AMAS
Can one aperiodic rule become a dry, self-locking, and reversible architectural assembly?
A dry, self-locking construction system derived from the Hat monotile and tested through multi-scalar physical prototypes.
- ROLE
- Project Lead · First Author
- STATUS
- PAPER ACCEPTED / FORTHCOMING
COMPLETE PROJECT RECORD
Every available drawing, image, and process record is kept in sequence. Nothing is cropped into a decorative slideshow.
An AI-assisted underside study uses light and shadow to reveal the depth, porosity, and self-locking rhythm of the AMAS geometry.
This AI-assisted image tests an imagined relationship between the assembly, landscape, reflection, and human scale; it is not a record of a built installation.
The original prototype image remains the primary physical record behind the atmospheric visual studies.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.
Geometry, assembly logic, analysis, and physical evidence are kept in their original sequence.