Project for EDES 301 class at Rice University
This module opens the door to a thousand possible applications. With little expense you enter the world of multiple acquisition at 24 bit.
Robot that was intended to solve mazes using backwards traversal on waypoints with code that removes suboptimal waypoints
Are you a fan of programming? Does your child enjoy the creative world of building blocks? Well, we've got an exciting fusion for you. We're
I used a bluetooth sensor that reads the accelerometer readings from my phone to control an 3-wheeled robot.
8 channel qwiic compatible high frequency encoder reader
This project describes how to use a sonar to illuminate or modify blink rate or brightness of an LED programmed in MIcroPython
A powerful and efficient microcontroller with more I/O pins and extensive features best to use in hobbyist projects.
A deep dive into using PWM and Input Capture to build a responsive, low-overhead distance sensor, moving beyond simple GPIO polling.
In Part 3 of my tutorial series we dive into the fascinating world of digital inputs with the Digital Read Command
Use different piano keys to control the segbot
Flex to grip! 🦾 Control a robotic claw with your muscle signals. Learn EMG & prosthetics with this fun, DIY Arduino-powered game.
This is a final project for SE 423
Made a Battery pack with PCBs to power any Arduino project
M5Plotter is a compact CoreXY pen plotter with custom M5Stack firmware featuring Look-ahead, Junction Deviation, and Timed Segments.
In this session, we will explain how to set up a co-simulation environment for MoveIt2 and Isaac Sim.
Learning Python again to make more stable code.
🌤 WeatherBotAn ESP8266 Powered, Cloud-enabled, This robot can tell the temperature and display it on his front
A robotic car that you can control with your hand!
Control tech with your eyes! This project uses a BioAmp EXG Pill & Arduino to track vertical eye movements via Electrooculography (EOG).
After learning how to upload code and turn on the LEDs of the robot, now learn how to power motors and move around.
A chocolate-bar-sized DIY micro-mouse that plugs into a computer, works instantly, and includes a built-in light.
Let's explore Pulse Width Modulation (PWM) technique, using the Mercury Board to control LED brightness.
ROBOCAR-SDTech Robotics
