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Student Learning Outcomes

Discipline: Aircraft Maintenance Degree: AS - Airframe and Aircraft Powerplant Maint Tech - Day - S0911

Course Name	Course Number	Objectives
Aircraft Airframe Maintenance Structures	AIRM 66A	Students will demonstrate the ability to disassemble, inspection and service aircraft components. Students will demonstrate the ability to calculate layout, form and rivet aluminum structures.
Aircraft Airframe Maintenance Systems	AIRM 66B	Students will demonstrate the ability to perform inspections on aircraft in accordance with manufacturer's instructions and FAA guidelines. Students will demonstrate the ability to create, assemble, test and inspect aircraft pneumatic and hydraulic systems.
Aircraft Maintenance Electricity and Electronics	AIRM 70B	Students will demonstrate the proper use of electrical system test equipment Students will understand current flow in an alternating current circuit
Aircraft Maintenance Electricity and Electronics	AIRM 70A	Students will build an electrical kit. Students will be able to select and use proper size wire Student will perform calculations utilizing Ohm's law.. Student will demonstrate how to properly measure volts, amps and resistance using a DMM.
Aircraft Powerplant Systems	AIRM 65B	Students will define the function of lubrication system components. Students will define the purpose of aircraft fuel system components. Students will properly inspect an aircraft carburetor in accordance with manufacturer's instructions. Students will evaluate the flow of electrons through an aircraft alternator system. Students will define the function and operation of the magneto system Students will perform an inspection of an engine fire detection system per industry standards. Students will define the operation of common aircraft engine instruments.
Aircraft Powerplant Technology	AIRM 65A	Student will define the theory of the Otto engine cycle and the Brayton engine cycle. Students will perform and document a recip. engine overhaul to FAA standards. Students will identify which the purpose and content of various aircraft maintenance publications. Students will perform and record precision measurements of engine parts and components. Students will define the common blade pitches of propellers. Students will repair propeller blade damage and properly document the repair. Students will prepare, operate and evaluate the performance of an aircraft engine. Students will evaluate the effects of atmospheric conditions on engine output.
Aviation Maintenance Science	AIRM 71	Students will accurately perform aircraft weight and balance computations. Students will evaluate & define the legal privileges and limitation of aircraft technicians. Students will define and evaluate FAA regulations pertaining to aircraft manintennce. Students will be able to interpret an engineering drawing. Students will analyze the effects of human factors on the industry and on the aircraft technician. Students will be able to define the concepts of density, specific gravity, pressure, and the laws of physics in regard to aviation related concepts. Students will be able to perform basic algebra calculations in regard to aviation related formulas.
Aviation Materials and Processes	AIRM 72	Students will select aircraft hardware based on part number or by application. Students will be able to perform heat treating processes on metals. Students will accurately locate, drill and tap machine threads in aluminum. Students will define sizing, materials and correct application of various aircraft fittings, tubing and hoses.
Aviation Welding	AIRM 73	Students will demonstrate the use of oxygen acetylene welding methods Students will understand and use inert gas welding techniques

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