Results 31 - 35 of 35
Project Persons Year Tags
Trasformer Fashion Show Hussein Chalayan 2007 sensor, clothes, textile, radical fashion, LED, fashion designer, wearable, visionary, haute couture
Hussein Chalayanís collection consist of dresses that automatically transformed in shape and style. Zippers closed, cloth gathered, and hemlines roseñall without human assistance. Beneath each modelís skirt was a computer system designed by the London-based engineering and concept-creation firm 2D3D.
Unravel @ siggraph 2006 tech, wearable, exhibition, show, fashion
Unravel: the SIGGRAPH2006 Fashion Show presents a runway show of innovative and experimental works in computational and conceptual couture, fashion with a social agenda, science-inspired form, and new technologies of material fabrication. Unravel brings together the work of designers and artists from the US, Canada, Europe, and Asia who are seeking to redefine the notion of ‘wearable.’ In the increasingly mobile nature of contemporary life, it has become important to contemplate how the devices we carry and the garments we wear converge into a ‘secondary skin’ which function as an extension of ourselves, in both ability and perception. By using fashion, a medium which has always been associated with self-expression and personal identity, these designers seek to demonstrate how the use (or misuse) of technology and its modes of production have the power to stimulate, delight, and inspire in ways as yet untapped in the fashion world. Gone are the stereotypical bulky cyborg devices; what emerged are garments of beauty, subtlety and elegance in form. Some bring to light important social issues — redefining our notions of personal space, networked environments, and issues of privacy and protection. Others relish in pure delight, reminding us how technology also has the power to enhance our personal relationships and celebrate fantasy and play as part of the human condition.
Vincent Leclerc Vincent Leclerc MIT, XS Labs, designer, electronic textiles
I recently graduated from the MIT Media Lab and co-founded ESKI. I also make electronic textiles at XS Labs, and teach Physical Computing in the Design & Computation Arts department at Concordia University. This is a chronological repository of interactive artefacts I have had the opportunity to build and play with. Feel free to use and abuse these ideas in accordance with the license below.
Wearable Technology- Powered Art and Fashion Design 2009 (Netherlands Media Art Institute) 2009 sensors, textiles, social life, fashion design, technologicallt clothing, netherlands media art institute, university, courses, expressive, performative garments, everyday experience
"Wearable Technology & Powered Art and Fashion Design" presents latest developments in the area of technologically augmented clothing. The program crosses the disciplines of fashion design, performance art, wearable computing and interaction design. The selected pieces envision a future in which our second skin, our clothes, become relevant element in our social life, in our communication and interaction with others. This is achieved by embedding electronics seamlessly into the textiles. After the miniaturisation of processors, sensors and batteries designers can now use these to create expressive and performative garments beyond the everyday experience.
XS labs Joanna Berzowska (XS labs) lab, innovation, electronic textiles, reactive garments, interactions, design research studio, complex textile-based surfaces, transitive properties
Joanna Berzowska's XS Labs is a design research studio with a focus on innovation in the fields of electronic textiles and reactive garments: "second skins" that can enable computationally-mediated interactions with the environment and the individual. We are equally inspired by the technical and cultural history of how textiles have been made for generations (weaving, stitching, embroidery, knitting, beading, quilting) and by new and emerging materials with different electro-mechanical properties. This enables us to construct complex textile-based surfaces, substrates, and structures with "transitive" properties.