale.
03 / Scope
What moved from idea into delivery.
- Parametric geometry studies
- Grasshopper workflows
- Form-finding iterations
- Computational design research
- Architectural visualization
- Presentation studies
04 / Project visual record
Design, detail and atmosphere.
Selected project views connect the finished presentation with the drawings, material thinking and spatial decisions behind it.
05 / What this demonstrates
The studies show how Artimist's research practice can connect parametric systems with architectural judgement and visual communication.
Start with the real project
Have a similar problem to solve?
Send the current plans, survey, model, reference material or early brief. Artimist can review the information and define the right design, visualization or documentation scope.
Discuss your project