Explore all our Fugleflicks here.
A group of young engineers, computer programers, and artists gathered in the art room during lunch recesses for a couple months to see what they could make using a Hyperduino, old computer, some cardboard, LEDs, touch pads, and creativity. The results of the collaboration is called a Fugleflick Art Bot. It is an interactive art piece that plays 5 different student-created, art-related movies when you touch a button on the computer screen in its belly with audio coming through the speaker (mouth). The lights are on a circuit made from copper wire and batteries connected to two LED lights behind 3-D glasses. The switch is built into the nose.
Below is a series of photos taken during the creation process. Since we were making discoveries, problem-solving, and working with limited resources, our design changed as we progressed. You'll see the original sketch was for an iPad in the robot belly but then we learned that the hyperduino needed to run in a browser. So, we adapted. The group also changed as we added artists after the engineers wired up the robot. They helped make the robot have a unified design with balanced colors with a brass brad motif.
We created a youtube playlist for the Fugleflick bot. You can explore the five Fugleflick movies that it is programed to play here: https://www.youtube.com/playlist?list=PLS4LIonCAPBfr0enREOu6HH9BQPf6JaGf
Explore all our Fugleflicks here.
So, if you've been following my posts lately you would notice that I've been working on an idea to incorporate paper circuits into an art-making experience for my students.
See my post where I discovered how to make a circuit & dreamt of a light up robot.
See my post where I made my prototype for a light up robot.
Now, watch my step-by-step video where I try to explain the process here or below.
I've been playing with ways to make a switch or button on my paper circuit artwork appear more integrated and purposeful. The robot I originally played with had a momentary button that I designed over the battery into the belly of the robot. See it here. The button also worked as the mechanism that closed the circuit. This time I bought a button online that was spliced into the circuit and not necessarily near the battery. This meant the connection to the battery was fixed and pushing the button (with a satisfying click noise) completed the circuit. I've been playing with ideas in preparation for the fall since I finally received the Donors Choose grant for supplies to try this with my students.
During the last school year or so I've been seeing many examples of tinkering, maker spaces, and other science infused projects showcased at conferences and online. I'm very interested in trying to find project ideas that are a good fit for my 45 minute elementary art classes, will not compromise the art-making experience, and embed science concepts. I've lots of ideas but one place I want to begin is with paper circuits. See this resource.
I hacked into an old LED flashlight, grabbed some copper wire and tried to learn about making a very simple circuit. It is very exciting to see the LED light up after making all the right connections. My next task was to think about the art that this LED could light up.
UPDATE: see my light up paper circuit robot painting! http://drydenart.weebly.com/fugleblog/light-up-robots-with-paper-circuits
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Tricia Fuglestad, NBCT,
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