I have extensive experience in programming and scripting for architecture, with a focus on combining computational strategies and sustainable design. As a research assistant at the Aarhus School of Architecture, I developed advanced algorithms and taught workshops in robotics, programming, and digital fabrication, helping students explore innovative approaches to design.
One notable project is Stepping Stones, where I created a genetic algorithm to digitally sort Larvikite slabs for a structural floor system. This approach minimized waste while highlighting the natural qualities of the stone, demonstrating the potential of computational tools in sustainable architecture.
Grasshopper / Rhino
Tasks that can benefit from being automated or having adjustability I develop custom tools with a visual and easy to use interface for users without any prior experience in grasshopper.
Python
For use in conjunction with grasshopper and rhino or as a standalone solution to specific challenges.
CAM & G-code for digital fabrication
I create CAM workflows and generate G-code for precise digital fabrication, optimizing processes for CNC machining, robotics, and other automated tools.