ARCHITECTED MATERIALS
Cross-dimensional morphological systems
Programmable deformation pathways, compliant mechanisms, and shape-changing material architectures.
Explore project ↗Computational Geometry · Physical Intelligence · Digital Fabrication
Can computation be used not only to design the geometry of physical systems, but also to program how they behave, transform, and interact with their environments?
Explore selected research ↓RESEARCH AGENDA
My research investigates how geometry, material properties, and computational design can work together to create architected systems with rich mechanical behavior. Across scales and disciplines, I explore physical structures that transform, adapt, and interact with their environments.
SELECTED WORK
ARCHITECTED MATERIALS
Programmable deformation pathways, compliant mechanisms, and shape-changing material architectures.
Explore project ↗COMPUTATIONAL FABRICATION
Cut-pattern mechanisms for transforming planar stock into mechanically responsive structures.
Explore project ↗BIO-INSPIRED INTERFACES
Exploring adaptive and expressive material interfaces for human–plant interactions.
Explore project ↗WRITING & OUTPUTS
Research papers, supplementary materials, demonstration videos, code repositories, and patent information will be linked here as appropriate for public disclosure.
Content and media will be added progressively. Please contact the author for additional information.