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Not only is health and well-being an engaging context to bring computing to life for your students, it's also never been more relevant as we emerge from periods of isolation and pay more attention to personal health. This issue spans articles on teacher and student well-being, to computing projects addressing air pollution and health, to real-life research at the intersection of computing and the healthcare industry.

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Not only is health and well-being an engaging context to bring computing to life for your students, it's also never been more relevant as we emerge from periods of isolation and pay more attention to personal health.

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Using Computational Thinking to understand earthquakes

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Learn about earthquakes by building a seismograph and tuned mass damper

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Seismograf - mål jordskælv

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Brooke V.C Church Of England Primary School

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Our space launch has now been completed and we're delighted to share the following video with you:

We are very excited to announce our planned launch of a selection of BBC micro:bit based experiments and measurements via weather balloon into near-space.

Over the previous term our Computer Club members have been busy learning all about the BBC micro:bit and it's capabilities. Whilst we won't be the first school to launch a BBC micro:bit into near-space we believe we will be the first Primary School to do so, and also the first to use the micro:bit on it's own (i.e. no Arduino's or Raspberry PI's will be used) to measure temperature, altitude, pressure, sound, light and acceleration & time (as well as any other things that we can think of!). We'll probably need a few micro:bit's and external sensors to carry out all of our experiments!

On this page we will be documenting our journey and the work that we do with the BBC micro:bit to make this happen. You can also follow our progress on twitter via @BrookePrimary (there is a link at the bottom of the page to follow us).

We hope that every pupil will have a chance to participate in the programme, not just the Computer Club members. If we can find a suitable location locally (and the weather is kind to us!) then we we can all attend the launch day event which we are currently aiming to do on the 26th May at 10.30am.

You can read more about each lesson and find the answers to our frequently asked questions below:
Lesson 1 - Concept & Temperature Measurement Lesson 2 - Measuring Time (Reaction Game) Lesson 3 - Acceleration (Eat the dots Game!) Lesson 4 - Swift Class Moisture/Water Sensors Lesson Lesson 5 - Light & Rockets (Race For The Line Competition!) Lesson 6 - Testing our Rocket Cars with a micro:bit speed gate Lesson 7 - The Micro:bit Compass Lesson 8 - The Metal Detector Lesson 9 - Storing Data
If you're interested in finding out a little more then check out our Space Launch FAQs and also our useful Micro:bit resources pages.

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Brooke Primary Micro:bit Space Programme

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The Brooke Primary School Space ProgrammeOur space launch has now been completed and we're delighted to share the following video with you:https://vimeo.com/222400705We are very excited...

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Her finder du nyheder fra DR og alle vores TV og Radio kanaler live og on demand - når du har lyst.

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Use the 5-button ADKeyboard to make some sweet, sweet... 5-note music. On a buzzer.

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Skole teknologi - Køb moderne teknologi til undervisningen - Hippomini

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Køb moderne teknologi til undervisningen i skolen! Hos Hippomini finder du alt i teknologi til indlæring, f.eks. robotter, 3D printer samt iPad og IT udstyr!

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I Danmark har vi store traditioner indenfor innovation og teknologi. Danskere opfandt højttaleren, forfinede den moderne vindmølle og lagde fundamentet til den moderne computer. Men skal Danmark også i fremtiden være i front, kræver det, at vi forstår, hvad der driver teknologien omkring os. Hvad er en computerkode egentlig? hvad kan den bruges til? Og hvordan kan en mikrocomputer i hænderne på landets skolebørn være med til at skabe den næste store opfindelse?

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I Danmark har vi store traditioner indenfor innovation og teknologi. Danskere opfandt højttaleren, forfinede den moderne vindmølle og lagde fundamentet til den moderne computer. Men skal Danmark også i fremtiden være i front, kræver det, at vi forstår, hvad der driver teknologien omkring os. Hvad er en computerkode egentlig?

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You've got hold of a BBC micro:bit, but maybe the compact embedded computer is just sitting there gathering dust. It's time to clean it up and use it again!

A great selection of accessories have been released for this device, letting you extend functionality in ways you would never have imagined.

Here are some of the best micro:bit add-ons that let you do something new with the device. Note that none of these kits ship with the micro:bit itself, which is available separately.

If your BBC micro:bit has been sat gathering dust due to a lack of compatible (or easily connected) components, then this Electronic Starter Kit from Monk Makes is a great option.

Featuring a speaker, relay, sensor board, a motor with a fan, a light bulb, 10 alligator clip leads, a single AA battery and a 30 page instruction guide, this kit is ideal for working through a number of great projects.

The guide includes a bunch of projects, with Blocks editor and MicroPython options. Among the projects you'll find a motion alarm, a "shout-o-meter", a number of ways to manipulate the fan, and a Theramin-like magic instrument.

One of the most popular ways to use a BBC micro:bit is as a wearable device, using the LED array to display text, or an image. But attaching the device to your clothing can be a bit tricky. While you might like the idea of a homemade cotton pouch, this protective silicon case is a much better solution.

Designed to provide full access to the pins, A and B buttons, USB ports and other connectors, these cat-like micro:bit sheaths come in blue, yellow, red, or amber.

Looking for a way to connect your micro:bit to servos, with a built in battery case? Something ideal for, say, building a micro:bit powered car? The Ring:bit extension board is the answer, which comes with a function select switch, power switch, and two sets of pins. Capable of running up to three servos, this board has space for three AA batteries.

Once you've done everything in the starter kit, the only way is up. The micro:bit Inventor's Kit from Kitronic features the Edge Connector Board, designed for use with breadboards, one of which is included. Also included is a collection of LEDs, LDRs, capacitors, a fan, motor, switches, wires, and a tutorial book.

No soldering is required, but by the end of the book you should know how to dim an LED using a potentiometer, use a transistor to drive a motor, and more.

If you like the look of the inventor's kit, but don't have the budget, or just don't need most of the items, the Edge Connector breakout board can be bought separately.

This is a basic breakout board that you can use to easily connect your micro:bit to a range of hardware via a breadboard.

If the Edge Connector breakout board doesn't give you enough to play with, the Octopus:bit surely will. Simply slot the micro:bit into the socket and gain access to a collection of GPIO pins, providing a wealth of connection options.

The device includes a UART port, I2C port, and SPI port, and two devices, complete with connected micro:bits, can be connected together for serial communication.

If you're looking for breakout options, this is as good as it gets for the micro:bit.

Ever thought about bringing a color display into the mix with your BBC micro:bit? Not just an LED display, but a real, live, LCD capable of 65,000 colors, with 160×128 pixel resolution and SPI interface? The MakerFocus 1.8-inch LCD fits the bill perfectly, and includes onboard SRAM cache.

Meanwhile, if you want something more in keeping with the micro:bit's low-fi, 8-bit aesthetic, the scroll:bit from Pimoroni might be more suitable. Essentially extending the 5 x 5 LED matrix to 17 x 77, the 119 new LED pixels can be individually controlled. As with the main matrix, the LEDs can be programmed with Microsoft MakeCode and MicroPython.

Attach this to your micro:bit and create animations, graphs, even video games and complex wearable messages!

With a built-in buzzer, and 3V coin cell holder, the MI:power Board is designed to fit snugly against the micro:bit. It uses the GND and 3V connectors for power and P0 for the buzzer; these connectors are also employed to secure the MI:power Board to your BBC micro:bit. There's also a useful on/off switch!

Extend Your BBC Micro:bit's Functionality

Each of these peripherals naturally requires you to first have a BBC micro:bit computer. If you don't already own one, or have access via your school, you can order one off Amazon.

The 6 Best Hidden Cameras for Checking on Your Babysitter

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9 Great BBC Micro:bit Accessories to Augment Your Next DIY Project | Top Stories | Top Stories | Latest Technology News | Prosyscom Tech

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You've got hold of a BBC micro:bit, but maybe the compact embedded computer is just sitting there gathering dust. It's time to clean it up and use it again! A great selection of accessories have been released for this device, letting you extend functionality in ways you would never have imagined.

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ULTRA NYT: ULTRA:BIT | Miljøkajak | TV | DR

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Se eller gense de fleste af DRs tv-programmer. Du kan se programmer fra både DR1, DR2, DR3, DR K, DR Ultra og DR Ramasjang.

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Micro:bit er for alvor kommet til Danmark, og vi er mange der nu kommer til at have spændende oplevelser og erfaringer med den. Særligt nu, at Industriens Fond har financieret et stort projekt...

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65.000 børn bliver 'Årgang ultra:bit', når DR sammen med en række aktører søsætter det tre-årige projekt ultra:bit.