College applications that stand out
Admissions officers read thousands of essays about classroom learning. A student who shipped a real solution to a real problem — with the code, the photos, the user feedback to prove it — tells a different story.
第 03 级 · 创新者
创新者阶段不再是上课,而是一个工作室:挑一个真实问题,把它界定清楚,用已经掌握的技术做出可运行的方案,交付给真实用户,听他们的反馈。八个项目方向任你选,或者自己提出一个。
Why Innovator matters
The point isn’t to turn a teenager into a CEO. It’s to build the mindset, habits, and demonstrable evidence of impact that compound for the next decade — in college, in internships, and in whatever a student decides to build after.
Admissions officers read thousands of essays about classroom learning. A student who shipped a real solution to a real problem — with the code, the photos, the user feedback to prove it — tells a different story.
A documented Innovator project on GitHub or a portfolio site is something a recruiter can actually evaluate. Students with that kind of evidence start landing real internships in late high school — not the make-work kind.
Finding a problem, talking to users, shipping ugly v1s, iterating — these are the same habits that build companies. Most students learn them in their late twenties. Innovator graduates start learning them in their teens.
创新者如何工作
创新不是灵感—它是一套可复用的流程。我们在每个项目中都使用三个公认的框架:斯坦福和 IDEO 的设计思维,以及 MIT 的 AI 应用方法论。
五阶段流程的开创者:共情 → 定义 → 构想 → 原型 → 测试。提供免费的方法卡(How Might We、Crazy 8s 等),并已为 K-12 改编。
IDEO 面向教师的姊妹版,与 d.school 方法配套。共 94 页的设计师工作手册,覆盖发现 → 解读 → 构想 → 实验 → 演进。在项目管理方面尤其扎实。
适用于以应用形式交付或使用 AI 的项目。App Inventor 让你在一个周末就能做出可运行的 Android 应用;Day of AI 则补上伦理与社会影响的视角。
选择你的项目
每个方向适合 2–4 名学生组队,用 6–12 周完成。挑一个、改一个,或者带上自己的想法—这套格式适用于任何为真实人群解决真实问题的项目。
3D 打印 + 创新
CAD and 3D printing applied to a real human problem at a real senior center. Students measure, design, print, fit, iterate — and at the end leave behind a library of grips that other centers around the country can download and print. The kind of project that pairs technical skill with empathetic design and service to people who actually benefit.
物联网 + 公共数据
A real-world AI tool a kid can actually use. Students build an app that takes a photo of a Pokémon card and answers two questions every collector wants answered: is it real, and what is it worth right now? Identifying a card, spotting a counterfeit, and pulling live market data covers computer vision, image classification, public APIs, and a thoughtful UI — in a domain students already know cold.