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Computer Creativity Check

STEM • 30 • 1 students • Created with AI following Aligned with Common Core State Standards

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STEM
30
1 students
20 April 2026

Teaching Instructions

This is lesson 9 of 10 in the unit "How Computers Think — An Introduction to Artificial Intelligence". Lesson Title: Can a Computer Feel Music? Can It Write a Story? Lesson Description: This lesson extends the creativity discussion to music and writing. Amani compares a human-written story starter with an AI-generated one, exploring the emotional depth that AI lacks.


First / Then

First: We will explore stories and music from humans and computers.
Then: You will draw a picture and tell a story about what you feel.


Interest Anchor

Amani, imagine how the heart feels when it hears music or a story — just like you love to draw cats with feelings. Today, we will use technology to see if a computer can feel music or write a story like a heart does.


Learning Objectives

Aligned to Florida B.E.S.T. ELA and Science standards (Grade 1) and Common Core:

  • ELA.1.R.1.1: Ask and answer questions about key details in a text.
  • ELA.1.C.1.1: Participate in collaborative conversations about grade-appropriate topics.
  • ELA.1.C.2.3: Describe characters, settings, and major events in a story, using key details.
  • ELA.1.C.1.4: Produce writing that includes drawing to express an idea or story.
  • SC.1.N.1.1: Raise questions and make observations about the world using senses and tools.

Duration: 30 minutes (10 min review, 15 min new activity, 5 min sharing)


Regulation Check (5 min review)

Use a familiar cat-themed sorting game or sequencing cards.
Ask: “Can you find the cat with the blue collar first? Then, can you put the story pictures in order?”
If regulation is stable (engaged, smooth responses), proceed. If not, continue review or offer calm corner time.


Step 1: Introduction to Computer Creativity (10 minutes)

Delivery Script:

  1. “Amani, computers can do many things — like singing a song or writing a story, but can a computer feel like your heart?”
  2. Show Amani two short story starters: one written by a person, the other by a computer (typed large and clear on a card).
  3. Read both aloud with rhythm and expression, including a chant:
    Chant: “Heartbeat, feelings, story’s start—machines try, but miss the heart!” (Repeat 2x, rhythmically with hand taps)
  4. Ask gently: “Which story feels like it has a heart? Which one sounds like a robot’s words?”
  5. Use a simple picture matching activity: match an emotion face card (happy, sad, surprised) to each story starter. The material has a Control of Error — only one face fits well with each story’s mood.

Control of Error: The emotion face shapes only fit the edges of the correct story starter card and not the other, so Amani self-checks by trial fitting.

Low-Sensory Alternative: If auditory is overwhelming, Amani can use printed word cards with matching emotion emojis visually only.


Step 2: Drawing & Dictation Activity (15 minutes)

Delivery Script:

  1. “Now it’s your turn to feel a story. Listen carefully to a short piece of music I will play. Close your eyes and imagine the colors and feelings.” [Play a calm, simple instrumental for 30 seconds.]
  2. Invite Amani: “Draw a picture that shows how the music makes your heart feel.”
  3. Once drawing is complete, ask, “Can you tell me a story about your picture? I will write your words.”
  4. Scribe Amani's dictated story below the drawing on the same paper.
  5. Compare briefly to the computer story starter — “Your story has a heart, just like your drawing. It’s different from the computer’s story, isn’t it?”

Control of Error: The drawing and dictated story physically connect — no external “right or wrong.” Amani’s reference is only what her heart feels, no other judgment.

Low-Sensory Alternative: Offer crayons and paper only, no music, instead use a rhythmic chant:
Chant: “Draw the heart, tell the tale, feelings bright, never fail!” (Repeated softly)


Step 3: Sharing and Reflection (5 minutes)

Delivery Script:

  1. Show Amani both story starters and her drawing/story.
  2. Encourage pointing or any mode she chooses to indicate which story she likes best and why — offering 10 seconds wait time after every prompt.
  3. Celebrate her voice and choice: “You have your own heart story—special and true!”
  4. Close with a gentle rhythm chant:
    “Computer thinks, human feels, heart and art, magic seals.” (Repeat twice, slow tapping)

Station Version (Independent Work)

  • Materials: Two sets of laminated story starter cards with emotion face matching; drawing paper and crayons; picture dictation card prompts.
  • Instructions card with simple First/Then icons: “First read, then match, then draw.”
  • Amani can work sequentially and self-correct by puzzle-fit (Control of Error).

Portfolio Note

Photograph: Amani’s drawing with caption scribed by educator; Amani pointing or using gesture to select preferred story.
Evidence: Florida B.E.S.T. Standard ELA.1.C.1.4 (writing with drawing), ELA.1.R.1.1 (story comprehension), SC.1.N.1.1 (observation of feelings and reactions).
Commentary: Document Amani’s ability to distinguish human emotional creativity versus AI generation, alongside expressive drawing-first narrative.


Regulation Notes

  • If Amani is dysregulated before the lesson, prioritize proprioceptive input (wall push-ups or weighted lappad) and low sensory calming (calm corner). Return to review task only until regulated.
  • All prompts include 10 second wait time to support processing and echolalia.
  • No external error correction; material self-corrects through fitting and matching.
  • Drawing First strategy leads narrative creation; no writing required from Amani beyond dictation.

Summary

This lesson invites Amani to experience and compare human and computer creativity through story and music — anchored deeply to her heart and drawing interests. Rhythmic chants build her script bank while Montessori-style Control of Error materials empower self-correction and autonomy within a sensory-friendly environment. This is a joyful bridge between technology and emotion, designed for a twice-exceptional learner in a precisely prepared setting.

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