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Start Your AI Journey by Building Real Projects

​Learn AI through hands-on projects, creative problem-solving, and real-world applications.

From your first idea to meaningful outcomes, this pathway helps you build, explore, and grow with confidence.

在实践中掌握 AI 技术与解决问题的能力。

​从第一个想法到有意义的成果，这条路径帮助你在实践中建立能力与信心。

What is AI Innovation?

AI Innovation is a project-based pathway where students learn AI by building, experimenting, and solving real-world problems. Rather than focusing only on theory, students create applications, explore ideas, and develop practical skills through hands-on work. This pathway is designed to help students start from action, build real capabilities, and gradually discover where they want to go next.

Two Levels of Growth

This pathway includes two stages — from broad exploration to deep innovation.
从广度探索，到深度创新，逐步建立能力与方向。

Track A  广度营：AI Innovation Breadth Program
建创新技术全景图

Build a broad and structured understanding of modern computer science through hands-on exploration.

Students learn across key domains including:

  • Programming and algorithms

  • Artificial intelligence

  • Internet technologies

  • Microprocessors and autonomous systems

Through guided projects and a capstone experience, students turn knowledge into real creation.

This program helps students develop a clear technical perspective, explore interests, and build a strong foundation for future pathways.

通过项目实践建立对现代计算机科学的系统性认知。

学生将接触多个核心领域，包括：

  • 编程与算法

  • 人工智能

  • 互联网技术

  • 微处理器与自主系统

通过阶段性项目与顶点项目（Capstone），学生将知识转化为真实成果。

本课程帮助学生建立技术视野、探索兴趣方向，并为未来更深入的学习路径打下坚实基础。

Best for: Students (G6-G10) who are new to Code，AI or want a broad project-based foundation.

 AI I NNOVATION BOOTCAMP
​Track A1（101+201）
  Track A2（203+204）
101
Programming Fundamentals
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201
Artificial Intelligence
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203
Internet
Tech Bots
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204
Raspberry PI
Hardware
Track B 深度营：AI Innovation Advanced Program
“深度专项研发” 工程深度 + 系统能力

Designed for students who are ready to go beyond foundations and pursue deeper technical development.

This program follows a deep specialization approach, guiding students to explore selected domains of AI and computer science at a higher level of depth.

Students work on structured technical projects within professional platforms, developing system-level understanding and advanced capabilities comparable to early undergraduate engineering training.

Key tracks include:

  • Advanced Artificial Intelligence

  • Complex Computing Systems

The focus is on technical depth, system design, and innovation, helping students build strong project outcomes aligned with high-level competitions such as ISEF, STS, and others.

Note : This program focuses on system building and engineering depth, not research or paper-based work.

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面向已经具备编程基础能力、希望进一步突破技术深度的学生。

课程采用“专项深度研发”模式，引导学生围绕 AI 与计算机科学的重点方向进行系统性探索，在专业平台上开展项目研发。

Track B1｜高级人工智能与系统开发

聚焦 Python、数据处理、深度学习、Transformers、多模态、强化学习、RAG 与自主智能体系统，并通过 AI 服务器与移动端集成项目提升系统部署能力。

Track B2｜AI 系统生态协同与实战开发

以 Raspberry Pi 智能控制车辆为核心载体，融合 AI、IoT、云端与移动端开发，完成从硬件到智能系统的完整实战流程。

本课程强调技术深度与系统设计，帮助学生完成具有竞争力的项目成果，并对标 ISEF、STS 等高水平赛事。

AI INNOVATION ADVANCED 
​深度营 Track A 304
​            Track B 314
304
Advanced AI Models and Development
314
Advanced Platform and IOT Projects

Best for:

Students (G7-G10) Students with prior coding/AI experience who are ready for deeper technical projects.

AI Innovation Instructor

Dr. Meng, Ph.D. in Computer Science and MS in Electrical Engineering, IEEE senior member.​Dr. Meng is an experienced and passionate educator who seeks to train middle and high school students to innovate with STEM. His students have won dozens of top awards at the most prestigious national and international science competitions, including ISEF, STS, ACM Cutler-Bell Prize, Davidson Fellowship, and HackMIT.

**Course Instruction Methods**

- Course Overview:
- Includes theory lessons and programming labs.
- Students submit applications during class.

- Class Format:
- Taught in English on Zoom.
- Cameras need to be on for everyone.

- Communication:
- Students will join a 24/7 Discord group.
- Access to Zoom links, recorded classes, and assignment information.

- Equipment Needed:
- One PC (Windows or Mac) and one Android device.
- iOS devices are allowed for the 101 course; the 204 course requires extra equipment

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- Parent Participation:
- Parents will be invited to a communication group.
- Details about class arrangements will be shared before the course begins.

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