Mostly, wearables involve conductive thread for wiring. But that stuff jams my sewing machine, and I wanted to be able to change it if I didn't like it when I was done. Also, I hate doing lots of long, tedious hand-sewing.
Solution? Slap a breadboard on it!
(Q: What's a breadboard?
A: Just a piece of plastic with holes, on top of metal strips in a pattern, that makes it really fast and easy to build a circuit.)
This instructable is dedicated to the single mom in Kansas who wrote to me asking how she could make this "outfit" for her daughter's Halloween party.
Step 1: Prepare the Substrate
I grabbed one of my dorm's logo "burning man" sweatshirts,
but I painted over the silkscreened logo so it would just be a plain black sweatshirt.
You can sort of still see it in the photo.
For a little extra brio, I added the instructions for how to use a breadboard sweatshirt, as a pun-couplet on the back, using just a paintbrush and some bleach.
Check out Alex's bleach dyeing instructable to see how I did that.
My major (Electrical Engineering and Computer Science, Course 6) produces an unfunny yet punny shirt every year. Walking around MIT's campus, you notice students wearing, "Six Hertz" shirts. Meaning either "(Course) Six Hurts" ('cause there's a whole lotta work), or an electronic signal frequency specification.
I thought I could do much better in terms of EECS related puns (and why should school "hurt"? I don't wanna wear a shirt that says that), so I wrote "Socket to me" on the back, in response.
Step 2: Attach the Breadboard
I used my roommate's sewing kit to whip it on with some matching black threads. That way it'll stay right where you want it.
Breadboards, and most electronics, are even washable! (but not batteries)
Placement: you can obviously put the breadboard anywhere, or even make your entire body into a giant prototyping board. I put it at chest height because it's where a lot of logos go.
The stitching is quick - lash a few stitches on and you're good to go.
A little extra: you'll probably want to throw a battery on, so your new little electronics bench has power. I was feeling lazy so I just hot glued it down, with the intent of adding an elastic strap for the battery later.
Real wearables pros put the battery pack on the inside of the shirt for total style and comfort.
Remember to unplug the batteries for washing!
Step 3: Decorate!
Wearable electronics don't have to involve time consuming sewing or conductive thread.
They can be within your reach and a quick trip to the local Radio Shack.
Now the EE part comes in. Curious about circuits but never built one before?
Forest Mim's electronics project books are really good.
If you already know what you want, go hog wild.
Make an LED beating heart. Make a scrolling animation.
Add an arduino, and LED, and a temperature sensor, and make your clothes change color with temperature.
Make your shirt play Conway's Game of Life, or turn it into a nighttime bike light jacket, like Leah Buechley. Actually, read all of Leah's website for inspiration, she's been my hero since I was in highschool.
Add a speaker, a tone generator, and some touch sensors and let your friends beatbox on your clothes.
Be a mintyBoost and charge your iPod off your shirt from AA batteries while on the road.
Be a walking amp with built-in jacket headphones.
Be a TVBGone, and turn off television sets wherever you go.
Look at what prof. Roz Picard has done with wearable computing.
Or, be all of these things! The beauty of the breadboard is that you can change the technology you're wearing!
Read Lady Ada's whole website, too. She's put a lot of good kits and how-tos online.
Don't program yet, but you wanna add your own hot micro? Her howto on arduinos is good too.
For my first project I decided to make a super-quick glowing green star-shaped nametag with some resistors and LEDs laying around.
For inspiration, here's a cool movie of Conway's Game of Life:
Another hot tip: Tape or hot-glue down your wires - they shake a lot and can jiggle loose while you walk around. Also, using white-insulate wires or hiding them lets people focus on the part of the project you want people to see. If you're doing anything with LEDs, try putting a white cloth diffuser over the breadboard so that just the light comes through.