groups involved in the project:

The smart textile arena is characterized by application referring to real smart textiles, high performance textiles and wearable technologies. The aim of this project is to investigate how this new smart textile arena can be the playground for developing a new set of wearables that address the question of integrity and to introduce a new level of integration of smart textile in R&D and education.

Wednesday, March 31, 2010

Svalbard

Svalbard - Longyearbyen - Björn Dalen


Svalbard - Longyearbyen - Björn Dalen


Svalbard - Longyearbyen - Björn Dalen


Svalbard - Longyearbyen - Adventalen - gruve 7


Svalbard - Longyearbyen


Svalbard - Longyearbyen - full moon


Svalbard - aerial view

Monday, March 29, 2010

Exhibition "Passage to Water" Makerere Art Gallery


On Thursday the 1st of April we will open up an exhibition that will take place at the Makerere Art Gallery.
The exhibition will start with a presentation about Smart textiles and our project and then lead into an interactive workshop.
Since the flow of water is elementary for our project the aim for the exhibition is to involve the community, in this case the art students, to collaboratively build a sculpture wich will lead the water from one point to another. This refers back to our solar water system and the community involvement. The aim for the exhibition is to show how science is leading to art.

Traditional Ugandian dance.


Solar water heating fabric.


Existing tanks for heating water.


Shanty town, Kampala.


Children collecting water in Kasubi,Kampala.

textile water cleaning system

Integrity 2010, NATURE, is pleased to announce a new context of making smart textiles useful to improve human conditions in highly urbanized areas while preserving traditional values. We are an interdisciplinary group from the Swedish School of Textiles, members Shufei Wang, Sarah Torkelsson, Jeannine Han, Marina Rehbein.

The formation of community projects in rural areas in Uganda such as womens handicraft groups is used as a role model to create a community textile solar water heating and cleaning system that makes use of the common rain falls in Uganda.
The system is based on three processes, harvesting rain water, storing it and heating it with the help the sunlight. Several parameters influencing these processes need to be taken into consideration. Height, surface, structure, weight, time, temperature, volume and gravity.
The flexibility of the textile material makes it possible to meet the demand of a highly densed urban area that quickly develops in an architectual unplanned way such as shanty towns of Kampala.
The system is based on urbanisation problems and the strong culture in african societies to build constructions which emphazise the individual and the community.