Curriculum

Fly often — fly far. Learn by doing.

Build real autonomy, step by step.

The Operation Squirrel curriculum takes students from zero to deployed autonomous flight systems through hands-on robotics and AI projects.

Students learn by flying early and flying often — incrementally unlocking new skills as they design, test, and refine real autonomy software. Progress is built through small, compounding wins, where failure is a tool, not a setback.

The result is practical, career-relevant experience in robotics, software, and autonomous systems — not just theory.

Foundations and Flight Readiness

Set up the autonomous development environment on Jetson Orin Nano and learn the core tools used to work with the drone.

Autonomous Flight Systems

Design an autonomous flight control stack and implement closed-loop flight control and smoothing.

Perception and State Estimation

Build a computer vision pipeline with CUDA and TensorRT using live drone video, design a Kalman filter for real-time target localization.

Perception and State Estimation

Build a computer vision pipeline with CUDA and TensorRT using live drone video, design and tune a Kalman filter for real-time target localization.

Capstone

Design and implement custom autonomous flight behaviors using OpenCV, CUDA, TensorRT, PID controls, and MAVLink messaging.

MAVLink Interfaces for Autonomous Systems

Develop custom MAVLink interfaces for autonomous behavior, command, and telemetry.

Capstone

Design and implement custom autonomous flight behaviors using OpenCV, CUDA, TensorRT, PID controls, and MAVLink messaging.

MAVLink Interfaces for Autonomous Systems

Develop custom MAVLink interfaces for autonomous behavior, command, and telemetry.

© 2026 Flick Robotics. All rights reserved.

© 2026 Flick Robotics. All rights reserved.