Coco Coders’ Post

If you find yourself puzzled by the undeniable truth that AI can code better than us, and thus the kids shouldn’t learn how to code at all. This article is for you. I also recommend the book Coding as playground from Marina Bers and all her work. 😁

If AI can learn to code, what does that mean for coding education? At Scratch, we believe that learning to code doesn't just prepare young people for careers in computer science: Scratchers gain new tools for self-expression, persevere through challenges, collaborate with peers worldwide, and so much more. Check out this Psychology Today article to learn more about the benefits of nurturing problem-solving and creativity through coding education: https://lnkd.in/e2Phertc

Great article giving advice for each age group. Bottom line and reasoning for the future: Coding is one part of digital literacy that has the potential to “inoculate us against fatalism. Those who understand how a program is built and why are less likely to accept its design as inevitable" (O’Gieblyn, 2023). As someone who learnt to code at 14 back in 1974, when the school trip was to see a computer, I am always glad I did. Peter Klein ✅ Lewis Richards #digitalliteracy #digitalskills #coding

Today marks the end of National Coding Week. But is it really still important to teach kids coding? A friend of mine suggested that maybe with the growth of AI we don’t need to teach kids to code. It’s an interesting question. A lot of people think AI will very quickly get better at coding than people are. How autonomous that will be is still open to discussion. That said, she’s not wrong. AI could help everyone become coders. In fact it could quite quickly probably do a better job at programming. Less bugs, faster, less pool table breaks. So why bother teaching kids to code? Personally I think coding shouldn’t be a extra curricular subject. I think it should be taught as a core subject starting in year 2 along with maths, English, history, art and music (yes art and music should be core too!). And I don’t think AI should change that. After all we have calculators but we still make kids learn their times tables. Not every kids will go on to do advanced maths and calculus, but they’ve been given the basics. Just like not every kid will become a writer, but we all learn to write. And despite hand held computers with spell checkers we still teach kids handwriting and spelling. The same thing should happen with coding. All kids should learn how code is created and play with it themselves. In fact with AI it’s even more important to understand how to code so you can know how AI is being built, trained, and used. Everyone doesn’t need to become a software engineer. However in an ever increasing technical world, every kid should know how their future is being programmed. Thank you Sarah McAndrew 🦄🌈🔥🍀🦋 for your source of inspiration and weekend musings. You always know how to ask the best questions! What does everyone else think. Do we still teach kids to code or should let the robots take over? #NationalCodingWeek

👩💻 Why Teaching Kids to Code Should Be Holistic 👨💻 In today's tech-driven world, coding has become an essential skill. But how do we ensure that teaching kids to code doesn’t turn them into lazy, undereducated computer coders? Here’s how we can create a balanced and enriching learning experience: • Holistic Education: Coding should complement, not replace, a well-rounded curriculum. Integrate it with math, science, literature, and physical education to develop diverse skills. • Soft Skills Matter: Alongside coding, teach communication, teamwork, and critical thinking. These skills are crucial for personal and professional success. • Hands-on Projects: Encourage kids to work on real-world projects that interest them. This makes learning practical and fun, and helps them see the impact of their work. • Foster Creativity and Problem-solving: Use coding as a medium for creativity, whether it's through game development, storytelling, or digital art. Incorporate coding challenges that enhance critical thinking. • Mindful Technology Use: Teach responsible tech use. Balance screen time with physical activities and face-to-face interactions to ensure a healthy lifestyle. • Growth Mindset: Embrace mistakes and challenges as learning opportunities. Encourage perseverance and effort, and provide positive reinforcement to foster a love for learning. By adopting these strategies, we can help children become not just proficient coders, but well-rounded individuals ready for the future. 🌟 #CodingForKids #HolisticEducation #GrowthMindset #FutureSkills

Teaching coding to school students should be less about: - Stuffing their minds with complex syntax and intimidating code jargon. - Rushing through the process without giving them a solid fundamental foundation. - Prioritizing quantity of lines coded over quality and understanding. - Practicing a one-size-fits-all methodology when each student has a unique learning curve. Teaching coding to school students should be more about: - Breaking down coding concepts into digestible sections and fun exercises. - Cultivating creative problem-solving skills and logical reasoning. - Nurturing their curiosity and encouraging experimentation. - Customising teaching methods and pace according to each student's learning ability. In teaching code, are we just teaching a new language or are we opening doors to a whole new world of possibilities for our students? #CodingEducation #STEM #EdTech #FutureSkills

⭐I am excited to share my first blog, this blog is based on discussing of how Coding should be a mandatory part of the school curriculum from an early age. Please participate in this discussion and give your opinion on this.💡Introducing coding early on is not just beneficial but also essential for our young learners. Coding promotes creativity and also help to building computational skills🎓 for their better Future Opportunities🎖 Read More-https://lnkd.in/gzFh2eKu #coding #computerscience #codingeducation #techinnovation #stem #techlinkdin

What can you imagine and create with code?

"Computers are good at following instructions, but not at reading your mind." – Donald Knuth  - Coding requires precision, especially for students.  - Accurate code ensures the desired outcome in computer programs.  - Let's explore why precision is key in coding.  - Missteps in coding can lead to significant errors.  - Every symbol, character, and space in code matters.  - Students must learn to pay attention to detail.  - Coding teaches logical thinking and problem-solving.  - It's essential for disciplines like math and science.  - Precision in coding translates to academic success.  - Inaccurate code can cause system vulnerabilities.  - Clear, precise code is easier to debug and maintain.  - It's a fundamental skill for aspiring software developers.  - CBSE and ICSE curricula emphasize accurate coding.  - These boards prepare students for higher education in tech.  - Mastery in coding is advantageous for future careers.  - Practice is crucial for developing coding accuracy.  - Students should regularly review and refine their code.  - Feedback from teachers can guide improvements.  - Engaging in coding competitions enhances skills.  - Collaborative projects foster a deeper understanding.  - Encourage children to experiment and learn from mistakes.  - Online resources can supplement classroom learning.  - Investing time in coding now reaps long-term benefits. P.S. How do you encourage precision in your child's coding journey? → Join 5300+ subscribers to learn Python for Free here: https://lnkd.in/dpqiNJ6H 👉 10 Day Coding Course: Start Today https://lnkd.in/dJAmFX-7 🔄 Repost this post

Am I Skilled Enough in Coding for University Success? Answers: https://lnkd.in/gA5a9WzM #CodingCommunity #SelfTaughtCoders #CollegeLife #ImposterSyndrome Hey everyone! 😊 So, here’s the thing: I've been coding for about 7 years now, and I actually started when I was around 10. I’m currently in my second and last year of college, and planning to head off to university next year. But, I’m feeling a bit anxious about my skills. 🤔 Am I good enough? This nagging worry keeps creeping in, especially about what’s expected as I transition to university. Just the other day, I got a distinction in my Computer Science course, which is awesome, so that’s a confidence booster, right? 🎉 But still, I can’t shake off the feeling that I might not know enough to keep up with others. So, I’m curious to hear from you all: How much coding knowledge do you think universities expect? Do you think it’s common to feel this way, especially as a self-taught coder? I’d love to hear your experiences or tips to help shake off these worries! 💬 Let's support each other!