do your :bit international showcase

This project uses micro:bits to simulate wind power, control lights, and monitor humidity in an evapotranspiration toilet.

This project uses a micro:bit to detect dust particles in the air and alert residents to dangerous levels of dust.

This project uses the micro:bit to measure air quality.

A micro:bit supported hydroponics system.

This project created a recycling machine and organic waste depositing bin.

A diorama of the famous Battle of Sekigahara animated with micro:bits.

A micro:bit project that encourages responsible water usage.

This project uses the micro:bit to measure air quality.

A flood warning system using the micro:bit

This project sends an alarm when there is a flood risk.

This project uses a micro:bit to monitor air quality.

This micro:bit project uses the radio function to send alerts related to student safety at school.

This project created a recycling machine and organic waste depositing bin.

This project uses micro:bits to detect soil moisture and automatically activate irrigation preventing the spread of fire during dry periods.

This micro:bit project detects fire and sends a message to the fire department.

A micro:bit project that turns on a light when a door is opened.

This project utilizes micro:bits to power propellers, simulated radar, navigation lights and and aquaponics system.

A micro:bit powered project that aims to recover small objects and assist in monitoring endangered marine life

This project utilizes micro:bits to control humidity on a regenerative farm.

This project uses micro:bits to simulate wind power, control lights, and monitor humidity in an evapotranspiration toilet.

This project uses micro:bit to help detect and avoid possible discrimination.

This project monitors tunnels for vehicle motion and activates a light when motion is detected.

A system to sense rising water levels and mitigate flood risks.

This project uses a micro:bit to detect a possible earthquake.

This project uses micro:bit to track the sun's movement and ensure optimal solar panel orientation.

This project creates a fall sensor using two micro:bits.

A project that utilizes the micro:bit as a step counter to improve student health.

A micro:bit project that detects moisture in the soil.

The Buddy:bit uses micro:bit to enable people to ask for help discreetly.

A micro:bit supported hydroponics system.

This project uses the micro:bit to create an alert system that measures humidity and water depth levels near the riverbank.

This project uses a micro:bit to monitor water levels and mitigate flood risks.

This project uses a micro:bit to take in sea water from the beach and turn it into potable water for the community to use.

A project driven to combat pollution, focusing on an essential issue: waste sorting.

This project aims to increase accessibility and safety for people with blindness or low vision, using micro:bit boards to provide real-time updates on beach conditions via sound alerts.

A micro:bit project that predicts equipment failures and schedule maintenance proactively, reducing costs and downtime.

Digital record of student information to improve accuracy and accessibility.

A game integrating reading with interactive elements and rewards to enhance reading experience.

A system for organizing and managing electrical cables from generators to improve safety and aesthetics in residential areas.

A project that uses AI to classify recyclable materials, improving recycling efficiency and reducing environmental impact.

A game to improve student engagement with science.

TrailBlazer is a foldable and versatile mobility device designed to empower individuals with disabilities to engage with the outdoors more confidently.

A smart traffic light project built with the micro:bit to increase safe crossing times for individuals with disabilities.

Wish to Hear the Sound is a micro:bit project that translates sound into vibration and light to improve quality of life for the hard of hearing.

A micro:bit project that measures several mangrove health metrics to preserve the mangroves.

A project that uses the micro:bit to detect humidity and will turn on a fan for drying clothes automatically.

This project utilizes the micro:bit to attract birds to birdhouses by playing birdsongs.

This project uses the micro:bit radio frequency feature to create a robot that monitors waste.

This project utilizes a micro:bit to automate a swinging motion on an accesible swing.

A simple and educational system that uses Micro :bit to raise awareness about the conscious consumption of electricity and promote sustainable habits.

A mini weather station that monitors the temperature and humidity of the environment.

This project encourages healthy posture by adjusting the light level when poor posture is detected.

This project utilizes the micro:bit to detect and alert the crutch user to obstacles.

This project utilizes a micro:bit to sort garbage found on beaches.

A project that uses a micro:bit to sense and control UV light to disinfect restrooms.

This project uses a micro:bit to sense light intensity and deploy a shade to cover coral.

This project utilizes two micro:bits to detect relative location and play music to aid in locating a person who has wandered off.

This project utilizes the micro:bit to sense water temperature and level to activate a pump to drain water into a catchment area.

A micro:bit project aimed at storing rain and solar generated power while also alerting residents to possible problems within the home.

This project uses a micro:bit to detect dust particles in the air and alert residents to dangerous levels of dust.

This project uses the micro:bit to for wildfire and landslide detection.

This micro:bit project prototype uses light detection to conserve electricity and collects rainwater for a hydroponic smart garden.

The Park Guard uses micro:bit to and ultrasonic sensors to monitor parking areas and alert authorities to unauthorized parking to increase public safety.

This project uses the micro:bit tho detect volcanic activity and send data to a research team.

This project is a micro:bit game that teaches the importance of keeping the sea clean.

A micro:bit project that measures pH and temperature levels of sea water.

A project that represents the emotions of various sea animals using the micro:bit

Monitoring air temperature changes at sea level.

This project utilizes the micro:bit to create a game device which supports English language learning.

A diorama of the famous Battle of Sekigahara animated with micro:bits.

This project utilizes two micro:bits to create a sword cutting game.

This project uses three micro:bits to coordinate a motor for folding laundry and dispensing coins.