以下是结合 AI 帮助儿童学习编程的一些方法：
需要注意的是，在使用 AI 辅助学习的过程中，要确保儿童真正理解和掌握编程的原理和知识，而不是过度依赖 AI 完成学习任务。
If we ask students to use AI for writing,they need to know what good writing looks like.That takes time.And effort.And a whole bunch of mistakes.If we want students to edit an AI generated text with their own voice,we need them to find their creative voice first.This is true of AI in writing but also AI in math.We don’t want students using AI to check their processes if they haven’t first learned the mathematical process.It’s true of computer coding,where we might start with a Scratch project,then hand-written code,then an AI and coding hybrid.Be Deliberate About What You Off-Load to AIA couple of months ago,I wrote about seven things we should consider when deciding to use AI.People often ask,“When is it okay to use AI?” The short answer is,“It depends on the learning task.” In using AI,we don’t want the machine to do the learning for us.This is why we should start with the learning tasks and then ask,“Does the AI help or hinder the learning in this situation?” The core idea here is that we need to use the learning targets to drive the AI and not the other way around.If you’re teaching a coding class,you might want to be tight with students on using generative AI to create any kind of code.You might want students to learn how to code by hand first and then,after mastering the language,use AI-generated code as a time-saving device.By contrast,if you’re teaching a health class where a student develops an app,you might not care if they use generative AI to help write the code.Instead,your focus is on helping students design a health campaign based on healthy habits.You might not have time to teach students to code by hand.You might not care about coding by hand.The app is merely a way for students to demonstrate their understanding of a health standard.
教育科技长期以来一直在有效性和规模之间做权衡。为大众打造有效的解决方案，就会失去吸引个体的个性化。为满足个体的需求而打造完美的解决方案，却又难以扩展。有了AI，这种状况不再存在。我们现在可以大规模部署个性化的学习计划，为每个用户提供一个“口袋里的老师”，这个老师理解他们独特的需求，并可以回答问题或测试他们的技能。想象一个由AI驱动的语言老师，能够实时交流，并对发音或措辞给予反馈。[Speak](https://www.speak.com/)、[Quazel](https://www.quazel.com/)和[Lingostar](https://www.lingostar.ai/)已经在做这样的事情！我们已经看到了教授新概念或帮助学习者在几乎所有学科中“摆脱困境”的产品。像[Photomath](https://photomath.com/en)和[Mathly](https://mathly.webflow.io/)这样的应用指导学生解决数学问题，而[PeopleAI](https://chatbotkit.com/apps/peopleai?ref=theresanaiforthat)和[Historical Figures](https://twitter.com/scottbelsky/status/1611244139764649991)通过模拟与杰出人物的聊天来教授历史。除了学习特定的科目，学生们还在他们的作业中利用AI助手。像Grammarly、[Orchard](https://orchard.ink/)和[Lex](https://lex.page/~)这样的工具帮助学生克服写作难题，并提升他们的写作水平。处理其他形式内容的产品也在全国各地的中学和大学中越来越受欢迎——例如，[Tome](https://beta.tome.app/)和[Beautiful.ai](https://www.beautiful.ai/)协助创建演示文稿。了解更多关于[AI时代学习的未来](https://a16z.com/2023/02/08/the-future-of-learning-education-knowledge-in-the-age-of-ai/)。
使用AI进行英语学习和数学学习可以带来许多好处，以下是一些方法和建议：[heading3]英语学习：[content]1.智能辅助工具：利用AI写作助手（如Grammarly）进行英语写作和语法纠错，帮助您改进英语表达和写作能力。2.语音识别和发音练习：使用语音识别应用（如Call Annie）进行口语练习和发音纠正，让AI提供实时反馈和建议。3.自适应学习平台：使用自适应学习平台（如Duolingo）利用AI技术为您量身定制学习计划，提供个性化的英语学习内容和练习。4.智能导师和对话机器人：利用智能对话机器人（如ChatGPT）进行英语会话练习和对话模拟，提高您的交流能力和语感。[heading3]数学学习：[content]1.自适应学习系统：使用自适应学习系统（如Khan Academy）结合AI技术为您提供个性化的数学学习路径和练习题，根据您的能力和需求进行精准推荐。2.智能题库和作业辅助：利用智能题库和作业辅助工具（如Photomath）通过图像识别和数学推理技术为您提供数学问题的解答和解题步骤。3.虚拟教学助手：使用虚拟教学助手（如Socratic）利用AI技术为您解答数学问题、提供教学视频和答疑服务，帮助您理解和掌握数学知识。4.交互式学习平台：参与交互式学习平台（如Wolfram Alpha）的数学学习课程和实践项目，利用AI技术进行数学建模和问题求解。通过结合AI技术和传统学习方法，您可以更高效、更个性化地进行英语学习和数学学习，并取得更好的学习效果。内容由AI大模型生成，请仔细甄别。