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In depth study of materials, hardware, and processes used in aircraft construction and repair. Topics also include acceptable methods associated with aircraft inspections, cleaning, corrosion control, fluid lines and fittings, hand tools, and measuring devices. Laboratory activities involve development of hands-on skills in a practical setting. 4 Credits.

Basic introduction to airframe structures used in general aviation aircraft, including metallic (also including fabric covered) and non-metallic (composite) structures, and rotorcraft fundamentals. Topics include aerodynamics, aircraft assembly and rigging, fabric covering, as well as introductions to structural repairs, aircraft welding, and painting/finishing. Laboratory activities involve development of hands-on skills in a practical setting. Prerequisites: AVT 101, AVT 102, AVT 104, and UAS 115. 4 credits

Study of primary airframe systems involving flight controls, landing gear, hydraulic, and pneumatic components. Topics also include cabin environmental systems and communication and navigation systems. Laboratory activities involve development of hands-on skills in a practical setting. Prerequisite: AVT202 4 credits

Study of aircraft ignition, priming, electrical, and starting systems. Prerequisites: AVT201, AVT202, AVT203 & AVT204 4 credits

Methods and procedures for inspection and testing of aircraft powerplants, including required recordkeeping practices. Prerequisites: AVT301, AVT302, AVT303, AVT304 & AVT305 4 credits

This course in Medium UncrewedAircraft Systems (mUAS) introduces students to the operations of UASs that weigh up to 100 pounds with payload. Content includes flying fixed and rotary winged aircraft from a remote ground station using a safety pilot as a visual observer. Students learn to fly both fixed wing and rotary winged aircraft remotely. 4 CR Prerequisite: UAS 210, UAS 220, UAS 230, UAS 310 or permission of instructor.