📚 Grades 3–5 ⏱️ 45 minutes 📝 No tech required for Part 1

Lesson 1: What Is AI? (And What It Isn't)

Students explore what artificial intelligence means through hands-on activities and discussion, building a foundational understanding before they ever touch a tool.

Learning Objectives

  • Define AI in their own words
  • Distinguish between things AI can and cannot do
  • Identify 3 examples of AI they already use in daily life

Activity Overview

Part 1 (15 min): Sorting game — students sort cards into "AI Can Do This" and "AI Cannot Do This" categories (e.g., "recognize a cat in a photo" vs. "feel happy"). Discuss surprising answers as a class.

Part 2 (15 min): AI Scavenger Hunt — students list AI they encounter daily (voice assistants, autocorrect, recommendation algorithms, etc.).

Part 3 (15 min): Group discussion: "If AI can do all these things, what makes humans special?" Students write one sentence summarizing what they learned.

📚 Grades 6–8 ⏱️ 50 minutes 💻 Computers or tablets required

Lesson 2: Prompt Engineering 101

Students learn that the quality of AI output depends on the quality of input. Through structured experiments, they discover how changing a prompt changes the result.

Learning Objectives

  • Write clear, specific prompts that produce useful results
  • Compare vague vs. detailed prompts and analyze the difference in output
  • Understand that AI responds to instructions — it doesn't read minds

Activity Overview

Part 1 (10 min): The "Peanut Butter Sandwich" exercise. Students write instructions for making a sandwich. Teacher follows instructions literally (demonstrating how computers interpret instructions). Connect to AI prompting.

Part 2 (25 min): Prompt Lab. Students get a worksheet with 5 "bad" prompts. They rewrite each one to be more specific, test both versions, and document the differences. Example: "Tell me about space" → "Explain why Mars appears red, in 3 sentences, for a 7th grader."

Part 3 (15 min): Share best prompt transformations. Class votes on the most improved prompt. Discuss: "Why does being specific help?"

📚 Grades 6–8 ⏱️ 50 minutes 💻 Computers required

Lesson 3: The Fact-Check Challenge

Students learn that AI can be confidently wrong. They practice critical evaluation skills by finding errors in AI-generated content.

Learning Objectives

  • Understand what AI "hallucination" means and why it happens
  • Use reliable sources to verify AI-generated claims
  • Develop a healthy skepticism toward AI-generated content

Activity Overview

Part 1 (10 min): Teacher shows 3 AI-generated "facts" about a familiar topic — one true, one half-true, one completely made up. Students vote on which is which before the reveal.

Part 2 (25 min): In pairs, students ask AI to explain a topic they're studying. They check every specific claim against at least 2 other sources (textbook, encyclopedia, official website). Worksheet: What was right? What was wrong? What was misleading?

Part 3 (15 min): Class debrief. How many errors did each pair find? Discuss: "Why does AI sound so sure even when it's wrong?" and "What's a good process for checking AI's work?"

📚 Grades 9–12 ⏱️ 55 minutes 💻 Computers required

Lesson 4: AI Ethics Debate

Students engage with real ethical dilemmas around AI use in schools, work, and society. They research, argue, and form their own positions on complex issues.

Learning Objectives

  • Articulate multiple perspectives on AI ethics topics
  • Construct evidence-based arguments for a position
  • Recognize that AI ethics questions often don't have simple answers

Activity Overview

Part 1 (10 min): Present debate topics. Options: "Should AI-generated art win competitions?", "Should schools ban AI tools?", "Should companies have to label AI content?", "Is it ethical to use AI to write college application essays?"

Part 2 (25 min): Students are assigned (or choose) sides. They research using both AI and traditional sources, prepare 3 key arguments, and anticipate counterarguments.

Part 3 (20 min): Structured debate: each side presents (3 min), rebuttals (2 min each), open Q&A (5 min). Class reflection: "Did anyone change their mind? Why?"

📚 Grades 9–12 ⏱️ 60 minutes (or multi-day) 💻 Computers required

Lesson 5: Build Your Own AI Policy

Students draft an AI acceptable use policy for their school, applying everything they've learned about ethics, safety, and practical use. Real-world policy design meets AI literacy.

Learning Objectives

  • Analyze existing AI policies from real schools and organizations
  • Balance competing interests (learning vs. shortcuts, access vs. safety)
  • Produce a clear, enforceable policy document

Activity Overview

Part 1 (15 min): Review 2-3 real school AI policies. What do students agree with? What's missing? What's unfair?

Part 2 (30 min): In groups of 3-4, draft a policy covering: when AI use is allowed, when it's not, citation/disclosure requirements, consequences, and support for students who need help understanding AI tools.

Part 3 (15 min): Groups present. Class votes on best policy elements to combine into a final class-endorsed policy. Optionally, present to school administration.

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