V2_ Knowledgebase

Mission Provide integrated yet customized education and scholarship to optimize apparel and related products, services, and experiences. Vision Leadership in education, scholarship and engagement focusing on apparel and related products, services and experiences in a global context. http://www.aeshm.hs.iastate.edu/about.php

A blue taffeta and black velvet party dress is displayed on a dressmaker's mannequin or 'Judy,' located next to a computer and several monitors of varying sizes. In large type, the stock ticker symbol and price which is being tracked, marches from right to left across the monitor screens as the stock price is continuously updated. Large white numbers and letters on a blue background (matching the blue of the taffeta skirt) scroll in simulation of the pixel board displays used to track stock values on traditional exchange room floor.

Three people are portrayed digitally by scanning their bodies. The output of this scan is a 3d file, which resolution is defined by the amount of polygons, similiar to pixels in a bitmap grafic. Linked with their biographical memories a digital twin of the body is thus created, which expands and personifies the garment in a formal-poetic way. The 3d data is turned into 2d sewing patterns by the use of the unfolding function which is a common tool in industrial design process to make paper models with, the single fabric pieces and the inner interface which defines the edges are cut out by the help of a lasercutter.

Things That Think is inventing the future of digitally augmented objects and environments. We bring a unique, boundary-breaking perspective to research, uniting leaders in science, engineering, design, and art. Grounded by extensive corporate sponsor interaction, our prototypes and demonstrations aim to inspire the products and services of tomorrow.

As a close-to-market research organisation, the TITV Greiz is your partner for research, development, service, consulting, testing and professional training along the textile value chain. More than 50 employees develop high-tech solutions with the classic textile technology as the basis for new materials. The successful interdisciplinary cooperation with non-textile branches becomes more and more important for our institute. Especially the combination of electronics and textiles creates innovative textile products for completely new applications.

Alexander Reeder creates interactive garments, accessories and perfume. He works to enable through projects such as Sophie's Pet, enhance with Dream Jammies and Butterfly Dress, and facilitate with S Ring. Alex explores performative elements of interactive garments with Touched By Strangers.

Transstudio is a creative laboratory dedicated to emergent materials research and the development of material-focused architecture and design applications. Created by architect, materials researcher, and sustainable building advisor Blaine Brownell, Transstudio promotes the positive transformation of the constructed environment via synergistic intersections between sustainability, technology, and design innovation. The Transstudio platform seeks to make change through multiple channelsópromoting awareness, providing resources, and offering tangible solutionsóin order to connect disruptive technologies with concomitant design approaches.

From 1959 Tessitura Tele Metalliche Rossi Oliviero is a production company specialized in wire mesh weaved with threads from 0,035 to 2,00 millimetres. Always placing the technological search and the experimentation of new solutions to the first place it produces, trades and exports nets, wire mesh and welded nets with stainless steel, special alloys, galvanized, copper, bronze, brass, aluminium, iron, titanium and synthetic threads or ropes.

The Tampere University of Technology (TUT) Department of Electronics has conducted research in wearable technology since 1997. The TUT Kankaanp‰‰ Unit, established in 2003, is a research unit specialized in wearable technology. It is a part of a wearable technology competence center located in Kankaanp‰‰, Finland. The Kankaanp‰‰ Unitís personnel are very interdisciplinary and include researchers from electronics, material technology and textile technology background. This enables us to conduct extensive research on different aspects of wearable technology and quickly adapt information and new results from various disciplines.

A much-needed overview of aspects of fashion history and how to understand it with clear, jargon-free text to help all lay readers, collectors, as well as students of fashion history. The author is a leading authority on fashion history with experience as a writer, teacher and curator. Illustrated throughout with plates, photographs, paintings and drawings, the book is divided up into the following chapters: What is dress, and how and why is it studied? Theories of dress and fashion and how they have evolved; Collections of dress and textiles and their importance as a source of information about social and technological change; Dress in art and dress as art; Dress as an indicator of role and status; Dress and cultural imperialism: absorption of non-Western ideas in fabric and the imposition of Western dress in preference to indigenous styles.

UNITEX is the National Association of (technical) executives of the textile industry in Belgium. Beside members in Belgium, Unitex has also members in other countries ( Netherlands, Germany, France, Portugal, Great-Britain, USA...). It is led by Professor Dr. Marc Van Parys - head of the textile division of the University College of Ghent). Its activities mainly consist of monthly presentations on technical and general topics which might be of interest to the textile industry, as well as the organization of international congresses such as European Coating Congress and World Carpet Congress .

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.

Valerie Lamontagne is a Montreal-based performance and digital media artist, freelance art critic and independent curator. She received an MFA from Concordia University (Montreal) where she presently teaches in Design and Computation Arts and she is a co-founder of the media arts collective MobileGaze. She is presently a Ph.D. candidate at Concordia University with the Topological Media Lab investigating "Relational and Ubiquitous Performance Art".

Great part of Veneto Nanotech's mission is dedicated to support R&D activities, to strengthen the existing infrastructure and to leverage the present regional competences. Nanotechnology research in Veneto is very advanced. More than 600 Professors, Researchers and PhD Candidates are employed in local Universities and Research Centers. Such concentration of competences can also count on a series of links and collaborations with international Universities and Research Institutes.

Designed Materials relates to materials/materials systems whose structure (on a macro, micro or sub-micro/nano level) can be deliberately manipulated so as to affect the materialís properties in a controlled fashion and achieve a specific functionality in product manufacture. Designed Materials has no direct connection with any specific industrial sector.