Codekidz

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Fun, engaging lessons in coding, AI art, and storytelling for kids, powered by friendly AI.

How Codekidz can help you:

Enhances children's understanding of coding concepts.
Stimulates creativity through AI art projects.
Improves storytelling and logical thinking abilities.
Provides a safe, interactive learning environment for kids.

Why choose Codekidz: Key features

Friendly AI guides for personalized learning.
Engaging, fun-filled lessons tailored for young minds.
User-friendly interface suitable for children.
Diverse range of topics from coding to storytelling.

Who should choose Codekidz:

Children interested in technology and creativity.
Parents seeking safe, educational online activities.
Educators looking for interactive learning tools.

About Codekidz

Website

https://codekidz.ai

Release Date

March 2024

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How parents are using ChatGPT with their kids

Why it matters: Using generative AI in a supervised environment could introduce kids early to a technology that will most certainly be a facet of their future, but we don't know yet how it will affect their developing brains. Case in point: Preston Trebas, an academic strategist at Western Governors University in Utah, has two kids, ages 4 and 6. "Not a day goes by where I don't use AI in some way with them," he told Axios. * His most common use is to help them create stories. "They'll tell me what they want [the story] to start with, or what they want it to end with, or they'll describe their characters, or sometimes I'll have the voice feature ask them questions about the story," Trebas said. Between the lines: Chulhee Kim, a recent graduate from Columbia's business school in NYC, says he let his 4-year-old daughter use the ChatGPT voice tool. "She found it fun immediately," Kim told Axios in an email. But she wasn't able to continue using the app because it wasn't built for kids. (OpenAI's terms of use say you must be 13 and over to use it.) * Kim says his daughter needed time to think about what she was going to say during conversations and ChatGPT didn't wait for her, which "was a bit frustrating." * Trebas said that when the bot interrupts, he uses the mute button to let his daughters talk. Zoom in: ChatGPT recognizes the voice of his daughters and answers a little differently when it speaks to them, Trebas said. * They only use ChatGPT on his phone. He never lets them use it without supervision and he has age-appropriate talks with his kids about what ChatGPT is and what it isn't. * "We have conversations constantly about how, even though it sounds like a real person, it's not." * Trebas said he's glad they've spent so much time talking about the productive ways to use AI, "because they're not being shown any of this in school." "I know a lot of folks are against AI...they say it's going to kill creativity. And for me, it's just like anything else. It's a tool. And so it's been really cool to see how we've used it to amplify their imagination, never replacing it, using it as a family creativity tool." * Kim also noted that when his daughter talked to ChatGPT, she came up with "more creative or silly questions" than what she normally asks, like "How can airplanes fly without the wheels?" or "How can milk change to a different color?" * But ChatGPT would respond logically, which also frustrated his daughter. * As a parent, Kim said he'd be interested in an LLM voice tool customized for children's conversation, to help them develop language. Yes, but: ChatGPT will sometimes tell his kids what they want to hear, even though it may not be true, an LLM quirk known as sycophancy.

Axios

Mon, 21 Jul, 10:00 AM UTC

Kids are using AI in class. Here's what parents should ask

Why it matters: There's essentially "an experiment underway" with young kids, because a huge percentage of them are using genAI tools at school and at home, says Kris Perry, executive director of children and screens at the Institute of Digital Media and Child Development. State of play: A longitudinal K-12 study of the impact of AI tools in the classroom doesn't yet exist, and every state, school committee and teacher seems to be incorporating AI differently. * For example, public schools in New Jersey and across the country have piloted Khan Academy's AI tutor Khanmigo. * And an AI-led charter school was approved by the state board in Arizona, but rejected in four states. Here's what parents should know about how AI is being incorporated into their children's classrooms, educators and scientists tell Axios. 1. Are the AI tools and policies safe? Read school AI policies and ask for clarification, educators say. * "If parents are in a school that has no policy or confusing ones, I always advocate for them to push the matter," Katherine Goyette, computer science coordinator for California Department of Education, tells Axios' Megan Morrone. AI products built for adults might not fit kids, Perry worries, pointing to challenges with social media. She advocates for more collaboration between AI tools and child development experts. * Naomi Baron, a professor emerita at American University, tells Axios it's worth thinking about who benefits from the technology: "Overwhelmingly, at the moment," she says, it's tech companies and stockholders. (She has a section on her forthcoming book, "Reader Bot," on this topic.) 2. Does the child have an opportunity for deep reading? Reading can shift feelings and perspectives -- it's why a single coming-of-age story can be life-changing. * "The developmental concerns are huge" for young people offloading reading and summarizing to an LLM, says children's literacy advocate Maryanne Wolf, a director in UCLA's education department. * She tells Axios she's concerned that if kids are not deep reading they will lose the ability to think critically, to relate and to separate fact from fiction. * Meanwhile, rates of reading for pleasure have dropped. 3. Does the child ever write unassisted? The practice of writing is not just putting words on a page but "the act of thinking and organizing and having a coherent sequence of ideas," says neuroscientist Adam Gazzaley, professor at the University of California, San Francisco and author of "The Distracted Mind." * If we stop doing that -- particularly at a young age, when brains are most able to form new neural pathways -- "don't we just lose something at the heart of what it means to be human?" Gazzaley asks. * Some studies -- including one that used EEG measurements -- suggest that leaning on AI for writing tasks affects brain activity and reduces critical thinking, and that using it for brainstorming can lead to less diversity in ideas. 4. Does the child experience other friction in school that's important for learning? Humans prefer to "take the path of least resistance," called cognitive heuristics -- so it makes sense that they like generative AI, which makes things easier, says psychologist Gloria Mark, author of "Attention Span" and chancellor's professor emerita at University of California, Irvine. That's not always a good thing. * It's "high-friction, low-reward" experiences that help you "develop into a tough person" who's resilient, confident, and has agency, Perry says. Bottom line: It can be hard for parents to know where to focus their energy when it comes to monitoring the use of AI tools, but asking a few key questions is a start.

Axios

Thu, 4 Sept, 10:36 AM UTC

From Sketch to Code : OpenAI Demo the Magic of OpenAI Codex

What if you could transform a simple sketch into a fully functional, visually stunning user interface in minutes? Imagine automating the tedious, repetitive coding tasks that often bog down your creative process, freeing you to focus on innovation and design. With OpenAI Codex, this isn't just a dream, it's a reality. By harnessing the power of artificial intelligence and multimodal capabilities, Codex is transforming how developers build frontends. From converting wireframes into working prototypes to generating responsive components on demand, this tool is reshaping the boundaries of what's possible in front-end development. Below OpenAI show how OpenAI Codex enables developers to create beautiful, responsive applications with unprecedented speed and precision. You'll discover how its ability to bridge design and implementation eliminates common bottlenecks, while its seamless integration with existing tools enhances your workflow without disruption. Whether you're a seasoned developer or just starting out, Codex offers practical solutions to streamline your process and elevate your projects. As you read on, consider how this AI-driven tool could redefine the way you approach your next frontend masterpiece. One of the standout features of OpenAI Codex is its ability to process visual inputs, such as sketches, screenshots, or wireframes, and transform them into functional code. This multimodal capability eliminates the traditional disconnect between design and implementation, saving developers significant time and effort. For instance, you can provide a rough sketch of a user interface, and Codex will generate working components, reducing the need for manual coding and accelerating the prototyping phase. Codex also supports iterative workflows by analyzing its own outputs, identifying discrepancies, and refining the code based on user feedback. This self-improvement process ensures that your designs evolve efficiently, staying aligned with your vision without requiring constant manual intervention. By automating these iterative adjustments, Codex allows you to focus on refining the overall user experience rather than getting bogged down in repetitive tasks. Repetitive tasks often consume a significant portion of a developer's time, but Codex excels at automating these processes, allowing you to dedicate more energy to creative and strategic development. Whether you need a responsive navigation bar, an interactive 3D element, or a data visualization dashboard, Codex can generate these components with minimal input. Its built-in support for responsive design ensures that your applications function seamlessly across a wide range of devices, from smartphones to desktops. Additionally, Codex simplifies the integration of advanced features, such as light and dark mode toggles or screen-size adaptability. These capabilities allow you to prioritize innovation and user experience over troubleshooting and repetitive coding. By automating routine tasks, Codex not only saves time but also reduces the likelihood of errors, resulting in cleaner, more reliable code. Advance your skills in OpenAI Codex by reading more of our detailed content. To maximize its utility, Codex integrates effortlessly with a variety of development tools and environments. It supports local workflows through Command Line Interface (CLI) tools and works seamlessly with popular Integrated Development Environments (IDEs). This compatibility ensures that developers can incorporate Codex into their existing workflows without disruption. Furthermore, its integration with cloud platforms enables you to test, deploy, and refine applications across diverse environments, making sure consistent performance. Codex also enhances the testing and debugging process. For example, it can simulate different configurations, such as varying screen sizes or operating modes, to ensure your application performs reliably under different conditions. This comprehensive ecosystem enables developers to deliver polished, high-quality applications with greater efficiency, reducing the time spent on troubleshooting and debugging. The versatility of OpenAI Codex makes it a valuable tool for a wide range of front-end development tasks. Its practical applications include: By handling these routine activities, Codex allows developers to focus on the more strategic and creative aspects of their projects, fostering innovation and improving overall project outcomes. Looking ahead, Codex has the potential to expand its capabilities even further. Its multimodal processing could be extended to support mobile and desktop application development, allowing developers to create cross-platform solutions with ease. Additionally, advancements in autonomous refinement could make Codex an even more reliable and indispensable tool, capable of delivering highly optimized code with minimal input. OpenAI Codex represents a fantastic step forward in front-end development. By combining AI-driven code generation with multimodal processing and seamless integration with existing tools, it simplifies complex workflows and enables developers to focus on creativity and innovation. Whether you're building interactive user interfaces, designing intricate data visualizations, or refining complex applications, Codex provides the tools and flexibility needed to succeed in a fast-paced development environment. Its ability to automate repetitive tasks, support responsive design, and adapt to user feedback makes it an essential resource for modern developers, paving the way for more efficient and innovative software development practices.

Geeky Gadgets

Fri, 31 Oct, 10:32 AM UTC

YouTube Channels for Kids to Learn AI

Artificial Intelligence (AI) is transforming industries, impacting everything from healthcare to entertainment. Given the significance of AI in today's world, introducing children to its concepts early on can be incredibly beneficial. YouTube, a platform brimming with educational content, offers numerous channels tailored to teach kids about AI in a fun and engaging way. This article delves into some of the best YouTube channels for kids to learn AI, exploring their unique approaches and content offerings.

Analytics Insight

Wed, 24 Jul, 12:10 PM UTC

Raspberry Pi's Free AI Course for Educators : Empowering Teachers with AI

The Raspberry Pi Foundation, in collaboration with Google DeepMind, has launched an invaluable free online course titled 'Understanding AI for Educators'. This course aims to help educators at all levels to confidently incorporate AI into their classrooms. It offers a well-rounded introduction to AI concepts and ethical considerations, making it accessible regardless of the participants' prior experience. From understanding AI tools to integrating them in educational settings, this course equips educators with everything they need to guide their students in this rapidly evolving field. "Discover the world of artificial intelligence (AI) and how it is set to change the ways we teach and learn. Gain valuable experience for discussing and using AI tools with your learners." Quick Links: The course 'Understanding AI for Educators' is designed to bridge the gap between educators and artificial intelligence (AI), ensuring that every teacher -- whether experienced or new to the subject -- can comfortably engage with AI tools in the classroom. The goal is to make AI literacy more accessible to students and ensure educators can effectively communicate the opportunities, limitations, and ethical considerations that come with AI. AI is rapidly transforming industries, education, and daily life, and this course addresses the growing need for students to understand AI's impact. In just three weeks, participants gain a comprehensive view of AI systems, from how they are built to how they can ethically be used in classrooms. Furthermore, the course covers both predictive and generative AI models, offering educators insights into how to incorporate these systems into various educational activities. The course is thoughtfully structured, with design principles aimed at leveling the playing field for educators. Whether participants are familiar with AI or just beginning, the course enables them to gain a solid foundation. Special attention is given to language and terminology, ensuring that the educators understand the non-sentient nature of AI systems. For instance, phrases like 'The model understands' are replaced with 'The model analyses' to emphasize that AI systems are merely computer algorithms, not conscious entities. This careful choice of language fosters accurate and responsible communication in the classroom. Ethics also play a critical role in the course design. Throughout the materials, the social and ethical impacts of AI are highlighted. The aim is to ensure that educators and their students remain aware of both the opportunities and challenges AI presents in society. The course offers three main takeaways that educators can directly apply to their teaching: 1. Communicating about AI Systems Effectively Deciding the level of detail when explaining AI to students can be daunting, but the SEAME framework simplifies this process. SEAME stands for social and ethical (SE), application (A), model (M), and engine (E), and the framework allows educators to focus their lessons based on these levels. For instance, they might discuss the ethical implications of AI without delving into the technical details of how AI models are trained. 2. Problem-Solving Approaches: Predictive vs. Generative AI The course introduces the distinction between predictive and generative AI models. Predictive AI systems make forecasts based on historical data, like predicting the weather or recommending content. Generative AI, on the other hand, can produce media such as text, images, or music. This distinction is crucial for understanding the different ways AI can be used in education. 3. Using Generative AI Tools: The OCEAN Process The OCEAN process is a framework designed to help educators use generative AI tools effectively. The process includes steps like setting clear objectives, providing context, offering examples, assessing the AI's output, and negotiating to improve it. By following these steps, educators can help their students get the most out of generative AI tools such as ChatGPT or Stable Diffusion. One of the key insights of the course is how AI can enhance rather than hinder critical thinking skills in students. Contrary to the fear that AI tools may lead to dependency, the course encourages educators to view AI as a supplement to traditional learning, enabling students to solve complex problems and gain hands-on experience with cutting-edge technology. Participants of the course have noted a complete shift in their perception of AI in education. For example, one educator expressed how they initially saw AI as a potential threat to critical thinking but changed their viewpoint after realizing the opportunities AI offers for enhancing learning. The course emphasizes the importance of teaching AI ethics, ensuring that both educators and students consider the broader social implications of AI technologies. These discussions are crucial as AI continues to permeate various sectors of society. Enrolling in the 'Understanding AI for Educators' course is simple and free of charge. Educators can sign up through the Raspberry Pi Foundation's Experience AI program. Over the course of three weeks, participants will receive structured lessons, hands-on activities, and access to a range of teaching resources designed to help them feel more confident in guiding students through the complexities of AI. In summary, the Raspberry Pi Foundation's free AI course for educators is an essential resource for teachers aiming to stay ahead of technological developments. Through a careful blend of ethical considerations, problem-solving approaches, and hands-on learning, this course empowers educators to integrate AI seamlessly into their teaching practices.

Geeky Gadgets

Tue, 24 Sept, 10:04 AM UTC

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