With the use of Scratch blocks, sprites, backdrops, and more, you can experiment with different approaches. Along with the interface, you’ll be presented with a quick video introduction! To start, go to Create a Scratch Project. Once you’ve created a Scratch account (more on that below), you can start right away! Scratch’s intuitive, visually based interface makes it simple to create a project. We can break down the best approaches to learning Scratch into 4 categories: Create, Explore, Ideas, and Guidance. Scratch, with its colorful coding blocks and easy-to-use interface, is a great stepping stone. Want to learn Scratch terms, history, and more? Visit Scratch Wiki. How to Make a Platformer on Scratch (beginner level) How to Make a Scratch Game (step-by-step tutorial) My First Scratch Project (intro to Scratch) New to Scratch 3.0? Don’t worry! Get comfortable with the following Scratch tutorials: Scratch blocks replace the need for complicated text-based coding, allowing you to bring your ideas to life more freely! Once you’ve got your account and device ready, you’ll be able to build your own games, animations, and interactive stories. Scratch makes it easy, providing young programmers the head start they need for STEM curriculum and their future aspirations! What You Need to StartĪs a free, open-source coding language (created by the MIT Media Lab), Scratch is accessible to anyone with a compatible device, web connection, and Scratch account. Learning programming is a fundamental building block of the careers of the future. This allows them to explore other projects, find inspiration, and share their own creations. Want to build your own video game like Minecraft? It’s both entertaining & educational with Scratch!Īlong with gaining new skills in the basics of programming, Scratchers are given the opportunity to safely connect with a large online community. Scratch serves as a great blend of logic and imagination. There’s no complex text-based syntax, so a kid 8+ can start their programming journey with ease.Īlong with exercising their creativity muscles, kid coders are able to flex their problem-solving skills. As a block-based programming language, it makes coding concepts simple to learn with drag-and-drop code blocks. Learning Scratch is so much fun! But that’s not all. Today, we’re going to share the best ways to learn Scratch coding. Computer programming has never been easier to learn, and with languages like Scratch (as well as Python and JavaScript) a kid coder has a wealth of resources available to them! This idea is different from the basic programming techniques that we’re used to, and it lets kids have fun while they gain an understanding of fundamental concepts for the future.Developed at MIT, Scratch programming language is a fun & enriching way to learn coding!Īs a high-level visual language, it’s accessible to coders of all ages. This means that Scratch isn’t just based on the idea that “programming is child’s play”, but also that it’s possible to learn while playing. It allows kids to assemble graphic blocks together in groups, without the need for the syntax or punctuation of conventional programming languages. This adapted programming language is extremely simple to use because it’s based on learning to program as if you were playing with LEGO pieces. Can you imagine a future in which, in addition to English, Mathematics, Language and Science, our kids might also start to program? That was exactly what MIT had in mind when it designed Scratch. The idea of teaching programming at such early ages needs to be instilled in educators, families and students. And what better way to do it than when the brain is primed to be filled with new knowledge? The goal is to make what in theory seems hard to us, look easy. The answer was yes, and he gave the example of the Talentum Schools, one of Telefónica’s initiatives for children and young people that is aimed at teaching the younger generations the keys to basic learning in the area of programming.Īnd how are they doing it? The idea was based on using Scratch, a programming language created by the Lifelong Kindergarten Group at the MIT Media Lab, which is used to recreate simple scenes, or even configure simple video games. Eduardo Inal answered this question in a Think Big article last July.
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