Tsuginote Tea House is the result of three years of research on 3D printing technology and its application in common-use architecture. The project aims to redefine ancestral Japanese joinery by
During Milan Design Week 2023, Louis Vuitton hosts MARC FORNES / THEVERYMANY’s exquisite Pavilion Nomad in the courtyard of Milan’s ancient Palace Serbelloni.
International design studio, Hassell, and to.org, a platform that operates in venture capital, philanthropy, and the creative space, develop a 3D printed public pavilion made from recycled plastic, with leading
James Rose’s studio 3D printed and build a pavilion at the University of Tennessee Research Park at Cherokee Farm with the assistance of industry partner Loci Robotics.
The goal of ITKE – FibR research is to investigate the morphologies of lightweight natural fiber structures utilizing the coreless filament wrapping technique. Over the last century, the construction sector
Using state-of-the-art parametric design tools and digital fabrication, KREOD brings together some of the most talented designers, engineers, and innovative materials to challenge current thinking and showcase sustainable and forward-thinking
The Geometric Computing Laboratory of EPFL has developed a new structural system called X-Shells for deployable grid shells. This system utilizes a scissor linkage mechanism that allows an X-Shell to
CantiBox is a robotically assembled structure designed by Gramazio Kohler Research that represents a novel application of the design and automatic assembly of interlocking timber-to-timber connections.
Nex- Architecture collaborated with Xylotek advanced timber structure specialists to create a series of inventive laminated oak pavilions that are now enhancing the public spaces of Regent’s Place in London.
TOROO is a public art installation that pushes the boundaries of what is architecturally possible using bamboo splits as a building material. It combines sustainable construction with local craftsmanship to
© All rights reserved. Parametric Architecture (2018-2024)
ISSN 3023-7564
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© All rights reserved. Parametric Architecture 2018-2024
ISSN 3023-7564
