algorithmic modeling for Rhino
Trans-computational membranes will explore computational design methods through the use of digital-analogue experimentation. It will challenge the way we conceive flexibility within the context of spatial re-adaptation as a driver for social change. Time-based dynamic systems will transform the digital–analogue divide through networks of instantaneous spatial deployment creating a symbiotic spatial context that examines new-era demands.
Philips will cover 60% of the inscription fee for the best 6 applicants. Submit your CV and portfolio to email@example.com.