Lesson 5: Hands-On AI Exploration and Demo Day (1 hour)
Learning Objectives
- Experience AI capabilities firsthand
- Use interactive AI demos and tools
- Reflect on AI's capabilities and limitations
- Build excitement for the course
Materials Needed
- Internet-connected computers/tablets for each student or pairs
- List of AI demo websites (prepared)
- Worksheet for documenting experiences
- Student notebooks for reflections
Time Breakdown
- Introduction and demo overview (10 min)
- Station rotation or guided exploration (35 min)
- Share discoveries (10 min)
- Reflection and wrap-up (5 min)
Activities
1. Introduction to AI Demos (10 min)
- Explain: Today we'll explore AI tools hands-on
- Show one demo as example (e.g., Quick, Draw! by Google)
- Demonstrate how to interact with it
- Explain what to look for: capabilities, limitations, "wow" moments
2. AI Demo Exploration Stations (35 min)
Set up multiple stations or have students explore in pairs. Each station/demo should take 5-7 minutes:
Station 1: Image Recognition
- Quick, Draw! (quickdraw.withgoogle.com)
- AI guesses what you're drawing
- What does this tell us about AI learning?
- Teachable Machine (teachablemachine.withgoogle.com)
- Quick demo of image classification
- Students can try training a simple model
Station 2: Language and Text
- Talk to Books (books.google.com/talktobooks)
- AI finds relevant book passages to questions
- Try asking questions and see results
- AI Duet (experiments.withgoogle.com/ai-duet)
- AI creates music in response to your playing
- Explore creative AI
Station 3: Vision and Perception
- Semantris (research.google.com/semantris)
- Word association game with AI
- Shows how AI understands relationships
- Move Mirror (experiments.withgoogle.com/move-mirror)
- AI matches your pose to images
- Computer vision in action
Station 4: Generative AI (if accessible)
- ChatGPT or similar (with teacher guidance)
- Ask questions, have conversations
- Notice capabilities and limitations
- DALL-E mini or similar (if available)
- Generate images from text descriptions
- Explore creativity vs. human creativity
Station 5: Machine Learning Games
- Rock Paper Scissors (experiments.withgoogle.com/rock-paper-scissors)
- AI learns your patterns
- See reinforcement learning in action
- Giorgio Cam (experiments.withgoogle.com/giorgio-cam)
- AI creates songs from objects it sees
- Fun way to see AI combining concepts
Note: Some demos may require specific browsers or may change over time. Teacher should test beforehand and have backup options.
3. Documentation Worksheet
Students document at each station:
- What AI capability did you experience?
- What surprised you?
- What were the limitations?
- How did it make you feel?
4. Share Discoveries (10 min)
- Students share most interesting/fun/surprising demo
- Discuss: What can AI do well? What are its limitations?
- What questions do you have?
5. Reflection and Wrap-Up (5 min)
- Final reflection: "What did you learn about AI today? What are you excited to learn more about?"
- Preview next unit: Machine Learning Basics
- Collect worksheets for assessment
Differentiation Strategies
- Younger students: Focus on fun, interactive demos; simpler documentation
- Older students: Explore more complex tools, analyze how they might work, research the technology
- Struggling learners: Pair with partner, provide checklist of demos to try
- Advanced learners: Research how each demo works, explore developer tools, try building similar concepts
Assessment
- Participation in demo exploration
- Quality of documentation worksheet
- Engagement and curiosity demonstrated
- Reflection journal entry
Unit 1 Assessment Rubric
Formative Assessment (Throughout Unit)
- Participation in discussions and activities: 25%
- Completion of hands-on activities: 25%
- Reflection journal entries: 25%
- Homework assignments: 25%
End-of-Unit Assessment
Unit Quiz (20 questions, open-note):
- Definitions (5 questions)
- AI history milestones (5 questions)
- Narrow vs. General AI (5 questions)
- Real-world applications (5 questions)
Unit Reflection Essay (1-2 pages):
- What is AI in your own words?
- Name 3 AI systems you use daily and explain why they're AI
- What surprised you most about AI?
- What questions do you still have?
Rubric for Unit Reflection Essay
| Criteria | Excellent (4) | Good (3) | Satisfactory (2) | Needs Improvement (1) |
|---|---|---|---|---|
| Understanding | Shows deep understanding of AI concepts | Shows good understanding | Shows basic understanding | Shows limited understanding |
| Examples | Provides detailed, accurate examples | Provides good examples | Provides basic examples | Provides few or incorrect examples |
| Reflection | Thoughtful reflection with insights | Good reflection | Basic reflection | Limited reflection |
| Communication | Clear, well-organized writing | Clear writing | Adequate writing | Unclear or poorly organized |
Unit 1 Resources
Required Reading/Watching
- Video: "What is Artificial Intelligence?" (Crash Course AI or similar)
- Article: Brief history of AI (age-appropriate source)
Recommended Exploration
- Google AI Experiments: https://experiments.withgoogle.com/collection/ai
- AI Playground: Various interactive demos
- "AI for Kids" resources (if needed for younger students)
Teacher Notes
- Be prepared for varied prior knowledge about AI
- Some students may have misconceptions from movies/TV
- Encourage questions and curiosity
- Emphasize that all AI today is narrow AI
- Connect to students' daily experiences to maintain engagement
Unit 1 Extension Activities (Optional)
For Advanced Students
- Research and present on one AI pioneer (Alan Turing, John McCarthy, etc.)
- Create a timeline comparing AI development to other technologies
- Write a short story about a world with general AI
- Research and debate: "Will AI surpass human intelligence?"
For Students Needing More Support
- Create a picture dictionary of AI terms
- Make a collage of AI applications from magazines/images
- Draw a comic strip showing AI in daily life
- Create flashcards for key terms
Next Unit Preview
Unit 2: Machine Learning Basics will explore how AI actually learns. We'll discover the three types of machine learning and build our own simple machine learning models using Teachable Machine!