"Algorithmic precision meets material craftsmanship"
We design at every scale—from furniture and interiors to buildings and urban complexes. Each project begins with research and ends with construction-ready documentation. Computational tools serve human needs, not the other way around.
Our Studio translates Lab research into built reality. Every project is a case study that feeds back into our methodology. This creates a feedback loop: research informs design, and design validates research.
From furniture details to masterplans — computational design at every scale. Each service backed by research from our Lab.
Custom furniture to complete room layouts. Parametric joinery, acoustic optimization, spatial programming.
"Every interior is a computational challenge. We optimize circulation paths, acoustic reflections, and daylight distribution—then infuse human warmth into the data."
Villas, apartments, and residential units. Climate-optimized floor plans based on living patterns.
"We design "The Template"—ideal residential forms derived from optimization algorithms and living patterns, not arbitrary stylistic choices."
Commercial, mixed-use, and public buildings. Concept through construction documentation.
"Buildings are living organisms. We integrate environmental simulation, structural optimization, and parametric facades to create buildings that breathe, adapt, and perform."
Multi-building developments, campus plans, and residential complexes. Urban-scale systems thinking.
"How do 100 people live together? What makes an ideal neighborhood? We explore optimal density patterns, pedestrian flows, and shared amenities through data-driven design."
Parametric geometry and BIM automation services for architectural firms and developers.
"We act as a specialized plug-in for your team—solving complex geometric problems, rationalizing freeform surfaces, automating repetitive BIM tasks with custom scripts."
From building envelopes to interior spaces — computational design at every scale.
We're always looking for interesting challenges. Let's discuss how we can bring computational precision to your next project.
