Packet Radio on your Arduino 101 - The Arduino 101 Orientation Visualizer redone with Packet Radio!

An Arduino robot that can be controlled using speech or voice!

For use in DIY homebrew radio equipment such superheterodyne receivers, SDR, HAM QRP transceivers or RF generator.

A step by step tutorial for visualising the motion of an MPU6050 motion sensor in the form of artificial flight instruments.

This project is used to measure temperature by Infrared thermometer automatically and inform result by speaker. It also comment your result

Build a sterilizer using a UV-C lamp and a 3D printed enclosure!

A short and simpel project for visiualize Audio signals with LEDs.

A touch-free germs disinfecting device that can disinfect anything from masks, wallets to mobile phones, killing maximum germs using UV-C.

Control the number of customers in a store using a phone app to ensure social distancing.

While I exercise it plays music to keep me motivated and afterwards dispenses a reward, a Tic Tac!

A simple interface for a homemade (or commercial) antenna rotator. Manual command or USB via computer tracking software - EasyComm protocol

Garage parking sensor using addressable RGB LEDs to provide feedback to vehicle driver as they approach and reach stop (park) position.

Control the speed of your PWM fan easily. No need for other circuits.

The lightmeter based on Arduino as a main controller and BH1750 as a metering cell. Information is displayed on SSD1306 OLED display.

This is a board to control two Nokia screens to give my robot eyes. It will be connected to the microcontroller via I2C (two Wire).

A simple 8x32 LED matrix alarm clock.

How to make a connection between an internet service and Arduino boards.

This Coronavirus Doorbell will detect people with high fever outside your home.

Create a digital watch for Arduino combined with a 16x2 LCD Keypad Shield and using YAKINDU Statechart Tools.

This tutorial describes how to use the Omron D6T Thermal Sensor to detect seat occupancy by measuring temperature with the Arduino board.

Easy to use interrupting thread handler. Does not relay on yield() or delay(ms) for switching and no pre-allocated stack needed.

This is a smart wheelchair

Track your face using OpenCV's facial recognition.

Easy way to control variables with one rotary encoder and OLED display.