New computational models open new paradigms of material address which enable architects to interface and design performance across interdependent scales from material behavior to assembly detailing. Murum Infinitum integrates design, manufacturing and assembly workflows. The workflow involves Robotic Incremental Sheet Forming, machine learning based design approaches, augmented reality assisted design and assembly.
MURUM INFINITUM
AUGMENTED ASSEMBLIES
Academic work
Team: Dilara Özlü, Nora Elida Foss, Joonseok Pak,
Nihit Borpujari, Nikila Vedula, Yu Chen, Dominykas Savickas
AUGMENTED ASSEMBLIES
Academic work
Team: Dilara Özlü, Nora Elida Foss, Joonseok Pak,
Nihit Borpujari, Nikila Vedula, Yu Chen, Dominykas Savickas
ROBOTIC FABRICATION
AUGMENTED ASSEMBLIES
INTERACTIVE EXHIBITION
An interactive exhibition was designed to show off the architectural proposal, with the ability for the user to adapt and transform the design of the virtual wall. By changing the position of the spheres in the space, the wall would readjust to fit the given parameters. User is able to reposition individual panels to achieve wanted architectural expression.
