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. At the beginning I had no idea of how this works, but at the end, I got the logic behind it, this doesn't mean I fully understand it, but now I feel more confident with this subject.
2. Before being able to program our board is to get Arduino and a library to be able to use Arduino to program. It's important to say that there's more ways to program this board but I did it with arduino in this case.
3. Now you have to check pins on Arduino because they are different that the ones on the ATtiny. You need to find the equivalent pins.
4. Check your connections with a multimeter to be sure that your connections are alright.
5. And the final step, send a test program to the board. We used the blink from the Arduino examples. If you did all previous steps correctly the board will start blinking!
final project
god.