Unmanned Aircraft Systems (UAS) Components and Modeling

Catalog description

This course provides an in-depth study of unmanned aircraft systems components and modeling, with a focus on multi-rotor drone design and system integration. Students analyze the structure and function of unmanned aircraft vehicles (UAVs), beginning with carbon fiber frames and progressing through key system components including motors, rotors, ESCs (Electronic Speed Controls), flight controllers, FPV (First Person View) equipment, radio transmitters and receivers, propellers, onboard sensors, cameras, smart battery technology, and charging equipment. Emphasis is placed on UAV flight control systems, payload capacity, structural integrity, and system efficiency. Students will investigate component-level functions through drone deconstruction and explore the application of UAS in civil, commercial, and environmental monitoring contexts. The course also examines future developments in uncrewed aircraft, including the use of drones in planetary exploration, and considers regulatory frameworks such as those set by the Federal Aviation Administration (FAA). (Prerequisite: SPST351)