Hacking Drones

Session 2: July 22 - August 2, 2024

Hacking Drones

Welcome to "Hacking Drones," an exhilarating high school studio that propels students into the realm of aerial innovation. In this immersive experience, students will engineer their own aerial flying machines, exploring the endless possibilities of unmanned robots. From delivery devices to aerial photography machines, the studio challenges students to envision and construct their own inventive flying creations. Whether it's graffiti drones, medical aerial devices, or storm-chasing machines, participants will delve into the world of aerial robotics, understanding the components that make these machines soar—motors, wings, propellers, batteries, radio signals, and robotic intelligence.

Tuition: $

2190

Through online registration, a deposit of $200 is paid via credit card. The final payment is paid by check.

Skills

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Skills
Taught

  • Hacking and Adapting Drone Technology
  • Robotic Intelligence (Automaton, Remote Control, Teleoperation, Full Autonomy)
  • Communication Systems
  • Digital Fabrication Techniques
  • Soldering and Circuit Building

Skills Taught

  • Hacking and Adapting Drone Technology
  • Robotic Intelligence (Automaton, Remote Control, Teleoperation, Full Autonomy)
  • Communication Systems
  • Digital Fabrication Techniques
  • Soldering and Circuit Building

Real World Relevance

  1. Ubiquity of Drones: Understanding the widespread application of drones in modern society, from delivery to surveillance and beyond.
  2. Innovative Applications: Exploring unconventional uses of drones, such as medical supply delivery, artistic expression, and environmental monitoring.
  3. Technological Impact: Recognizing the transformative role of drones in various industries, from construction to food service.
  4. Purpose-Driven Design: The studio challenges students to think beyond conventional drone applications, fostering creativity in designing drones for specific and innovative tasks.
  5. Digital Fabrication Skills: From soldering to programming and building circuits, students gain hands-on experience in digital fabrication, essential for constructing functional aerial machines.
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