Digital visualization and computational tools have streaked the fashion industry to express in amorously fragmented forms. Kinematic Petal Dress presents a flowering innovation, a textile language explored, designed and 3D
Object 12-1 represent a garment from the future, envisioned by the Croatian designer Matija Čop, inspired by the architecture of the gothic era with intertwining features.
Wanda Bag Named after the Spanish architecture studio, The Wanda Bag was crafted with paper as a part of “Lady Dior, as seen by” collection for the luxury couture brand
Anouk Wipprecht, Miami-based Dutch fashion-tech designer, explores Hi-Tech to develop the user experience in the couture industry. As her design focus is to reflect the wearer’s psychological states, she produces
Text description provided by architects. Resilient SKIN-code School will aim to explore new relationships and links between different disciplines, specifically between Architecture and Fashion design. The research focuses on the
Today, we think of 3D printing as an advanced technology capable of producing wonders. With close relations, in some cases, to parametric designs, it can produce everything from articles of
Iridescence, Behnaz Farahi’s Interactive Collar, Uses Hundreds of Actuators and Vision-Activated Technology to Follow Your Gaze and React with Life-Like Behavior. Created by renowned designer and technologist Behnaz Farahi, the
AMPHIBIO is a 3D printed amphibious garment which function as a gill. Designed for a future where humankind lives in very close proximity with water, it provides daily comfort to
Dragonfly, a 3D Printed Dress Designed and Fabricated by Oleg Soroko and Mintsev Kirill Dragonfly, is a 3D printed dress designed and fabricated by two Russian artists Oleg Soroko of
Neri Oxman’s Wearable Structures for Interplanetary Voyages Neri Oxman‘s team at MIT Media Lab Creates Wearable 3D-printed Skins for Interplanetary Voyages. Wanderers, An Astrobiological Exploration Traveling to destinations beyond planet
© All rights reserved. Parametric Architecture (2018-2024)
ISSN 3023-7564
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© All rights reserved. Parametric Architecture 2018-2024
ISSN 3023-7564
