Microprocessor Quad Drone System, based on SPRacing R3 w/Arduino PPM Control Signal
Microprocessor Quad Drone System, based on SPRacing R3 w/Arduino PPM Control Signal
Real-time ECG biosensor using AD8232, Arduino Uno R4, Python signal processing, and Streamlit dashboard with PCB design and validation against Apple Watch
This is my attempt at the inverted pendulum project. My goal is to learn control systems, PID, as well as coding with arduino more.
Code and Hardware implementations for the drones built for the Laboratory of Autonomous Intelligent Robots - LAB-AIR, from the Federal University of Espírito Santo (UFES). This project is in active development, using a Teensy 4.0 microcontroller as the main board with Arduino IDE.
The PCB designs for all shield templates for HoloCade-compatible embedded systems (ESP, Arduino, Pi, STM, Jetson, etc.)
The PCB designs for all shield templates for HoloCade-compatible embedded systems (ESP, Arduino, Pi, STM, Jetson, etc.)
The PCB designs for all shield templates for HoloCade-compatible embedded systems (ESP, Arduino, Pi, STM, Jetson, etc.)
The PCB designs for all shield templates for HoloCade-compatible embedded systems (ESP, Arduino, Pi, STM, Jetson, etc.)