I design parametric frameworks and simulation tools that transform complex data into controlled, buildable geometry.
Patient-specific implant generation and clinical planning tools based on medical imaging and computational modeling.
Parametric systems for architectural design, structural simulation and rule-based spatial generation.
Automation workflows connecting computational design with CNC production and digital manufacturing.
Custom parametric architectures built around technical constraints, performance logic and measurable outcomes.
Structured workflows that connect analysis, geometry generation and fabrication logic into unified systems.
Tools designed to plug into clinical, BIM or CNC environments with stability and scalability in mind.
Medical
Computational system for generating patient-specific subperiosteal implants from CT data. The workflow integrates anatomical reconstruction, parametric modeling and automated generation of STL geometries ready for additive manufacturing.
View case study >I don’t deliver models. I deliver systems.