about
one.principles and practices
two.computer-aided design
three.computer-controlled cutting
four.electronics production
five.3d scanning & printing
six.electronics design
seven.computer-controlled machining
eight.embedded programming
nine.mechanical design
ten.machine design
eleven.input devices
twelve.molding & casting
thirteen.output devices
fourteen.composites
fifteen.networking & communications
sixteen.interface & app. programming
seventeen.applications & implications
eighteen.invention, property & income
LEVEL OF EXPERIENCE: 0%
1. When I assembled and stuffed my node and bus boards the first time, my TINY85 chips were soldered on upside down and so everything was burned out when I plugged it in.
2. Initially I tried desoldering the chips and LEDs in hopes of salvaging the remainder of the board. I tried both the "bake it in a toaster oven" and "heat it with a heat gun" methods, but the results were a toasted board in the first instance and all of my components bouncing off the board in the second instance.
3. I started by applying a layer of gel coat on the helmet so that the lower layer would smooth out nicely.
4.The most satisfying part of this process was throwing the golden-brown toasted board on the ground and stomping it into dust.
5. Until today, I have not had any opportunities to build new nodes.
6. Turns out I did not understand how to correctly connect each node in order to program it. Connecting them to the BUS with the 4 pin cable only to provide power. When programming the Nodes, you must connect each one directly to the FabISP with the 6 pin connector one at a time.
final project
god.