Publish built-in sensors' BBC Micro:bit v2 data to Qubitro IoT platform through MQTT protocol.

This projects allow your students to build their own environmental sensing systems with the micro:bit

The project demonstrates how to connect BBC microbit to WiFi and send a phone notification when a sound is detected

A gas leak monitoring device with adjustable sensitivity for detecting natural gas with voice prompt warning & ventilation for fire safety

Use a TV remote control to the micro:bit to turn on and off the DC Motor of Snap Circuits.

Use a TV remote control to request the micro:bit to light a lamp and automatically turns it off in 5 seconds.

Learn how to use the infrared receiver (U24) of Snap Circuits to detect input from remote controls with the micro:bit.

Build your own pot of gold for St. Patrick's Day from Lego bricks and make it count the coins with the help of Micro:bit and Snap Circuits.

Blow Game is based on the project "Measure Wind Speed with Micro:bit and Snap Circuits" in which two players try to over blow the other.

Ensuring safety against electrical fire or shock during earthquake, flood, gas leakage & fire breakout by disconnecting mains with smart CB.

Learn how to use the photoresistor (RP) of Snap Circuits as a light sensor input for the micro:bit.

DIY craft propeller anemometer, connected to BBC Micro:bit using Snap:bit and Snap Circuits.

A chain reaction machine using micro:bit, Lego EV3, Arduino, Raspberry Pi, a light sensor, a color sensor, a moisture sensor, etc.

Program a micro:bit with Mbed to read switch A/B, ADC, accelerometer, magnetometer and display data on 16x2 LCD.

Radio link two micro:bits and a 'sonar' ultrasonic distance sensor. Detect movement with one and immediately show an alert on the other.

Program BBC Micro:bit with mbed OS and remotely send data to cloud by utilizing BLE to smartphone/PC IoT cloud gateway.

ARM mcu based, autonomous waterbot, equipped with sensors to measure water quality of water reservoirs both locally/remotely

Guard your belongings from prying eyes and be informed!

The presence of a car can be measured by changes in the magnetic field. We are using the magnetometer to build a tiny parking sensor.