What are the top educational software tools for teaching coding to students?

In my own experience, having taught at institution of higher learning, a suggested useful software teaching tool for coding is to consider using graphical system design platform , LabVIEW. It’s intuitive, rapid development and instantaneously for seeing results.

Balance student safety with access to tutorial information and a teacher dashboard for analytics. My free choice is Google CS First, my paid Choice is Tynker. But if your class already loves Minecraft EDU, then press 'C' in world and code a new command in the game.

Several educational software tools are highly effective for teaching coding to students Scratch: that introduces students to coding concepts through drag-and-drop blocks, making it ideal for younger learners. Code.org: This platform offers a variety of coding lessons and activities for all ages, featuring courses that use block-based coding and progress to text-based programming. Codecademy: Known for its interactive coding lessons, Repl.it: An online coding platform that supports various programming languages and allows students to write, debug, and collaborate on code directly in the browser. Swift Playgrounds: This iPad app teaches coding through interactive puzzles and challenges using the Swift programming language.

O Scratch é ideal para crian?as e iniciantes na programa??o, com uma interface amigável e linguagem de blocos visuais intuitiva. Crie anima??es, jogos e histórias interativas, combinando blocos de código de forma divertida e engajadora.

The top educational software tools for teaching coding to students include platforms like Scratch, which offers a visual programming environment suitable for beginners, and Code.org, providing interactive courses for various age groups. Additionally, tools like Tynker and Blockly offer structured lessons and coding challenges, while platforms like Khan Academy and Coursera offer comprehensive coding courses taught by industry professionals, catering to diverse learning needs.

Aprenda conceitos básicos de programa??o através de jogos e atividades interativas, utilizando diferentes linguagens de programa??o como Python e JavaScript.

This makes me think of Kano, which has more complex learning for code, while still providing a very visual environment. I had one student in my experience who was very savvy with coding- and loved learning and using Kano! Oh, and one more good one that combines both text based coding and visual engaging physical elements- "Let's Start Coding." I've used this one before as well. Students are able to create code, make lights turn on, create sounds and piano, work on circuits, and more!

IDEs permitem que os alunos escrevam, testem e executem código em um ambiente realista. Isso ajuda a consolidar conceitos teóricos e aprimorar habilidades práticas.

Complete desafios e conquiste badges para acompanhar seu progresso e motivar o aprendizado. Oferece cursos para iniciantes, intermediários e avan?ados, com op??es para diferentes faixas etárias.

Para facilitar a colabora??o e o desenvolvimento de projetos de programa??o em equipe, uma excelente op??o é utilizar o GitHub como uma ferramenta de programa??o online. O GitHub oferece recursos robustos para controle de vers?o, gerenciamento de problemas e colabora??o em tempo real, tornando-o uma escolha popular entre desenvolvedores em todo o mundo.

Lots of great places for online resources. Tynker has good resources, Codeacademy, Khanacademy and Google's CS First! All good ones to trial that I've personally used with students!

Plataformas online incentivam os alunos a serem protagonistas de sua aprendizagem. A interatividade e a possibilidade de explorar conteúdo de forma aut?noma aumentam a motiva??o. Recursos digitais est?o ao alcance de todos, independentemente da localiza??o geográfica. Isso democratiza o acesso ao conhecimento. Além do aspecto técnico, as plataformas online promovem habilidades socioemocionais, como colabora??o, criatividade e resolu??o de problemas.

I'm working on a non-STEM related gamified learning platform at my current university under government grants and the possibilities and potentials are endless! The kids, the teachers, we are all super excited about it! I feel that way with coding as well. Most of the ones mentioned have gamified learning Code.org, Scratch, etc. Building on the idea of making coding like a game, the next step is to connect coding lessons to real-world uses. Tools that let students work on real problems or create projects like apps, games, or websites make learning more interesting and useful. This way, students can see how coding applies in real life, which makes lessons more exciting and practical. Gamify, but connect to real-world applications!

Utilize blocos visuais para criar jogos, aplicativos e projetos interativos, aprendendo conceitos de programa??o de forma lúdica e engajadora.

I think gamified learning is a powerful approach to make coding more accessible and enjoyable for students. By incorporating game-like elements such as achievements, points, and levels, coding lessons can become engaging activities. Platforms like CodeCombat, Code.org's Hour of Code activities, and Codingame are particularly effective in this regard. They not only motivate students but also provide a sense of accomplishment as they progress through challenges. Gamified learning enables students to deepen their understanding of programming concepts while immersed in an entertaining environment, fostering a passion for coding that extends beyond the classroom.

A gamifica??o torna o processo de aprendizagem mais envolvente e divertido. Os alunos se sentem motivados a participar ativamente, pois os desafios e recompensas s?o semelhantes aos encontrados em jogos. Os jogos fornecem feedback instantaneo. Isso permite que os alunos ajustem seu comportamento e melhorem suas habilidades rapidamente. Os alunos se sentem realizados ao atingir metas e conquistar recompensas virtuais.

Aprenda Python, uma linguagem de programa??o versátil e utilizada em diversos campos como web development, ciência de dados e machine learning.

This is highly recommended because I gives room for collaboration and it allows students to think outside the box. It allows students to work on real life projects and turn ideas into reality. Also, working with diverse set of tools will widen their knowledge and make them more pragmatic.

Project-based learning tools like GitHub, Scratch, Repl.it, Unity, Arduino, WordPress, App Inventor, and Processing allow students to apply coding knowledge to real-world scenarios. They work on projects tailored to their interests, from basic websites to complex software and game development. Through hands-on experiences, students see tangible outcomes, reinforcing understanding and fostering accomplishment. These tools cultivate creativity and innovation while imparting practical coding skills essential in today's tech-centric world.

O ideal é escolher a ferramenta que melhor se adapta às suas necessidades, aos objetivos de aprendizagem dos seus alunos e ao seu contexto de ensino.

The Rangers app by @TangibleAfrica is one of the only truely collaborative coding games I've tried. Because they code with physical tokens they can all work on the code together. This brings in such important skills like explaining solutions, debating, problem solving and collaboration not to mention having to explain your thinking and perspective. And all while teaching coding concepts!

Collaborations allows students to share ideas and help to know more. There are diverse set of tools that can be used, some students might be exposed than others, with collaborative efforts, they will learn more from each other.

Aprender a codificar se tornou uma habilidade essencial para o sucesso no mundo atual. Diversas ferramentas de software educacional podem auxiliar professores e alunos nessa jornada, tornando o aprendizado da programa??o mais interativo, envolvente e eficaz.