Other
“A 3D printed clock driven by a single stepper motor using gears to separate hours, minutes and seconds. This build replaces the electronics used in the Simple Super Gear Clock by Tokyo_Bird. The Arduino Nano module and ULN2003A stepper motor …
“The following project was born with the idea that electronics is very easy to learn and modular at the same time. Although I have already finished my Fab Academy, I am still researching. Speaking with my instructors Nuria and Pablo …
“A heads-up display for your car’s windscreen showing your speed and/or heading. This project is a rebuild of Car HUD - Windscreen Display for Speed & Compass by marcozonca. I really liked the concept. Having a number of 0.8in …
“A cool Newton’s cradle made from ping pong balls containing WS2812B LEDs. This project emulates a Newton’s cradle using light to demonstrate the conservation of momentum and energy. The original project was created by TecnoProfesor and can be …
“Use the latest ATtiny processors in the Arduino Environment. These have the memory capacity of ATmega chips in smaller and cheaper packages. You may be familiar with the ATtiny series of microprocessors from Microchip such as the ATtiny85 or ATtiny2313 …
“Freeform electronics thingy vaguely shaped like a SARS-CoV-2 virus blinking out the virus’s RNA sequence. The main body consists of 0.6mm copper wire shaped into circles and soldered together. There’s a makeshift hinge on one side …
“For my Fab Academy class I have to create a board with a microcontroller, a button and a LED. I will use Eagle to create it. I will use the ATtiny 1614, so I will use the reference of the …
“In 2016 Microchip/Atmel announced a completely new range of chips designed to replace their older ATmega and ATtiny ranges. The new ATtiny chips started with the 1-series ATtiny417 and ATtiny817, followed in 2018 by a lower cost series called …
“A small electronic gizmo that plays rock paper scissors slightly better than random using a recurrent neural network. The physical assembly of this project is pretty close to that of my electronic dice. Some of the assembly tips there might …
“Components: - ATtiny1614 microcontroller - SOP14 adapter board - 128x64 OLED screen with SSD1306 driver - JS5208 5 way switch - WS2812B LED - 2mm PMMA optic fiber - micro usb breakout (I used part of a custom PCB from an earlier project, you could use this …