Codefestival 2024: Programmeren en coderen in het onderwijs
EU Code Week: 14-27 oktober 2024
De EU-programmeerweek is een initiatief waarin creativiteit, probleemoplossing en samenwerking worden gestimuleerd door middel van programmeren en andere technische en digitale activiteiten. Het idee erachter is om programmeren bereikbaarder te maken en om mensen te laten zien hoe je ideeën met programmeercode tot leven kunt brengen. De Code Week wil digitale vaardigheden ontwikkelen en gemotiveerde mensen bij elkaar brengen om te leren.
Save the date, schrijf je in!
Op 14 oktober 2024 is er een volgende editie van het Codefestival. We hopen jullie daar te ontmoeten. Het wordt een dag vol interessante workshops, inspirerende sprekers en boeiende praktijkvoorbeelden. De inschrijvingen starten eind augustus 2024.
Code Week 2023: inspiratiegids en toolkit
In de EU Code week ga je aan de slag met programmeren en coderen op school. Weet je niet goed hoe eraan te beginnen? Dan hebben wij voor jou:
- EU Code Week 2023 - inspiratigids: een bundel met tips en informatie over lesactiviteiten, organisaties, nascholingen ...
- EU Code Week 2023 - toolkit: een bundel met laagdrempelige tools om jouw leerlingen aan het coderen te krijgen. Deze bundel werd samengesteld door de Vlaamse leading teachers van de EU Code Week. Zij zetten coderen en programmeren in de kijker.
Dat is nog niet alles want ook op volgende websites kan je terecht voor meer info en materiaal:
- Bezoek de website van Code Week.
- Vind tips, ideeën en lesmateriaal.
- Bekijk waar in Europa activiteiten plaatsvinden op de interactieve CodeWeek-kaart!
- Meld je aan om ook jouw activiteit toe te voegen.
Voorbije Codefestivals
In 2016, 2017 en 2022 was er een Codefestival met keynotes, hands-on sessies, praktijkvoorbeelden, demo's en nieuw materiaal. De presentaties kan je via onderstaande links nog eens raadplegen.
- Bekijk de foto's en download de presentaties van 2017
- Donwload de presentaties van 2022
- Bekijk de aftermovie van het tienjarig jubileum 2022
- Bekijk de toolkit van 2022.
Nog meer leermiddelen vind je hieronder.
Kies jouw doelgroep
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Voice strings: Design your own musical instrument with Arduino and lasers!
This project challenges students to build their own musical instrument without real strings. Inspired by some examples with lasers, they get creative in designing a laser harp. Various concepts of computational thinking are discussed. The laser …
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STEMpedia Education: Teaching materials and projects for STEM
STEMpedia helps students and teachers learn about artificial intelligence, machine learning, Python and robotics in an interactive way. The website bundles a large amount of projects and learning resources about coding and STEM-related topics. …
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Arduino: Hello World
A microprocessor is still the most important part of most electronic devices. It is the brain that controls sensors, just think of the self-driving car, a complicated security system or sensors that can measure air pollution, temperature …
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Serial communication from Arduino to PC: Course
In this document you will receive detailed information about serial communication from Arduino to PC. You will learn how to send data from the Arduino to the PC via USB.
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Arduino for Beginners: Projects
This learning path introduces your students to the different possibilities of programming an Arduino. Your students will learn to switch and control various components step by step. You will find various projects that you can program with the …
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Open Roberta: Programming Tool
Open Roberta is an online application that allows users to program robots and microcontrollers. The script can be built with blocks or with code. You can also view the configuration of your device and perform a digital simulation.
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Computational Thinking in STEM: Python Learning Paths
Nowadays all sciences have a computational branch, scientists are increasingly using computers to advance their scientific research. By the way, they are not only exact scientists, but also human scientists.
Using our Jupyter notebooks, students …
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PLC: Learning module
This learning path is an introduction to automation. It can be completed independently to then get started in practice to realize basic circuits at the level of programming and connection.
This learning module covers the following topics:
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Python in math class
When introducing a new topic in mathematics lessons, as a teacher you want students to understand what is going on. By letting them do their own calculations using comprehensible examples, they gain insight into the new concepts.
However, once they …
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AI in agriculture: Conveyor belt with object recognition via Python notebooks
Artificial intelligence is already often used in industry, but do the students know what this means?
In this lesson package, students learn about AI. Using Python notebooks , they learn to use an object recognition algorithm and set it up themselves. …
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Installation of Arduino IDE: Manual
In this manual you will receive extensive information about installing and setting up the Arduino Integrated Development Environment (IDE). This for the Arduino UNO, MEGA, nano, UNO (WAVGAT), ESP8266, ESP32 and ATtiny.
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Maintenance Action Days
Last-year tso are introduced to up-to-date technology during a maintenance action day. After a short introduction, they get to work with the help of guidance in the high-tech practice rooms of AP:
- Monitoring the condition of a process installation …
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