Practice
Methods, not services. Systems, not deliverables.
Every method we develop connects back to one question: how do we make buildings lighter, smarter, and less wasteful? These practice areas are how we answer it.
Design Intelligence
AI is not a render engine. We build MCP servers that connect large language models to real design tools — Revit, Rhino, structural analysis — creating intelligent agents that understand geometry, codes, and context. RAG systems that learn from project libraries. Asset databases that grow smarter with use.
- MCP integrations for Revit and Rhino
- RAG-based retrieval over project knowledge
- Online asset libraries with semantic search
- AI agents that participate in design, not just generate images
Facade & Structure
Complex geometry demands complex logistics. We automate the bridge between architectural intent and fabrication reality — steel, glass, aluminium — with precision down to 0.01mm. This is where computational design meets the factory floor.
- Parametric envelope rationalization
- Automated CAD-FEM optimization loops
- Production-facing data: CNC, drawings, assembly logic
- Projects: MSG Sphere, Kuwait Airport, Bloomberg, KAPSARC
Sustainable Materials
At AlgoLoam, we are developing recyclable loam wall systems through EU-funded research. Algorithmic design meets earth construction — turning one of humanity's oldest materials into a precision-engineered, zero-waste building component.
- EU-funded research programme
- Algorithmically optimized earth-based wall systems
- Full lifecycle recyclability — cradle to cradle
- Material science meets computational geometry
Integrated Production
As Head of Design at Cosmic Buildings, we are building complete vertical integration — a full house configurator that generates an entire digital twin ready for robotic production. Design, engineering, fabrication data, and assembly instructions from a single parametric source.
- Full house configurator → digital twin → robotic production
- Vertical integration from client brief to factory floor
- Mass customization without mass complexity
- Parametric systems that eliminate manual rework