Category Archives: Week 1: Assignment

Input/Output paper (week 1)

I was really excited about Jie Qi’s work self-folding paper. The project was two paper that responsive with each other. When one is folding or flipping over the red paper, the white paper would do the exact same thing. Jie Qi was using microcontroller and certain circuity on the red paper, and shape memory alloy on the white paper. Although I’ve heard before this technology was applied in different materials like fabrics, I didn’t really realize this could also be a wonderful teaching tool if it is used on materials like paper. And it could also be not only for little kids, but also for grown-ups. This could be utilized in art school, engineering school, or even medical school. Besides, the circuit of this folding paper seems very simple.

Below is the documentation video of this project:

I really think the Input/output self-folding paper shows the huge possibility for us as designers using the shape memory alloy.

Assignment 1: Project

Leah Buechley’s Bike Signal Project is a wearable jacket that acts as a signaling system for bikers to indicate their path of travel to other drivers/bikers. Made in the MIT Media Lab in 2008, it contains a LilyPad, which controls the lights in the back. If the user is about to turn left, s/he can press the left button and the left signal on the back will light up. If the user wants to turn right, s/he can press the right button.

 

This jacket serves as an inspiration for my thesis as I am looking into the possibilities of raising awareness for danger and how can we become more aware of our environments through fashion and wearable. I am researching into the possibilities of expanding human capabilities with animal self-defense mechanisms, and I believe that the mechanics of this wearable is the first step to understanding how and why such systems should be necessary for garments.

The Crying Dress by KOBAKANT (Week 1)

The Crying Dress is a beautiful project, done by Hannah Perner-Wilson and Mika Satomi aka Kobakant. The dress acts as an companion to the wife of the deceased commissioner by constantly shedding tears and playing melancholy sounds. I love this project for its simple but sophisticated aesthetics: the dress is made of water-resistant black fabric with white and black conductive threads. The designers intentionally didn’t hide many of the electrical components because the dress was made for a hypothetical scenario in 2020 when “electronics, previously known for their uniformity and quantity, almost overnight become a showcase for individuality, materiality and skilled labor” (Kobabant website, 2012).

Video of the making of this dress can be found here.

Transformation Dress (Week 1)

This dress stood out to me, because it has many options to change and do things that normal clothing cannot do on its own. More importantly, I love that this dress could possibly help people that are disabled and cannot move their clothing on their own. This dress could be so much more than a runway dress. The other outfits from Hussien Chalayans Summer/Spring 2007 collection has other ways of transforming wearable clothing too, and I think it’s fascinating to watch how beautiful and smooth the transition is. The designer captures the feminine figure and makes it transform to something different. The transformation may not be practical, but I think that was his intention.

– Estee Bruno

Week_01_InterestingWork

SMART RITUALS

A/D/A Festival Hamburg, on Friday, August 26th – Saturday, August 27th.

Smart Ritual is a project created by Mika Satomi and Hannah Perner-Wilson’s (KOBAKANT). I found this browsing on their HOW TO GET WHAT YOU WANT site.

In response to smart cities, Smart Ritual, KOBAKANT created a workshop  that invited other artist to create costumes that will collect data. These costumes will be integrated with sensors smart textiles, and Internet of Things technologies that will collect data and send them over the web by performing ceremonial gestures.

There were a total of ten participants who were grouped together to create a series of different, and exciting costumes that collected different types of data.

Here are some examples of the costumes that were produced:

By Sina Greinert, Katrin Rieber and Katrin Rieber, a Hairy Monster that detected how noisy a space was.

The Curious Twins, created by Lilli Berger, Marie Josephine Bouquet and Mareike Brunswick, that counts all the nice people in the neighborhood.

Lastly, the Flower Fairy, which allows the user to detect the luminosity of a particular spot. The Flower Fairy was created by Barbro Scholz.

Their process for creating these costumes was to first decide what types of data they wanted to collect. Then each team had to act out and perform the gestures they wanted to decide how to incorporate the sensors. After that, they had to sketch out their plans- where does the sensor go? where to place the LEDs strips? how are the sensors integrated into the costume? Once that’s done, they go into the prototyping phase. Each team had to connect all the parts that they wanted, then they had to test the gestures to make sure it works with the sensor, then testing to see if the costumes actually work. The last step in the making process is to decorate their costumes.

 

Making stage:

Testing their gestures:

 

All photos and content was taken from:

Smart Rituals

Week 1 Assignment

  1. Get logged onto course website.
  2. Find a project that excites you and that uses the materials we looked at in class. You can use one from today’s class or find something new. Create a post that includes, images, video, or other documentation. Write a brief paragraph explaining what it is about this project that intrigues you.
  3. Purchase materials listed in the TOOLKIT today or tomorrow. I know shipping might take a week or so, so if you don’t have them all by next week, no worries.
  4. Read and watch this multimeter tutorial. This tool will be one of your best friends.