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Course Criteria
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3.00 Credits
The theory, construction, operation and repair procedures of the differential for all automobiles including rear, front, or all-wheel drive vehicles. It begins with how the differential works and ends with the proper set-up of a gear set. It includes general shop procedures, safety, and use of shop and flat rate manuals. Fall Semester. 85
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5.00 Credits
Covers basic electrical theory, circuits, Ohm's Law test equipment, circuit testing, and other electrical items. This course is rounded out with an in-depth study of the theory and operation of electronics and electronic components including the microprocessor; also, general shop procedures, safety, and use of shop and flat rate manuals. Fall Semester.
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6.00 Credits
Includes the history, construction, and theory of operation of the automotive engine. Complete rebuilding of the engine including a valve job with removal, disassembly, and installation are covered. Failure analysis is discussed along with specific repair procedures as compared to manufacturer's specifications. The cooling and lubrication systems of the automotive engine are covered, as well as preventive maintenance, general shop procedures, safety, and use of shop and flat rate manuals. Fall Semester.
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5.00 Credits
Covers the theory, construction, operation and repair procedures of the automotive disc or drum brake system. Power brakes, including vacuum and hydraulic systems with electronic anti-lock systems, drum and disc machining, general shop procedures, safety, and use of shop and flat rate manuals are covered. Spring Semester.
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5.00 Credits
This part of automotive engine performance or tune-up includes the ignition system of the automobile from the theory of operation through the testing and repair procedures. General shop procedures, with emphasis on test equipment such as Sun machines, along with safety and use of shop and flat rate manuals are covered. Spring Semester.
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6.00 Credits
Covers the environmental emission control systems of the modern computer controlled automotive engine. The theory of operation, testing and repairing will be covered. General shop procedures, safety, and use of shop and flat rate manuals are covered. Spring Semester.
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5.00 Credits
An introduction and study of assembly and rigging of fixed wing and rotary wing aircraft including the correct usage of nomenclature, identifying and labeling of aircraft features, interpretation of the theory of flight, verifying alignment of the aircraft, assembling components, inspecting, identifying, repairing and servicing of airframe systems and components. Airframe inspections will include performing a 100 hour, or annual, inspection on an aircraft.
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16.00 Credits
Introduction and study of practices and factors relating to preparation, operation, loading, and servicing aircraft for safe operation. An in-depth study of basic physics, aircraft drawings, maintenance publications, weight and balance, mechanic's privileges and limitations, forms and records, basic electricity, materials and processes, and FAA regulations are included.
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5.00 Credits
The course is designed to provide an introduction and study of electrical systems, including installation, checking, and servicing airframe electrical wiring, controls, switches, indicators, and protective devices.
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6.00 Credits
The course is a continuation of the airframe systems including inspecting, checking, servicing, trouble-shooting and repairing aircraft fuel systems, communication and navigation systems, cabin atmosphere control systems, ice and rain control systems, and fire protection systems.
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