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Course Criteria
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3.00 Credits
Prerequisites: AUT 110, AUT 111 with a minimum C grade Examines automotive air conditioning/heating systems in use today, with topics ranging from fundamentals of refrigeration to automatic temperature control (ATC) system operation. Addresses proper diagnosis and repair of systems and components as well as environmental obligations. 2 lecture/2 laboratory hours
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4.00 Credits
Prerequisites: AUT 110, AUT 111 with a minimum C grade Diagnosis, failure analysis, and rebuilding procedures for automobile engines. Topics include engine operating principles, component measurement techniques, engine removal and installation, and service information usage for diagnosis. Each student is required to completely disassemble, diagnose, and assemble several four-cycle engines. Involves extensive use of special tools and equipment. 2 lecture/4 laboratory hours
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1.00 Credits
Corequisites: AUT 213, AUT 224
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1.00 Credits
Corequisite: AUT 225 Application of knowledge acquired from lecture and laboratory instruction to gain relevant on-the-job experience in repairing customer vehicles in an actual automotive service facility. The apprentice is supervised by an experienced service employee who works with the program coordinator in developing goals and evaluating performance. 300 work experience hours
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3.00 Credits
Prerequisites: AUT 110, AUT 111 with a minimum C grade Study of automotive systems for torque multiplication and speed reduction includes the relationship of engine speed and vehicle speed and its effect on fuel economy. Other topics include clutch service, front and rear wheel drive applications, component replacement, differentials, diagnosis, removal and reinstallation procedures, and transmission overhaul. Involves extensive use of special tools and test equipment. 2 lecture/3 laboratory hours
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3.00 Credits
Prerequisites: AUT 110, AUT 111, AUT 224 with a minimum C grade Principles of operation and proper diagnostic and repair procedures for current automatic transmissions and transaxles, including electronic computer-controlled designs. Covers basic hydraulic theory with emphasis on the use of test equipment for diagnosis and in-car service. Each student is required to disassemble, overhaul, and assemble several automatic transmissions and transaxles. 2 lecture/3 laboratory hours
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3.00 Credits
Historical approach to U.S. and international aviation development including man's first efforts to fly, the development of aircraft, modern growth of the aerospace industry and the impact of aviation and flight on mankind. 3 lecture hours
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3.00 Credits
Study of transportation systems and the aviation industry as they exist today, including applicable government organizations, controls, and regulations as well as career opportunities in aerospace. 3 lecture hours
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3.00 Credits
Study of the structure of the atmosphere and weather patterns. Examines weather hazards encountered by commercial pilots, including thunderstorms, turbulence, wind shear, visibility restrictions, icing, and hydroplaning. Coded weather reports, forecasts, weather charts and prognostic charts are utilized in class for flight planning and in-flight decision-making. 3 lecture hours
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2.00 Credits
Principles of flight and air navigation, evolution of modern aviation (civil and military), and the basic physiological difficulties experienced in flight. [occasional offering] 2 lecture hours
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