Ugur Yildirim S.

I'm an architect and computational designer who builds Rhino/Grasshopper and Python workflows for architecture, urban design, and generative fabrication. I turn site data, design rules, and performance goals into structured models, reusable tools, and design options teams can evaluate. 📌 What I deliver ✅ Rhino/Grasshopper automation: custom definitions and Python scripts for repetitive or rule-based workflows. ✅ GIS-to-Rhino site context: terrain, buildings, and other available geospatial layers organized for early design. ✅ Parametric massing and site layouts: configurable models based on project constraints. ✅ Environmental analysis and optimization: workflows using Ladybug Tools, Wallacei, and Galapagos where appropriate. ✅ Generative geometry for fabrication: algorithmic forms such as polyhedral wire structures, with geometry and fabrication schedules defined by the brief. ✅ Troubleshooting and technical review: diagnose existing definitions, improve structure, and document handover. 🟢 Background I have 6+ years in computational design and architecture, including contributions to 60+ projects across 4+ countries at PLH Arkitekter. I founded EvolvArk, a Copenhagen-based computational design practice working on projects in Denmark and North America. I co-authored a peer-reviewed paper on evolutionary algorithms in early-stage design, and my portfolio includes award-winning parametric work. How I work: we start with a conversation about your brief, then agree on inputs, outputs, and acceptance criteria; I deliver the working file and a documented handover. Ready to discuss a workflow or brief? Send me a message or book a Design Consultation, and we'll define the technical constraints and a practical scope together.