Capabilities

Overview

WE BUILD PARAMETRIC SYSTEMS FOR ARCHITECTURE, DESIGN & ADVANCED PRODUCTION.

We combine parametric design, custom software, spatial data, simulation, and digital fabrication into project-specific workflows. From Grasshopper tools and design automation to BIM–GIS interoperability and fabrication-ready output, each system is developed around the technical demands of the project.

PARAMETRIC DESIGN
Algorithmic SIMULATION
SPATIAL DATA
Digital FABRICATION

PARAMETRIC DESIGN SYSTEMS

Custom Grasshopper-based systems for design automation and geometry control- turning complex logic into flexible, reusable parametric workflows.

 
 

URBAN SIMULATION ANALYSIS

Data-driven simulation for mobility, accessibility, and spatial performance- supporting evidence- based decisions across urban environments and scales.

 

SPATIAL
DATA
SYSTEMS

Integrated BIM, GIS, Rhino, and data workflows- connecting spatial information across design, analysis, and computational environments.

Design
to
Fabrication

From parametric models to fabrication-ready output- embedding material constraints, toolpaths, and production logic directly into the design workflow.

Parametric Design. Simulation. Fabrication.

SELECTED APPLICATIONS

01

PARAMETRIC BUILDING ENVELOPE SYSTEM

Custom parametric workflows for facades, panelization, shading, and fabrication.
CHALLENGE

Complex facade geometry, repeated components, or controlled variation that is difficult to manage manually.

System

A project-specific system controlling panel size, openings, depth, orientation, pattern, and geometric constraints.

ENVIRONMENT

Rhino · Grasshopper · Python / C#

DELIVERABLES

Editable Grasshopper system · Rhino geometry · panel data · fabrication-ready outputs
02

PARAMETRIC INTERIOR SYSTEMS

Custom systems for ceilings, wall panels, partitions, and repeated interior components.
CHALLENGE

Interior projects with many related components requiring controlled variation and coordination.

 

System

Generates component families and configurations from spatial geometry, design rules, and project constraints.

ENVIRONMENT

Grasshopper · Rhino · Python / C#

 

DELIVERABLES

Editable parametric model · component families · schedules · fabrication data
03

URBAN SIMULATION & SPATIAL ANALYSIS

Data-driven workflows for testing urban scenarios, accessibility, density, and environmental performance.
CHALLENGE

Urban projects requiring rapid comparison of development scenarios and spatial performance.

System

Models urban form, movement, accessibility, density, and environmental conditions across multiple scenarios.

ENVIRONMENT

GIS · OSM · Grasshopper · Python

DELIVERABLES

Scenario models · accessibility maps · performance metrics · decision-ready visualizations