SkySeekers
Dear Parents, Families & Friends,
Are you feeling like you’re losing the battle with screen time? You’re not alone—and you’re not powerless. Together, we can turn that frustration into a powerful opportunity.
Imagine replacing mindless scrolling with meaningful exploration—for kids and adults. These courses aren’t just about coding drones—they’re about building creators, critical thinkers, and confident explorers of a rapidly evolving world.
Structured into 9 dynamic modules, our curriculum nourishes the mind, body, and soul, helping learners of all ages connect with technology not as a distraction, but as a tool to amplify what makes us human.
As artificial intelligence reshapes the world around us, we believe education must rise to meet it. These programs help students and lifelong learners work hand-in-hand with AI, while remaining rooted in empathy, nature, curiosity, competition, and a love of the unknown. We champion the human drive to build, to care, and to reach for the stars.
Let’s inspire a new generation—not just to adapt to the future, but to lead it. And let’s do it together—child, parent, teacher, and friend—united by a shared belief in human potential.
The sky isn’t the limit. It’s just the beginning.
Let’s build. Let’s fly. Let’s lead—together.
Rick
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Chapter 1 - Flight
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Lesson 1A: Taste Flight!
Taste Flight! is an immersive lesson that inspires students to feel the wonder of flight through music, nature, competition, and both deliberate practice and play. Students use AI tools like ChatGPT, Grok, and Gemini to craft and refine dream flight stories, exploring freedom, identity, and creativity. Each activity blends imagination and reflection, launching students into a learning journey rooted in purpose and possibility.
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Lesson 1B: What Makes Something Fly?
What Makes Something Fly? launches learners into the mystery behind flight using wonder, nature, and active discovery. Through creative challenges, movement, and reflection, students explore lift, air, and motion—guided by music, the natural world, and their own questions. With AI tools as copilots, they’ll build and refine prompts to think deeper, play harder, and chase the sky with purpose.
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Lesson 1C: Lift Off! Unraveling Lift and Air Pressure
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Lesson 1D - Dancing in the Sky: Mastering Pitch, Roll, and Yaw
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Lesson 1E - From Drones to Rockets: Comparing Flying Machines
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Chapter 2 - Coding
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Lesson 2A: Recommended Drones for Coding & Autonomous Flight (2025)
There are multiple types of drones to begin the quest of coding autonomous flight. All drones below support programmable missions, coding integration, and hands-on STEM learning. Codrone Pro CoDrone EDU Craziflie DJI MIni 4 Pro Holy Stone HS210
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Lesson 2B: Codrone Pro - Unboxing & Flight Prep
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Lesson 2C: Introduction to Blockly
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Lesson 2D: CoDrone Pro Challenges
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Chapter 3 - Why Drones?
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Chapter 4 - Electromagnetism
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Chapter 5 - Rules of the Air
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Chapter 6 - Drone Apps
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Chapter 7 Physical Anatomy of a Drone
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Chapter 8- Simulation Missions
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Chapter 9 - Flight Path Math
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The Index
Meet your instructor!
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Meet your instructor! ✳
Rick
What You’ll learn
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Upon successful completion of Skyseekers, you will be able to:
Understand Foundational Flight Principles: Articulate the core aerodynamic principles that enable drone flight and stability.
Identify and Describe Drone Components: Confidently recognize and explain the function of the key parts of a drone's physical anatomy.
Grasp Basic Electromagnetism Concepts: Understand the fundamental role of electromagnetism in drone propulsion, communication, and sensor technology.
Appreciate the "Why Drones?" Context: Explain the diverse applications and societal impact of drone technology across various industries and fields.
Navigate with Flight Path Math: Apply basic mathematical concepts to plan and understand drone flight paths, trajectories, and positioning.
Comply with Aviation Regulations: Demonstrate a working knowledge of the essential rules of the air and legal requirements for safe and responsible drone operation.
Utilize Drone Applications: Identify and understand the utility of various drone apps for flight control, mission planning, and data analysis.
Gain Introduction to Drone Coding: Comprehend the basic concepts behind coding drones for autonomous or customized flight patterns and functions.
Develop Practical Piloting Skills (Simulated): Successfully complete various simulation missions, demonstrating control, navigation, and adherence to mission objectives in a virtual environment.
Integrate Knowledge for Safe Operation: Combine your understanding of drone anatomy, flight principles, regulations, and environmental factors to make informed decisions for safe and effective drone operation.
Be Prepared for Further Learning & Specialization: Possess a solid foundation to pursue more advanced topics in drone technology, specific applications, or advanced piloting techniques.
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Describe your lesson with a short summary.
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Describe your lesson with a short summary.
Course FAQ
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It all begins with an idea. Maybe you want to launch a business. Maybe you want to turn a hobby into something more. Or maybe you have a creative project to share with the world. Whatever it is, the way you tell your story online can make all the difference.
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It all begins with an idea. Maybe you want to launch a business. Maybe you want to turn a hobby into something more. Or maybe you have a creative project to share with the world. Whatever it is, the way you tell your story online can make all the difference.
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It all begins with an idea. Maybe you want to launch a business. Maybe you want to turn a hobby into something more. Or maybe you have a creative project to share with the world. Whatever it is, the way you tell your story online can make all the difference.