Loading

Berlin! Fund For Teachers - Chapter two

For the second half of my FFT fellowship I'm studying at KOBAKANT, an art collective in Berlin, Germany, that explores the use of textile crafts and electronics as a medium for commenting on technological aspects of today’s “high-tech” society.

"KOBAKANT believes that technology exists to be hacked, handmade and modified by everyone to better fit our personal needs and desires."

KOBA, newly opened in the Kreuzberg neighborhood of Berlin, is half retail store, half studio.

My weeklong workshop is called KOBA School of Wicked Fabrics: Foundation Course. My classmates are college professors, professional artists, and graduate students from France, Ireland, Canada, the Netherlands, and Germany. I'm the only American, but luckily (even though I am trying my hand at German), this week will be held in English. It's a treasure to be in a learning environment that brings together a group of diverse experiences, knowledge, and perspectives.

My instructor is MIKA SATOMI, a designer and artist who explores the field of eTextiles, Interaction Design and Physical Computing in her art. She has researched, held residencies, workshops, and lectures around the world including at the Swedish School of Textiles, the Royal Institute of Art Stockholm, the Weissensee Academy of Art, and the New York University of Abu Dhabi.

Today began building our foundational knowledge starting with the difference between e-textiles (integrating electronics and circuitry with fabrics), smart fabrics (fabric that reacts to sensors), and wearable technology (does not have to be fabric, but is worn like a FitBit). We were introduced to a variety of materials, traditionally used in aviation or the military, that are available for purchase by sites like LessEMF and Statex. Many of these materials are surprisingly accessible and affordable, so I am confident I can purchase these materials for my students.

I now have samples and notes on 13 varieties of conductive fabrics including silk, wool, woven cotton, mesh, and stretch jersey...
...and 10 varieties of conductive threads, including copper, silver, and steel.

This wide variety of materials was inspirational, and the possibilities started pouring in as my instructor spoke. I'm looking forward to getting some of these ideas down in my sketchbook for potential future projects with students.

Tomorrow we begin building our sensor swatchbook!

Created By
Lindsay Johnson
Appreciate

Report Abuse

If you feel that this video content violates the Adobe Terms of Use, you may report this content by filling out this quick form.

To report a Copyright Violation, please follow Section 17 in the Terms of Use.