Pathway: Autonomous Flight & Aerial Intelligence (Drones)
Transitioning from remote-controlled flight to data-driven autonomy.
The
NOW: Precision Piloting & Programming
This isn't just about flying; it’s about the payload. Students master the physics of flight and the FAA regulations (Part 107) required for commercial operation. They learn to program autonomous flight paths where the drone conducts "missions" without human stick-input.
- Core Concepts Aerodynamics, Flight Geometry, Remote Sensing, GIS (Geographic Information Systems), Package Delivery.
- Tech Stack DJI SDK, Python for DroneKit, Pix4D (Photogrammetry).
The
JOB OF TOMORROW: Your Future Takes Flight
The "Drone Economy" is revolutionizing agriculture, construction, and emergency response. Industry partners in infrastructure look for pilots who can translate aerial imagery into
actionable data. Our students graduate knowing how to use drones as a professional tool, not a toy.
Workforce Outcomes
- Entry Level Commercial Drone Pilot, Aerial Photographer/Mapper, Drone Repair Technician.
- Professional Level GIS Data Specialist, Precision Agriculture Consultant, UAS (Unmanned Aircraft Systems) Fleet Manager.
The
SUCCESS: Real People, Real Stories
Davontay Delacerda Commitment, Consistency, and Flight
Davontay Delacerda entered CODE313’s Youth Part 107 Drone Program at 17 years old, alongside many other scholars. But as the program progressed, something stood out. Session after session, Davontay kept showing up. At just 17 years old, he successfully passed his FAA Part 107 Certification, an achievement many adults work years toward. From there, Davontay became a professional drone pilot, working with CODE313 and other companies such as Aerial Loop, getting paid to do what he loves and has worked so hard for. Now, he’s building toward launching his own drone company, with a future that continues to expand upward, just like the technology he pilots.
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