Robots spray living bacteria to grow biocemented architectural surfaces
Researchers have developed a robotic fabrication method that sprays living bacteria, cementation solution and sand onto surfaces to grow biocemented ...
Researchers have developed a robotic fabrication method that sprays living bacteria, cementation solution and sand onto surfaces to grow biocemented ...
Researchers built a parametric workflow that scans tree forks, matches their fork-angle statistics to digitally optimized structures, and fabricated three ...
Researchers report a robotic pipeline that braids hemp rope into mold-free building panels consolidated by fungal mycelium instead of synthetic ...
Researchers have developed a 3D printing framework that recalculates the placement of every material bead during fabrication using live light ...
A systematic review of 110 peer-reviewed studies maps how human–robot collaboration in architectural fabrication has evolved from manually controlled tools ...
Researchers have demonstrated a workflow that converts structural, airflow and solar simulation data directly into a voxel-printed multi-material facade model.
MIT researchers developed a modular origami-based construction system that produces rigid, lightweight structures about 3.5 times stiffer than some other ...
Imagine a building that designs itself, optimizes its own concrete mix, and inspects every layer of its own walls as ...
The statistical architecture of the study deserves closer attention, because the way the researchers structured their evaluation reveals how design ...
ETH Zurich researchers have combined bacteria, sand and digital manufacturing to grow solid architectural elements without firing cement.
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine