Electroluminescence, a user-oriented material driven design

Electroluminescence, a user-oriented material driven design

Verhoeckx, Josien (TU Delft Industrial Design Engineering; TU Delft Design Engineering)

Jansen, K.M.B. (mentor)
Taminiau, F.P.A.M. (mentor)

Delft University of Technology

Design for Interaction

2018-11-23

TThis project started out as a quest to find a meaningful application for the electroluminescent material: a phenomenom where a plane of phosphor is lit up when an alternating current is run through it. The material has several unique properties which make it perfect for application on smart wearables:It emits light, it is paper thin, it is flexible, it allows for an almost unlimited form freedom and lastly, it can be printed on a lot of different materials, including fabric. These properties can not be found in other forms of light, which gives the electroluminescent material competitive advantages in the field of smart clothing. One aspect of life often forgotten is physical activity. In busy periods, it is hard for people to maintain a rhythm. Yet it is this rhythm that can help with maintaining a healthy physical lifestyle. What if our clothing would help us remain active? Not by demanding even more of us, but just by keeping us up to date with ourselves, helping us gain awareness on our movements and connecting us again with our bodies. Well, meet Awareable.This smart system makes the user aware of their daily physical activity. The progress of a daily set goal is reflected on their wearable; the further the progress, the more electroluminescent sections will light up and the more appealing the garment becomes. This constant reflection enhances awareness which eventually leads to the wanted behaviour change of being more active.

Electroluminescence
Material Driven Design
Wearable Technology

http://resolver.tudelft.nl/uuid:016fd138-397b-4c8c-8bfb-74aad3fceb85

Student theses

master thesis

© 2018 Josien Verhoeckx