Millones de jóvenes con edades comprendidas entre 8 y 18 de todas partes del mundo participaron en do your :bit 2022. Estos propusieron soluciones sorprendentes e innovadoras alineadas con los Objetivos Globales y con la resolución de problemas que afectan al mundo.
Nuestro jurado seleccionó a los ganadores provenientes de seis regiones del mundo- África, Asia & el Pacífico, Europa, América Latina, Medio Oriente y América del Norte - en las tres categorías de reto. Conoce más sobre los ganadores, subcampeones y sobre sus propuestas a continuación.
Niños de 8-14 años, soluciones micro:bit
Los jóvenes han sido desafiados a diseñar y crear una solución haciendo uso de micro:bit en esta categoría.
Jasser, Oussema e Iskander han diseñado una casa inteligente que ayuda a las personas a vivir cómodamente y de forma sostenible. Cuenta con una alarma, sistema de iluminación, un detector de fugas de gas, monitor de temperatura y un sistema de energía renovable.
Jared ha inventado 'e-mom', un dispositivo inteligente que ayuda a monitorear y mantener una buena postura y buenas prácticas al estudiar online. El 'e-mom' le sugiere a los niños mantener una distancia razonable entre los ojos y la pantalla del ordenador; monitorea la iluminación de la sala de estudio y está equipado con un temporizador ¡para hacer recordar a los niños cuándo tomar una pequeña pausa y beber agua!
Jared dice: "Considero que las mentes creativas e innovadoras pueden hacerse presente con soluciones que, aunque simples, también son prácticas.
Bosnia y Herzegovina
La creación de Ahmed es una alarma de incendios con sensor que ayuda a extinguir el fuego utiliando energías renovables. Un molino hidráulico suministra energía que controla un micro:bit que, a su vez, desactiva la bomba de agua cuando el sensor ha detectado fuego.
Ahmed said, "I chose this project because I know how dangerous fires are for the environment, the human community and especially for animals."
Juan was motivated to create the 'early detection system for wildfires' after a large forest fire in Uruguay. The system uses micro:bit sensors to monitor temperature and humidity and alert firefighters when necessary. Juan wanted to create the device to avoid the destruction of eco-systems.
Zayd’s ‘Electricity Generated Running Track’ turns energy from walking or running in to electricity. Zayd wanted to create a device that not only prevents us from burning fossil fuels, but also encourages people to lead a healthier lifestyle.
In the future Zayd would like to be a mechatronics engineer. He said, "I want to create more inventions like this that would help the world."
Isla’s TASC (Teacher and Student Communication) allows teachers and students to communicate in class using the micro:bit radio function. Isla wanted to create a solution that allowed students who might be shy or need additional help to get support without being embarrassed to ask.
Isla said, "It feels incredible to have won this challenge during my first few months of using the micro:bit."
8-14 year olds, paper prototypes
In this category, we asked young people to create a paper prototype to explain their idea.
Oussema noted that climate change may increase the number of avalanche accidents in mountainous regions of the world. His ‘AV Detector’ detects avalanches and alerts the authorities to evacuate villagers that might be affected. It can also be used to locate hikers and climbers who may be in danger.
Oussema said, "We can always help to solve life problems with innovative ideas and appropriate technology."
Jing Yan thought about many issues facing farmers when creating his ‘Smart Farming Helper’. The device uses chilli water to water and maintain farmland and also get rid of unwanted pests that are ruining the crops. Jing Yan thought his entry would support farmers to develop sustainable agricultural methods.
Molly-Rosanna created the ‘Help A:bit’, a wearable device designed to help keep people stay safe on the street. It’s a safety device that connects to your mobile via Bluetooth and can track locations, call emergency services, and notify emergency contacts at the push of a button. Molly-Rosanna designed the device to help women feel safe and protected when walking alone.
Vinicius and Antonio’s ‘Project ACVM’ aims to reduce the excess of carbon dioxide in the atmosphere. It uses a CO2 meter to detect the amount of gas in the air and sends this information to the micro:bit to calculate how many trees and plants will be needed to remove that CO2 from the air.
Alper created the ‘Deaf:bit’, an invention to support hearing impaired individuals live independently.
He said, "My friend's family is deaf. I saw the problem they were having and I wanted to develop a prototype for them. I thought how can I come up with a simple solution. When my teacher introduced micro:bit V2 features, I figured out how to do it."
The device is worn as a wristband and uses multiple micro:bits to give warnings in various situations such as when the house bell rings, a baby cries or a horn is sounded.
15-18 year olds, micro:bit solution
15-18 year olds were challenged to design and make a solution using the micro:bit.
Shanice created the ‘Balanced Diet Finder’ to help her community plan balanced meals that are healthy and nutritious. The solution, developed using AI and micro:bit, classifies food into food groups and supports the user to make healthy choices.
Dang, Nguyen and Bui devised the ‘Healthcare Support System for the Elderly’. The system includes sensors to measure the health and environment of the user which can then be accessed by doctors or family. The system also features an automatic mechanism to dispense the correct dosage of medication at the correct time for the user.
The students said about their winning entry, "It will create a strong motivation for us to be more passionate about technology and computer science and encourage us to become programmers in the future."
Fatin, Wan and Ahmad created ‘Animal Foresee’ to try and reduce the amount of animals that are killed crossing roads. In their country, Malaysia, they are trying to protect elephants but they noted the device could be used to detect many types of wildlife, including tigers, elk and foxes. The device uses the micro:bit accelerometer to detect elephants near a road and the radio function to alert drivers.
The team said, "Taking part in the do your: bit challenge has inspired us to seek out problems in our world and try to find a way of solving them using technology."
Qingzhe designed the ‘Time Keeper’ to protect animals from being involved in rail accidents. The device detects and times incoming trains and then uses sound to chase away animals who may be in danger.
Mario and Daniel's ‘Intelligent Irrigation’ system aims to use resources, such as water, fertiliser and energy, efficiently. It uses the micro:bit and a humidity sensor to monitor conditions and a water pump to create a fully automated garden. The team said their project goal was to "use technology to serve nature and care for the environment".
Ali designed the ‘Room Monitoring System’ to create healthy spaces to live and socialise in. The system uses micro:bit to monitor the levels of humidity, temperature, and smoke in a room. It alerts users if action is needed, such as increased ventilation, to create a healthy environment.
Ali said about taking part in do your :bit, "This experience taught me to never give up, even if the problem seems to be unsolvable."
Dawsen and Matson created the ‘Fire Assistance for Places of Risk’ to protect ecosystems at risk of wildfires. The FAPR is a temperature sensing, fire detecting, and soil measuring device that can be strapped to a tree or placed in the soil to help prevent major fires. The solution uses the micro:bit sensors and LEDs to display monitoring data.
8-14 years old, micro:bit solution category
Mariem, Alaa and Mohamed, Tunisia - a sea turtle incubator that controls the temperature of the sand to help protect sea turtles and determine the gender of newborns.
Balkis, Tunisia - the ‘Smart Puppet’ helps teachers communicate with autistic students.
Yuuka, Akari and Lila, Japan - ‘Watey’ is an app to help families save water in the shower.
Zi, China - a bionic arm to support people with hand disabilities carry out tasks.
Kriton, Giorgos and Kuriakos, Greece - a device that detects if water bottles have been exposed to the sun too long, potentially causing the chemicals from the bottle to contaminate the water.
Bozica and Andrej, Macedonia - a boat that can collect toxic spills.
Sara, Sebastian and Mariana, Colombia - project that recycles used cooking oil into a renewable fuel.
Michelle and Johan, Colombia - an intelligent waste sorting and storage system.
David, Peru - the ‘Hexagon Breathing Box’ teaches people a breathing technique to reduce stress.
Mustafa, Iraq - ‘Happy Date Palms’ helps farmers increase the productivity of date trees growing in Iraq.
Cybelle and Joury, Lebanon - the food expiry date tracker helps prevent food waste.
Heritage Engineers, USA - the ‘Micro Band’ is worn by lumberjacks to prevent them cutting down too many trees and contributing to deforestation.
Olivia and Lucy, USA - the ‘Overfishing Weight Detector 3000’ weighs the amount of fish on a boat to prevent overfishing.
8-14 years old, paper prototype category
Ahmed, Tunisia - the ‘bit:care’ will help alzheimer's patients in their daily life.
Douaa, Rimes and Ikram, Tunisia - a robot scarecrow that uses sensors to protect crops and gardens.
Eunji and Nakyung, South Korea - a device that monitors and manages the population of stray cats in residential areas.
Alessio, Adrian and Ronan - the ‘Green Life 7000’, a robot that plants new trees.
Ayla and Amelie, UK - the ‘Help-o-meter’ allows homeless people to access support discreetly.
Chloe and Lexie, UK - the ‘Smiley-bit’ sends positive messages via the micro:bit to support people’s mental health.
Anahy and Samyra, Brazil - a sound meter that monitors noise levels in schools.
15-18 years old, micro:bit solution
Mohamed and Iyed, Tunisia - ‘Temp-reg’ allows uses to set the correct temp in a fridge for storing medicines.
Taha and Amine, Tunisia - a device that detects gas leaks and smoke in the home and alerts families to any danger.
Ain, Nik and Ahmad, Malaysia - a bad posture detector to encourage users to practice good posture.
Rio and Chihiro, Japan - a power saving system to monitor light use in a family home.
Christopher, Peru - the ‘Parental Control’ controls children’s use of screens when their parents are away.
Husain and Sideka, Iraq - a smart Automated Hydroponics System created to minimise human interference
Samantha, USA - ‘Food for all’ helps food banks to monitor their stock to ensure they can always distribute food to those in need.
Shayyan, Charlotte and Udichi, Canada - ‘Micro:BITE’ helps users monitor expiry dates on food packaging to limit food waste.
The judges gave a special mention to Joel, Ryan and Wajih from Ireland for their entry, 'Climate Chaser'. Their creation is a system that captures CO2 from the air and feeds it to algae and other sea plants that use the CO2 to photosynthesize and create oxygen.
The judges wanted to acknowledge Joel, Ryan and Wajih’s entry and the value of thinking differently about climate change. The judges felt the team displayed real creativity in the research and design of their solution and original thinking about combating climate change.
The judges also gave a special mention to Ranim, Hala and Maha from Lebanon for their entry, ‘Microps’. Their creation is designed to save crops from being destroyed by hurricanes and tornados.
The judges wanted to acknowledge the value of thinking of ‘out of the box’ solutions to tackle real-world problems. The judges felt Ranim, Hala and Maha displayed originality and creativity in how they used the microbit to develop their solution.