As a Computational Designer at Intelligent City,, a technology-driven urban housing company, I spearheaded the development of parametric software and data extraction pipelines for the "Platforms for Life" technology stack.
My work focused on expanding the core parametric building generation system, increasing the range of generatable building forms by 200%. This expansion served as the essential foundation for the company’s design evaluation and optimization workflows.
Beyond geometry, I engineered an automated data ecosystem that bridged the gap between design and analysis. By automating the extraction of building-level data—including precise material quantities—and integrating it with disparate external sources, I developed an interactive dashboard for real-time visualization. This enabled the team to generate instant costing and emission estimates, transforming complex parametric models into actionable environmental and financial insights.
