Adam Heisserer

Computational design, data, and architecture.

Cast Soleil

Team: Alexei Dukov, Adam Heisserer, Professor Brad Bell

This project is a brise soleil cast in hydrostone, and an exploration of two-sided molds. Modularity allows for the repetitive, consistent fabrication of interchangeable units, and an easy assembly process. Material efficiency is emphasized by minimizing the section depth and utilizing a reusable two sided mold. Both the daily cycle and annual cycle of sun angles are considered to produce geometries that mitigate direct sunlight, perform as a light shelf, and maintain exterior views. Modeled in Grasshopper 3D and Rhino.

UT Arlington CAPPA architecture digital fabrication.

Hydrostone brise soleil with circular modules, modeled in Rhino and Grasshopper for sun shading and views.
Three hydrostone brise soleil modules with curved and angular forms, showcasing modular sun shading design.
Three hydrostone brise soleil modules with angular forms, showcasing modular sun shading design.
Hydrostone brise soleil panel with engraved markings, ready for assembly into a sun-shading facade.
Circular hydrostone brise soleil modules framed by trees, filtering sunlight through geometric openings.
Hydrostone brise soleil modules with curved openings, casting rhythmic shadows for sun shading.