My knitted-circuit artwork, Electronic Damask, was in a gallery show, NoFi, at Chicago Artists Coalition, October 24 - Nov 13. The piece was a collaborative effort, put together through the volunteer efforts of close to two dozen PS1 members. PS1 really represented at the Oct 24 opening, and I managed to drag most of us in front of the camera for a group photo with the artwork. (Thanks to Everett for the photo!)
Before NoFi closed, Electronic Damask was tapped for another show, Technologic, opening tonight in Pilsen, from 6 - 10pm. So last night we drove the piece straight from one gallery to the next.
Technologic "celebrates making art through technology". It features some amazing stuff made with 3D printers, LCD screens, CNC watercolor painting, and of course a certain knitted e-textile. The gallery, Chicago Art Department, is located at 1932 W Halsted in East Pilsen's Chicago Art District (#8 Halsted bus runs right by it). Tonight's opening coincides with the district's 2nd Fridays gallery night, so there will be other openings all over the neighborhood. You can find preview photos of the show on the facebook page. Full info is below. The show runs until December 6.
TECHNOLOGIC curated by Chuck Przybyl Friday, Nov 14, 6-10pm
Viewers also have an opportunity to “go deeper” to gain further insight through series of discussions and workshops as well information on the processes at the exhibit. Technologic is curated by Chuck Przybyl for Chicago Art Department.
Artists: Tom Burtonwood, Christopher Furman, Harvey Moon, Luftwerk, Jesse Seay, Nathan Davis, Christopher Breedlove, Christian Oiticica, Leo Selvaggio, Antoine Kattar, and Russell Prather
Opening Reception Nov. 14 – 6-10 PM 3D Printing Workshop with Tom Burtonwood Saturday Nov – 15 – 2-5 PM Panel Discussion Saturday Nov – 22 – 2-5 PM Chicago Art Department – 1932 S. Halsted St. Suite 100 Chicago IL 60622 USA
In art circles, "PS1" is a center for contemporary art in NYC. Here in the Chi-town maker community, "PS1" is short for Pumping Station: One, Chicago's oldest and largest makerspace. I've been an active member of this "other" PS1 for several years now, and I've been working on ways to both encourage and harness the community spirit that it nurtures. So I'm creating work that draws on the community model of the quilting bee, updated for an electronic age.
My circuit-knit "quilt" project started with a stack of my freshly knit circuit boards and a solder party armed with wire cutters and hot chisel tips. Afterwards, though, there was still much work to be done, and that's when a few PS1 volunteers stepped up for the long haul.
Motivated by an interest in electronics, the community of a group project, a desire to support the arts, or just straight-up generosity, Jay Hopkins, Peter, and Bandit put in some crazy hours soldering and troubleshooting the 896 LEDs, resistors, transistors, capacitors, and jumper wires that drive the piece. (For the tech curious, it's 56 flip flop circuits wired in parallel, aka blinking lights.)
PS1's vice president (and resident photographer), Everett Wilson, captured one of our late-night solder sessions. Was this the night we stayed til 4am? I can't even remember.
The past month has really been a whirlwind! I turned in my application
for tenure, got the semester rolling, and pulled together my show for
Chicago Artist Coalition. I'm showing a circuit-knit work that was made
with the group efforts of members of Pumping Station: One.
I'll post photos of the finished work soon. Here are pictures from the
first step of the soldering process, the solder party I held at PS1 to
get the circuit boards tinned and ready for component assembly.
(photos: Everett C. Wilson)
I've been busy with starting the new semester and finishing my tenure application. Getting back into the studio is a real treat! My current project: making a spherical shape from multiple segments.
With one more of these segments, I can link them all together to create a ball. I did the one on the left last night (there's the start of a repeat, but then I ran out of wire and dropped stitches, and decided to call it a night). The right one I did last week.
For this one, I started with about 40 stitches, and then started adding more once the pattern got wider.
I've noticed tension issues with the end wire stitches. To get around this, I add wire stitches on the outside of the pattern. These stitches will simply be cut off once I start soldering. (Knitted with 1 strand 36 AWG and 1 strand 34 AWG bus wire, T8)
For this one, I started with a *very* narrow swatch and just added stitches the whole way. A little tedious-- I think starting with a wider swatch may be worth the extra wire wasted. However... it worked fine. (Knitted with 2 strands 36 AWG bus wire, T8)
Also on this one (visible in the first photo) I "cast off" the wire stitches at the top, once the pattern started getting narrow. No need to knit the whole width when I only need what's inside the borders of the grey yarn.
Here's the back. I'm looking forward to finishing the third segment, getting out the soldering iron, and trimming off all that excess wire!
Hatch curator Erin Toale suggested I knit a cube as a warmup for creating sculptural (not wearable) knitted circuits. The process gave me lots of ideas (which is good-- the show is in October!).
The circuit can be built on a knitted circuit board made with this pattern.
And if you've got a knitting machine, this file loaded on the machine will knit the pattern.
I'm working on an instructable that goes into the details of this design. Plus I'll be posting it on Hack A Day as part of my entry for the Hack A Day prize.
Angeleah Daidone recently sent me this photo of the bracelet she made in my Circuit Building Workshop.
I was, needless to say, thrilled for the recognition (and winning a new camera, tablet, and power tools ain't bad either!). I've posted two more instructables this month:
And today, how to solder stainless steel thread.
Lauren Singer of Houston, Texas (Ravelry ID: AuntieAnty) contacted me recently through Ravelry, to share Linen, Electronics and Diodes, a circuit-knit project she made with Glenn Manuel (Ravelry ID: Glennman), based on my knitted circuit design.
I'm thrilled to see people picking up the project and experimenting with new approaches. Lauren used 28AWG bus wire and a 50/50 cotton/linen blend. As far as I know, this is the first hand-knit version of the design (since I machine-knit mine). Very cool! I hope more will follow!