We’ve built you a better ArchDaily. Learn more and let us know what you think. Send us your feedback »

Self-Aware Nanobots Form Futurist Megastructures in this Thesis Project from the AA

Architecture is a swarm, and a self aware one at that. That's the vision presented by noMad: a built environment made of Buckminster Fuller-like geometric structures that compile themselves entirely autonomously, according to data gathered and processed by the units. Developed by Architectural Association students Dmytro Aranchii, Paul Bart, Yuqiu Jiang, and Flavia Santos, on a basic level noMad's concept is fairly simple - a small unit of motors that is attached to several magnetic faces, which can be reoriented into different shapes. Put multiple units together, however, and noMad's vision becomes an entirely new form of architecture: non-finite, mobile and infinitely adaptable.

Courtesy of Dmytro Aranchii Courtesy of Dmytro Aranchii Courtesy of Dmytro Aranchii Courtesy of Dmytro Aranchii

"Engineered Paradises" Takes an Imagined Look into the Possibilities Between Palestine and Israel

“Engineered Paradises”, a thesis by Zarith Pineda from Tulane University, looks into a possible future for Hebron, exploring the condition where peace never comes to the West Bank, but where the mutual destruction of both sides is addressed through the creation of safe spaces for the expression of universal emotions. The thesis proposes that in this way, both parties may be unified by their plight. The project was created based on observation of the city of Hebron and on-site interviews with Hebronites. Their true stories then became the narrative dictating the program of the project. 

Thesis = Business: PROJECTiONE

© PROJECTiONE
© PROJECTiONE

Recent graduates of the Masters program at Ball State University’s College of Architecture and Planning, Adam Buente and Kyle Perry have spent the last couple years developing their unique interests and ideas into a business of their own. Working with fellow students Elizabeth Boone and Eric Brockmeyer, they began a collaborative graduate thesis project focused on exploring the possibilities of design and fabrication via digital equipment as a business platform. After their first year out of school they have begun to independently manage their Indiana based company. PROJECTiONE recently produced the ACADIA competition winner HYPERLAXITY and boast other projects such as EXOtique, bitMAPS, and Radiance. Words and images from the PROJECTiONE team after the break.