Land. Air. Sea.

Dive into the fundamentals that power every robot — from mastering flowcharts and the command line on a Raspberry Pi 5, to bringing a digital turtle to life using Python and Turtlesim. As your coding skills grow, you'll command real bots, explore linear and rotational motion, and program sensors like buzzers, LEDs, cameras, and even LIDAR. By the end, you’ll put your problem-solving to the test in your first obstacle course and design your own autonomous robot! This is where coding meets motion, and curiosity meets creation.

Enter the world of drone technology and aerial robotics. Kick off with a research project that explores the cutting-edge role of drones, then dive into the physics of flight, from Bernoulli's principle to real-time sensor data using Databots. You’ll master the Crazyflie drone—both hands-on and in simulators—while programming motion, creating mission paths, and navigating challenges like obstacle avoidance and wall-following. Cap it off with a custom topography mission and the ultimate test: Drone Golf, where strategy meets precision in a course you help design. Get ready to level up your logic, lift off, and lead the way in aerial robotics!

Students become real-world marine engineers as they build, wire, and test their own ROVs. From buoyancy battles and PVC frame construction to mastering tools like soldering irons and multimeters, every challenge ties back to physics and engineering principles. You'll explore thruster propulsion, pressure dynamics, and the power of sensors with the Databot 2.0— collecting live data in air and water. With the NGSS-aligned labs, students will map topography, track depth, and design experiments that push ROVs to their limits. By the end, they won’t just understand underwater robotics— they’ll have built one themselves.