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Course Criteria
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3.00 Credits
Prerequisite: (R) 3 CREDITS The student will identify shop and hangar safety hazards and methods of preventing human injury and equipment damage. The student will identify basic aircraft parts, controls, and instruments; will extract information from blueprints, schematics and charts; and will describe modern aircraft structural materials, materials processing and testing.
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3.00 Credits
Prerequisite: (R) 3 CREDITS The student will relate Federal Aviation Regulations to the construction and maintenance practices of modern aircraft, interpret and follow maintenance publications and demonstrate proper record keeping practices for aircraft maintenance. The student will also demonstrate proper group handling operations; weighing, weight and balance and loading procedures; and the proper selection, use and care of mechanics hand and power tools and measurement devices while performing maintenance operations.
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3.00 Credits
Prerequisite: (R) (W) (M) AT 1212 Basic Aviation Electronics 5 CREDITS The student will develop a high degree of proficiency in troubleshooting complex aircraft electrical systems. The student will install electrical system components and check these systems for proper operation. The student will be introduced to modern electric control devices such as logic circuit components and digital electronics.
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3.00 Credits
Prerequisite: (R) (W) (M) AT 1212 Basic Aviation Electronics 5 CREDITS The student will practice installation procedures of powerplant electrical components. The student will check for proper operation of powerplant electrical charging/starting systems and components such as generators, alternators and starters. The student will service these systems and learn to perform repairs to system components.
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3.00 Credits
Prerequisite: (R) 2 CREDITS The student will use basic electricity laws and formulas to calculate and measure voltage, current, power and resistance in AC and DC electrical systems. The student will compute and observe the effects of inductance, capacitance and impedance in AC systems; construct basic electrical circuits and perform circuit analysis using electrical diagrams and measuring instruments; and will perform basic troubleshooting and aircraft battery service operations.
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3.00 Credits
Prerequisite: (R) (W) (M) 2 CREDITS The student will apply knowledge of types of aircraft structure which produce lifting forces and provide powerplant support including truss and stressed skin wing construction in solving flight problems. The student will demonstrate the proper inspection, materials selection, repair and testing of wood and laminated non-metallic structures, sheet metal structures and fabric and fiberglass aircraft coverings in accordance with FAA standards.
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3.00 Credits
Prerequisite: (R) 3 CREDITS The student will assemble, adjust and inspect rigging and verify control response for fixed wing and rotary wing flight control systems; inspect and determine the conditions of the airframe, its systems and components; and demonstrate proper soldering, welding and metal joining procedures to make structural repairs according to FAA specifications. In addition, the student will inspect, and correct deficiencies in meeting requirements for registration makings, proportions, use of color and ornamentation.
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3.00 Credits
Prerequisite: (R) (W) (M) 2 CREDITS The student will apply principles of operation of aircraft hydraulic and pneumatic systems in properly inspecting, servicing, and repairing landing gear and aircraft brake systems. In addition, the student will demonstrate proper inspection, service trouble-shooting and repair operations on cabin atmosphere control and instrument systems.
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3.00 Credits
Prerequisite: (R) 2 CREDITS The student will apply principles of operation and limitations associated with communication and navigation systems, position and warning systems, fuel systems, ice control and rain systems, and fire protection systems to properly inspect, service, troubleshoot and repair the systems in accordance with manufacturer's specifications and FAA regulations.
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3.00 Credits
Prerequisite: (R) (W) (M) 3 CREDITS The student will relate the historical development of the reciprocating engine to the theory and operations of modern radial and horizontally opposed aircraft engines. The student will clean, disassemble, inspect, repair, reassemble and test aircraft reciprocating engines and associated induction, cooling, exhaust and lubricating systems in accordance with manufacturer's maintenance manuals, Federal Aviation Regulations (FARs) and advisory circulars.
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