Arduino Autotruck is a project born to automate and improve the use of a Lego Technic’s lorry through some features.
#MakeRadar provides radar tutorials, demos running directly in your browser and hands tutorials to guide you from zero to prototyping
The project showcase an easy-to-spin motor control evaluation demo with Field Oriented Control (FOC) on PMSM or BLDC motors.
An almost completely 3D-printable shredder that can be used to shred 3D-prints ;-)
In this lesson of the introductory mini-course on the Arduino, you will learn about Arduino libraries.
An Azure Sphere based IOT solution with a Proximity sensor which will act as a counter for manufacturing processes
Computer vision meets robotics: Use depth cameras to detect objects and curves, then guide a robotic arm along smooth trajectories.
Create your own giant RC servo using this UMC! add a potentiometer to a motor, plug it in and you're as good as done ;-)
A tracker which reads the sensors' data and sends this data via bluetooth UART connection to a mobile device for display.
This project shows how to create incremental encoder from an HDD motor using GreenPAK™ IC
Did you ever want something too fascinating and then realized it was a bit more than fascinating, i.e. it was super excellent?
I used a 60GHz radar for motion detection to illuminate my workshop while keeping the sensor hidden
The process of designing an amazing device.
A motion detection system using microwave sensor which comes with a lot of precision.
This is a brief discussion on PIR sensor.
Using a pan to do simple button inputs in a game.
Did you ever want to lock your door from your computer or via WiFi?
This project describes the implementation of motion trigger-able ultrasonic pest repeller.
See how the C0-microSD's uncertainty tracking can be used to better estimate 3D positions from acceleration data.
I designed two custom PCBs based on the unique features of the PICO DEV M3 development board.
A demonstration of the use of PI feedback controller compared to an open loop controller. This project was done for ME461 at UIUC.
Press the button, you can rotate the 3D object displayed as HTML in your web browser.
A pair of gloves that allow you to control games
A camera-less, standalone gym wearable powered by STM32 & TinyML to correct workout form in real-time via smart haptic feedback.
