Made during PIFcamp 2017, this textile sensor detects the impact of a conductive pendulum slapping against the wristband when the wrist is twisted back and forth in a flicking action. The conductive pendulum is made from a small heavy stone...

These Sonic Insoles demonstrate a simple way of adding pressure sensors in your shoes. Fusing strips of conductive fabric to the surface of a robust base material such as felt. Cutting shapes of piezoresistive fabric for the pressure sensitive areas....

class=imgtfe hspace=5 align=left width=240 border=0>in progress… Inspired by Vaclav’s Magic Shoe connections… Poke wires through strips of conductive fabric and soldered them to stripy protoboard. Solder quickly at low heat to avoid that the heat of the soldering will melt...

These textile sensor demos were made for the Soft Circuits for Soft Bodies workshop at the eTextile Summer School 2017. Demo Sensors: – bend sensor on felt – Bend sensor on stretch fake leather – Pressure sensors on felt insole...

— work in progress — Making electrical connections and not making electrical connections are the most common challenges when working with electronic textiles. This chart lists a variety of materials and ways of making connections (making contact) and not making...

Process 1) COMPONENTS footprint datasheet pins, leads spacing, pitch (through-hole pitch: 0,1inch = 2.54mm) DIP, SMD 2) SCHEMATIC what connects to what? 3) LAYOUT – by hand on paper…. – in a vector drawing program (Inkscape, Illustrator, Freehand, Coraldraw…) –...

Breadboard to Metal Snap Converter The worlds of electronics and textiles are separated by their inability to connect across shared connections. But in the world of electronic textiles you want to be able to share power, data, GND. To bridge...

30th July – 5th August 2017, at PIFcamp in Slovenia. > > > Protect Me From The Future < http://www.plusea.at/?p=6118 “Apart from juice the sections generally contain a small seed from the same plant that produced the fruit. This is...

22 – 23 July 2017, at Les Moulins de Paillard in Poncé-sur-le-Loir, France More info >> http://etextile-summercamp.org/2017/summerof/summerfest/

Interactive Improvisational Perfomance of Calligraphy, movement and sound Time: June 4th 2017 17:00- Location: the Apartment Project Berlin (Hetzbergstrasse 13, 12055 Berlin) http://berlin.apartmentproject.org/ Aoi Yamaguchi (Japanese Calligraphy) > http://aoiyamaguchi.com/ Schneider TM (Experimental Music) > http://schneidertm.net/ Ozgur Erkok (Performance) > http://ozgurerkok.blogspot.de/...

As I got a new stretchy fusible/heat bond from Bemis, I started to experiment with bonding fabrics with iron. Making bend sensor with this technique is super quick, super easy and works very very well as a sensor. Rachel Freire...

The following is a collection of Datagloves made using electrically conductive fabrics that react to strain (stretch, pressure) with a change in electrical resistance (piezoresistive effect), allowing them to sense the movement of the fingers. Connections are made from these...

June 26th – 29th during the NODE Festival in Frankfurt, Germany Not a workshop, but a participatory performance. The VVunsch VVerkstatt is an installation/intervention that deals with making wishes come true. Throughout the NODE festival the VVunsch VVerkstatt will provide...

Time: May 19,20 2017 10:00- 17:00 as a part of Weissensee Art Academy Berlin, Soft Interactive Technology 2 course Location: Print Lab and eLab, Weissensee Art Academy Berlin In this second part of the Soft Interactive Technology 2 course, we...

Week 5 on the 24th of October and week 9 on the 21st of November 2017 as part of the Fabricademy As part of the Fabricademy we will teach two one-week sessions introducing electronics textiles as a field of making...

Wednesday 10th May 2017, 17:30 – 19:30 at the Toronto Wearables Meetup at the Social Body Lab at OCAD University in Toronto, Canada. Pins are sharp and familiar, abundant and conductive. Used in textiles as tools for prototyping, to make...

A breakout board for the ATtiny84. Designed to sit on the back of the hand and interface to 5 textile stretch sensors on three fingers. Reading their analog values and translating them into lighting patterns as well as sending their...

Please also see SMA smocking post >> http://www.kobakant.at/DIY/?p=5276 Smacking is an old textile technique that gathers fabric in certain pattern to create 3D decorative pattern on textiles. There are many tutorials and patterns online, but I had a nice reference...

It is tricky to make a good connection as it does not really stick to solder. Yes, if you are patient, you can drop a lot of solder on copper tape (or other type of copper surface) and dip the...

You need to “train” or memorize the shape, in order for SMA (Shape Memory Alloy) to change its shape to what you like. There are many tutorials you can find, from heating up with blowtorch to using candles. In this...

Time: April 27,28 2017 10:00- 17:00 as a part of Weissensee Art Academy Berlin, Soft Interactive Technology 2 course Location: eLab, Weissensee Art Academy Berlin In this 2 days workshop, we will explore methods to move textiles with electricity using...

Flickr set >> https://www.flickr.com/photos/plusea/albums/72157682852303805 Video: Front and back: Capacitive Sensing Cap sense shapes: Circular sliders: Linear sliders: Code /* Visualizes the movement of a finger over a series of capacitive sensors. >> http://www.kobakant.at/DIY/?p=6607 Based on the CVDSense Library Demo Sketch...

24 – 28th July 2017, at Les Moulins de Paillard in Poncé-sur-le-Loir, France APPLICATION CLOSED! More info >> http://etextile-summercamp.org/2017/summerof/summerschool/

Monday 24 April 2016, 12:30 – 15:20 at the Center for Digital Arts and Experimental Media (DXARTS) at the University of Washington in Seattle, USA. This workshop will only be open to students. A short presentation followed by a hands-on...

Made in the Hybrid Craft Lab of the Hebrew University in Jerusalem, in an attempt to produce a wearable display. Materials and Tools Circuit Illustration Circuit Diagram / Schematic Close-ups