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Course Criteria
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3.00 Credits
Prerequisite: None Th is course covers all phases of electronic fundamentals, electrical systems and chassis electrical wiring systems used in the automobile, commercial and agriculture vehicle industry. Students may supply shop work, but it is not mandatory. Off ered fall semester only. (4/60/0/0/0/4)
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2.00 Credits
Prerequisite: AUTO-1160 Th is course covers engine components, their function, measuring for wear, diagnosis of engine problems and complete reassembly procedures for engine overhaul. Students will learn how to perform all engine related machine work such as valve grinding, cylinder honing, piston knurling and cam bearing installation. Students may supply shop projects, but it is not mandatory. Off ered spring semester only. (6/60/90/0/0/10)
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3.00 Credits
Prerequisite: AUTO-1160 or instructor consent A study of the fundamentals of applying high performance techniques and proper parts to the building of a high performance automotive engine. (3/40/20/0/0/20)
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3.00 Credits
Prerequisite: Completion of 12 credit hours and a GPA of 3.0 or higher in the Auto Program Th is internship will be a cooperative agreement between industry and WNCC, which allows students to utilize and refi ne the skills learned in their educational process. All work is to be performed in accordance with industry standards and guidelines and will be supervised by industry and school representatives. (1-3/0/0/0/50-150/V)
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3.00 Credits
Prerequisite: None Th is course is intended to prepare the student for both the private pilot and commercial pilot written tests. Topics such as aerodynamics, aircraft operation, aircraft weight and balance, meteorology, navigation and computation and FAA regulations are covered in suffi cient depth that the successful student can pursue an aviation career or fl ying goal. (3/45/0/0/0/3)
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3.00 Credits
Prerequisite: None Th e student will solve basic mathematical problems, calculate volumes, extract roots, raise numbers to given powers, calculate simple machine problems and study fl uid and heat dynamics as related to aircraft . In addition there will be a focus on basic electricity, electron fl ow, the use of electrical instruments, current fl ow calculation, circuit checks, diagram interpretation, battery checks and basic troubleshooting. A study of position and warning systems will be taught to complete this course of study. (6/60/90/0/0/10)
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3.00 Credits
Prerequisite: None Th is course is designed to familiarize the student with aeronautical terms and nomenclature, study of basic aircraft construction techniques and theory of fl ight. Th e student will be taught weight and balance procedures, how to weigh an aircraft and determine the C.G and empty weight. General aircraft instrument theory, construction and maintenance will be included in this course of study. Th e student will be introduced to blueprints, graphs and chart interpretation. A study of aircraft hardware and materials, non-destructive inspection of aircraft parts and precision measuring will be accomplished. (6/60/90/0/0/10)
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3.00 Credits
Prerequisite: None Th is is a comprehensive study of corrosion cause, control of and preventative maintenance procedures in order to control this maintenance problem within the aircraft . We have many fl uid lines and fi ttings and many types of manufacturers. Again, we must maintain, fabricate and replace these lines periodically and in an airworthy manner. Aircraft are manufactured, maintained and fl own under Federal Aviation Regulations within the Department of Transportation. Th e Aviation Maintenance Technician must do research, comprehend and comply with these federal aviation regulations to maintain a safe and airworthy aircraft . Today's modern aircraft have very sophisticated communication, navigation and radar systems which the Aviation Maintenance Technician must maintain and check on a regular basis. Th e theory and maintenance procedures are taught during this course of study. (6/60/90/0/0/10)
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3.00 Credits
Prerequisite: None Th e student will be introduced to sheet metal aircraft construction. Composite materials will be emphasized including wood structures. Th e basic stresses acting on the aircraft structure leads to the importance of maintenance and repair of all types of materials used in aircraft construction. Repair techniques will be practiced to industry levels using all the tools necessary to complete lab projects to a return to service standard. (6/60/90/0/0/10)
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3.00 Credits
Prerequisite: None Th is course is an in-depth study of special fasteners, repair techniques and preparation procedures for dissimilar materials. Th e student will inspect and evaluate types of repairs permitted using the correct aircraft structures repair manual. Th e correct selection of tools, equipment and materials will result in a return to service repair. Th e student with reference to aircraft maintenance data will practice the laying out of registration numbers, preparation for and the use of the correct paint. Th e care, repair and inspection of aircraft windows and door seals will be studied. Inspection, service and repair of ice and rain control systems will complete this course of study. (6/60/90/0/0/10)
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