EVOLVE AI INSTITUTE

Lesson 1: What is Artificial Intelligence?

📚 Grades 3-5 💻 Computer Science ⏱️ 45 Minutes

Lesson Overview

An engaging introduction to AI concepts using everyday examples and hands-on activities that help students understand how machines can learn and make decisions. Students will explore real-world AI applications, distinguish between human and artificial intelligence, and understand the collaborative relationship between humans and AI systems.

Learning Objectives

Standards Alignment

Materials Needed

Lesson Procedure

1Hook and Engagement (5 minutes)

Begin with a "mystery demonstration" where you show students several examples of AI in action. Display voice recognition responding to commands, image identification tools recognizing objects in photos, or predictive text suggesting words as you type. Generate excitement and curiosity!

Guiding Questions:

Collect student responses on chart paper. Introduce the essential question: "What is artificial intelligence and how does it work in our daily lives?"

2Direct Instruction (10 minutes)

Present age-appropriate definitions and examples of AI. Use concrete analogies to make abstract concepts accessible:

Key Teaching Points:

Show Visual Examples:

Emphasize that AI helps humans but doesn't replace human creativity, empathy, and judgment.

3Hands-On Activity: "Human vs. AI" Sorting Game (15 minutes)

Divide students into small groups of 3-4 and distribute the sorting cards with various tasks. Students will categorize tasks into three groups:

Example Task Cards:

Group Discussion Prompts:

Circulate among groups, ask probing questions, and note interesting insights to share with the whole class.

4Interactive Demonstration (10 minutes)

If technology permits, demonstrate a simple AI training tool like Google's Teachable Machine. This concrete experience helps students understand that AI learns from examples.

Demonstration Steps:

  1. Show students an "untrained" model that doesn't know anything yet
  2. Collect examples of 2-3 different classes (e.g., "thumbs up," "thumbs down," "peace sign")
  3. Train the model by showing it many examples of each gesture
  4. Test the model and show how it gets better with more training data
  5. Demonstrate what happens when you show it something it wasn't trained on

Discussion Questions:

Connect this demonstration back to the concept that AI learns from patterns in data, just like students learn from practice and examples.

5Closure and Reflection (5 minutes)

Distribute the "AI Around Us" worksheet where students identify three places they encounter AI in their daily lives. Students should:

Class Sharing: Invite 3-5 volunteers to share one example from their worksheet.

Formative Assessment - Exit Ticket:
Students answer questions on their exit ticket:

  1. "Turn to your partner and explain what AI is in your own words." (Teacher observes and records)
  2. "What is one thing you learned about AI today?"
  3. "What is one question you still have about AI?"

Collect exit tickets to inform future lessons and address misconceptions.

Assessment Strategies

Formative Assessment

Summative Assessment

Success Criteria

Students demonstrate mastery when they can:

Differentiation Strategies

For Advanced Learners:

For Struggling Learners:

For English Language Learners:

For Students with Special Needs:

Extension Activities

At Home - Family AI Scavenger Hunt

Students interview family members about where they see AI in daily life and create a family AI map. Challenge: Find AI in 5 different places in your home! Document with photos or drawings.

Cross-Curricular Connections

Long-term Project - AI Observation Journal

Start an ongoing AI observation journal where students track and document AI encounters throughout the school year. Each entry should include:

STEM Challenge - Build a "Smart" Device

Using simple materials, design a device that "acts" smart by responding to input. Example: A paper robot that "sorts" objects by color using a simple if-then algorithm that students manually execute.

Teacher Notes and Tips

Common Misconceptions to Address

Preparation Tips

Classroom Management

Troubleshooting