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Learn computer science. Change the world.

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Every student in every school deserves the opportunity to study computer science.

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Google Drive - Archivio, Creazione, Condivisione

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Potreste provare a creare un test di italiano/storia/geografia da fare con i vostri compagni, così lo fate conoscere agli insegnanti.

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Kahoot! | Learning games | Make learning awesome!

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Kahoot! is a game-based learning platform that brings engagement and fun to 1+ billion players every year at school, at work, and at home.

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Ricordatevi di entrare con account per non perdere il lavoro

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Accelerated Intro to CS Course - Code.org

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Anyone can learn computer science. Make games, apps and art with code.

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Svolgere il corso rapido fino alla Lezione 12 se potete.
Quando non riuscite non arrendetevi ma ragionate con calma.

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Se finite il corso, avete la possibilità di stampare un certificato che attesta le 20 ore di lavoro.

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Scratch is a free programming language and online community where you can create your own interactive stories, games, and animations.

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Corsi gratuiti di programmazione.
Nella sezione risorse trovate del buon materiale, da poter utilizzare anche in futuro.

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Il movimento CoderDojo (da Coder, programmatore in gergo informatico, e Dojo, palestra in Giapponese) è una rete internazionale di computer club dove bambini e adolescenti possono ritrovarsi e imparare liberamente a scrivere programmi per il computer, sviluppare siti web, applicazioni, giochi e molto altro ancora.

Il CoderDojo Verona segue la filosofia Coderdojo basata sulla collaborazione fra persone appassionate di tecnologia e desiderose di trasmettere questa passione (i ) e ragazzi (i ninja coder) desiderosi di capire "cosa sta dietro" alle tecnologie che utilizzano tutti i giorni. La filosofia del Coderdojo è ben spiegata nel documento Coderdojo Echo (Ethos, Culture, Happiness and Outcomes).

Gli incontri del Coderdojo Verona sono completamente gratuiti, come previsto dal charter della Coderdojo Foundation.

Seguici su Facebook o su Twitter per ricevere notizie sulle nostre attività! Oppure iscriviti alla mailing list del Coderdojo Verona, verrai informato tutte le volte che apriamo le iscrizioni per un evento.

Coderdojo Verona è supportato dalla divisione "Tech4Kids" del Verona FabLab. Il FabLab ci offre non solo materiale tecnico, ma anche supporto logistico e finanziario. Se volete sostenere le nostre attività, potete aiutarci in due modi:

Facendo una donazione al Coderdojo tramite il conto Paypal del Fablab. Tutti i fondi così ottenuti saranno utilizzati per comprare materiali per il Coderdojo quali robot, schede Arduino e materiale di consumo per la stampa 3D.

Iscrivendoti al FabLab. Oltre a supportare tutte le sue attività (Coderdojo incluso), l'iscrizione permette di accedere ai corsi organizzati per gli adulti. Inoltre, le quote maker danno accesso ai laboratori del Fablab!

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Il movimento CoderDojo (da Coder, programmatore in gergo informatico, e Dojo, palestra in Giapponese) è una rete internazionale di computer club dove bambini e adolescenti possono ritrovarsi e imparare liberamente a scrivere programmi per il computer, sviluppare siti web, applicazioni, giochi e molto altro ancora.

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qui trovate la galleria dei nostri lavori.

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Make games, stories and interactive art with Scratch. (scratch.mit.edu)

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Crea Diagrammi di Flusso, Pseudo Codice, Programmi

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Crea Diagrammi di Flusso, Pseudo Codice, Programmi

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Program

You tell computers like the micro:bit what to do by giving them instructions. Sets of instructions for computers are called programs. Programs are written in code, a language that both you and the computer can understand.

You can program your micro:bit in the online MakeCode block or Python text editors. Our Let's code page helps you choose the one that's right for you.

You'll need either:

a computer with a web browser and internet access
or

a phone or tablet and our free micro:bit app for MakeCode coding on Android or iOS (iPhone and iPad) mobile devices

When you've written your code, you'll want to connect and transfer it onto the micro:bit.

Connect

Connect your micro:bit to your computer or mobile device.

If you're using a computer, you need a micro USB cable to connect to your micro:bit to your computer's USB socket

If you're using a phone or tablet, use Bluetooth to connect your micro:bit wirelessly

Transfer from a computer

Transferring your program to your micro:bit is called flashing because it copies your program into the micro:bit's flash memory.

Your micro:bit will pause and the yellow LED on the back will blink while your program is being transferred. Once it's copied across, your program starts running on your micro:bit.

There are two ways to transfer your program from a computer:

Drag and drop is like copying a downloaded file from your computer to a USB memory stick. It works on any computer.

Direct flashing sends your program from the code editor direct to your micro:bit. It works on any computer in two popular web browsers.

Drag and drop

When you plug the micro:bit into your computer's USB socket, it will appear on your computer like a USB memory stick called MICROBIT.

Download your program as a .hex file from the code editor to your computer, usually to your downloads folder. Then drag and drop the .hex file on to the MICROBIT drive.

After you transfer your .hex file, the MICROBIT drive will disconnect and reconnect as the micro:bit resets. The .hex file will not be listed on the MICROBIT drive after this. This is expected. Your micro:bit is not a flash storage device, but your computer shows it as one to make it easy to transfer .hex files.

The videos below show you how it works. Choose your computer type (Windows, Mac, Chromebook or Linux/Raspberry Pi) to see how it will work for you:

Choose your computer type:

Direct flashing

You can send programs direct from the online code editors to your micro:bit without the need to download and copy a .hex file. This is quick and easy.

To use direct flashing, you'll need to use a recent Chrome or Edge web browser that supports webUSB.

You may also need to update your micro:bit firmware if you got the device a long time ago. Find out more on our firmware page.

Note: direct flashing is quick and easy, and is great for debugging, but it does not save a copy of your program on your computer. If keeping a copy of your code on your computer or local network drives is important to you, for example for assessing students' work, you may want to use drag and drop instead, or remind students to download and save a .hex file when they have completed their project.

Transfer from mobile app

To get started on mobile, you need to download the free micro:bit app to your phone or tablet and follow the on-screen instructions. The apps use Bluetooth to transfer your code to your micro:bit, so you need to enable Bluetooth on your phone or tablet.

These videos help you understand how the mobile apps work with your micro:bit.

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You tell computers like the micro:bit what to do by giving them instructions. Sets of instructions for computers are called programs. Programs are written in code, a language that both you and the computer can understand. You can program your micro:bit in the online MakeCode block or Python text editors.

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In questa pagina sono raccolte tutte le risorse su BBC micro:bit, tutorial, esperimenti, lezioni. Questa pagina è in costruzione – ultima modifica 26.05.19 Coding a scuola con BBC micro:bit –…

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file zippato

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Esempi terza lezione