Course Content
Lesson 1: What Makes a Drone Fly?
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: The Science of Flight
Hands-On Activity – Paper Propeller Experiment
Conclusion
Quiz
Extension Project – “Design a Super Spinner”
Lesson 2: Inside the Drone – What’s There?
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: The Drone’s Inner System
Hands-On Activity – Drone Dissection
Theory Link – Power and Control Flow
Conclusion
Quiz
Extension Project – “Drone Anatomy Poster”
Lesson 3: Let’s Build It, Bit by Bit
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: How Drone Assembly Works
Step-by-Step Assembly Process
Safety and Teamwork Guidelines
Conclusion
Quiz
Extension Project – “Design Your Drone Build Guide”
Lesson 4: My Drone, My Mission
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: Design Thinking in Drone Engineering
Activity – Drone Design for Purpose
Safety and Creativity Tips
Conclusion
Quiz
Extension Project – “Drone for Earth”
Lesson 5: Test Flight and Fix!
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Introduction
Key Vocabulary
What You’ll Learn?
Concept: Why Testing Matters
Activity – Balance and Test Check
Conclusion
Quiz
Learning Outcome Answers Summary
Extension Project – “Flight Doctor Challenge”
Lesson 6: Future of Drones in My World
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Introduction
Key Vocabulary
What You’ll Learn
Concept: Drones and the Future
Activity – “Drone for the Future” Presentation
Conclusion
Quiz
Learning Outcome Answers Summary
Extension Project – “My Drone Diary”
C7: Drone Technology – Assembly Focus

Challenge:
 Create your own version of a paper propeller that stays in the air the longest.

Steps:

  1. Change one factor — blade length, width, or angle.

  2. Drop it three times and record how long it spins.

  3. Compare results with your classmates.

  4. Present your best design and explain why it performed well.

STEM Link:
 This activity connects aerodynamics, physics, and engineering design — all essential for building real drones.

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