
My First Coding Journey: AI Edition (6-10 years old)
Where Young Explorers Become Digital AI Creators! 🚀🤖✨
Course Schedule – Online Zoom Sessions
| Session | Date | Day | Time (HK) |
|---|---|---|---|
| 1 | Oct 12 | Sunday | 14:00–15:00 PM |
| 2 | Oct 19 | Sunday | 14:00–15:00 PM |
| 3 | Oct 26 | Sunday | 14:00–15:00 PM |
| 4 | Nov 2 | Sunday | 14:00–15:00 PM |
| 5 | Nov 9 | Sunday | 14:00–15:00 PM |
| 6 | Nov 16 | Sunday | 14:00–15:00 PM |
Course Overview 🔍
This engaging online journey introduces children ages 6-10 to the fascinating world of Artificial Intelligence through interactive web-based activities. Students will learn what AI is, what is AI coding, how it works, and create their own digital AI models using beginner-friendly platforms designed specifically for young learners.
No prior coding experience needed—just a computer with internet access and curiosity! 💻✨

Learning Outcomes 🎯
By the end of this digital expedition, students will:
- Understand AI concepts and recognize AI in everyday technology
- Create web-based AI models that recognize images, sounds, and patterns
- Build confidence using popular online platforms used by real AI developers
- Develop critical thinking skills through interactive coding challenges
- Design and showcase digital projects they built themselves
- Gain future-ready skills through accessible online tools
6-Week Course Curriculum 📚
Week 1: Introduction to AI 🌟
Digital Activities:
- Watch demonstrations of AI in action, including Sparky the robot dog
- Explore interactive examples of AI in everyday technology
- Complete the Pirate Plunder coding challenge on Code.org
- Generate creative stories using DeepSeek
Students will understand fundamental AI concepts and experience their first interactions with AI tools through guided online activities.

Week 2: Training AI Models 🎓
Digital Activities:
- Analyze pattern recognition through interactive emoji games
- Train and test an AI for Oceans model on Code.org
- Learn about supervised learning through visual examples
- Observe how AI improves with more training data
Students will grasp how machines learn by directly training their first simple AI models through intuitive web interfaces.

Week 3: Types of AI Learning 🧪
Digital Activities:
- Generate AI effects for characters using Dance Party: AI Edition
- Complete online pattern sorting challenges
- Observe reinforcement learning through a virtual maze-solving AI
- Compare different AI approaches through interactive demonstrations
Students will discover different AI learning methods (supervised, unsupervised, reinforcement) through hands-on digital experiments.

Week 4: AI Decision-Making 🤔
Digital Activities:
- Program conditional statements in Harvesting with Conditionals
- Build webcam-based face-tracking interactions
- Create digital filters using Scratch AI that respond to expressions
- Design scoring systems for AI-powered games
Students will learn how AI makes decisions through coding activities focused on logical thinking and conditional statements.

Week 5: Pattern Recognition 👁️
Digital Activities:
- Explore feature extraction through interactive demonstrations
- Write simple code for object identification
- Learn about data quality through sorting activities
- Build a digital sports game using visual programming

Week 6: Building Projects with AI Coding 🛠️
Digital Activities:
- Create an emotion recognition AI using Teachable Machine
- Develop an animal sound classifier through browser-based tools
- Test and refine digital AI models through iterative improvement
- Present final AI projects in a virtual showcase
Students will apply everything they’ve learned to build, test, and present their own AI projects using accessible online platforms.

Course Features ✨
Digital Tools Used: 🧰
- Code.org activities (Pirate Plunder, AI for Oceans, Harvesting with Conditionals)
- Teachable Machine for creating custom AI models
- Scratch AI for interactive face recognition projects
- DeepSeek for creative AI writing experiences
- Online reinforcement learning demonstrations
[IMAGE: Collage of the main digital tools students will use]
Learning Approach: 📝
- Interactive video demonstrations
- Guided hands-on activities
- Small-group virtual collaboration
- Project-based learning
- Real-time feedback and support
Requirements 📋
- Computer with internet access
- Webcam for interactive activities
- Web browser (Chrome or Firefox recommended)
- No additional software installation needed
- No physical materials or kits required—everything happens in the browser!
Join the Digital AI Coding Adventure! 🎒
Limited spots available in each session to ensure personalized attention and optimal learning experience.
This course offers a unique opportunity for young learners to move beyond being technology consumers to become technology creators, all through accessible digital tools and engaging online activities.

Register now to begin the journey from tech user to tech creator! 🚀
All digital tools used are free, web-based, and designed specifically for young learners with age-appropriate content and interfaces. Live instructor guidance provided throughout each session. 👨🏫👩🏫
Curriculum
- 6 Sections
- 6 Lessons
- 6 Weeks
- Know What is Artificial Intelligence1
- How to Train an AI Model1
- Know What Types of AI There Are1
- Learn How AI Makes Decisions1
- Know How AI Finds Patterns!1
- Learn How to Create Your Own AI!1
Requirements
- Computer with webcam and microphone
- Stable internet connection
- Web browser (Chrome or Firefox recommended)
- Basic computer navigation skills
- No coding experience required
- No software installation needed
- No physical materials required
Features
- 100% browser-based activities (no downloads required)
- Real-time AI model creation and testing
- Child-friendly interfaces designed for young learners
- Progressive learning path from basic to advanced concepts
- Interactive webcam-based projects
- AI systems that respond to voice, images, and movements
- Small group instruction with personalized guidance
- Completion certificate after finishing all modules
Target audiences
- Children ages 6-10 years old
- Curious minds interested in technology
- Visual and hands-on learner
- Beginners with no prior coding experience
- Students looking for engaging STEM activities
- Young innovators who enjoy interactive challenges
- Parents seeking future-ready skills for their children





