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Course Criteria
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2.00 Credits
This course will build on the basic steps and use more complex rhythms. Improvisation will be used to help the dancer hear and duplicate rhythms. The emphasis will continue to be on the rythmic accuracy and clarity of tap sounds.
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2.00 Credits
This course will develop and refine jazz dance concepts introduced in DANC 1480. Through practical experience, students will encounter various elements of jazz dance that stem from the social dance vernacular in the United States. Course content is drawn from music, rhythm, improvisation and jazz history. Specific emphasis will be placed on jazz dance as a reflection of American culture, and students will make connections between the movement and the sociocultural influences. Class will move through a structured warm up, travel across the floor, and learn center combinations. Course work will be contextualized by class readings, discussion, analysis of dance performance, and student created choreography. May be taken two times for credit.
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1.00 Credits
No course description available.
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1.00 Credits
This class will cover the terminology directly related to diesel engines, the theory of basic diesel engine operation, and engine components will be covered. This class will also cover the theory and operation of a mechanical diesel engine fuel injection system. The students will be instructed in troubleshooting, diagnosis and repair procedures for these systems. The students will also be introduced to electronic injection system theory and operation.
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6.00 Credits
This course is designed to introduce the students to the fundamentals, theory, and applications of heavy-duty drivetrains. The course will cover all components of heavy-duty drivetrains including twin disc clutches, twin counter shaft manual transmissions, Allison and Caterpillar automatic transmissions, 5000 and 6000 series driveline components and double and single reduction differentials. Methods of disassembly, repair and diagnostics will be covered as well as safe and correct procedures for removal and replacing these components in heavy duty vehicles.
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3.00 Credits
This course will cover the terminology, component breakdown, types, and operation of medium/heavy duty diesel engines. Tooling, safety, engine construction, lubrication, and cooling systems will be covered, as well as the many types of fuel injection systems used in the industry. Live work on operational components will be stressed throughout the course.
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3.00 Credits
Building on the basics from Diesel Fundamentals, this course will go more in depth to cover the various kinds of engine repair operations that diesel technicians may encounter in the industry. Engine teardowns and evaluations will be used, as well as proper reassembly and initial adjustments. More extensive component/system inspection will be included, with an emphasis on current industry practices and problems encountered. Students should be prepared for extensive shop work and dress accordingly. At least a basic set of hand tools is recommended, although all special tooling will be provided by the college.
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2.00 Credits
This course is intended to provide industry employees with diesel engine repair and rebuilding skills to include: Cooling and lubrication system testing, basic mechanical condition testing, proper engine mechanical component analysis and reassembly, and proper initial engine start/run procedures. Approved for S/U grading.
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2.00 Credits
This course is intended to provide industry employees with fundamental diesel engine skills to include: Hydromechanical diesel engine component identification, engine operation and combustion theory, fuel system component operation & theory, diesel engine basic maintenance, and fuel system component testing. Common diesel engine injection types will be covered including hydromechanical, and electronically controlled. Approved for S/U grading.
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3.00 Credits
This course will further the understanding of modern diesel engines by working deeper into current technology computer-controlled diesel fuel injection and fuel control systems. Components, emission controls, use of scan tools, data interpretation, and diagnosis will be covered. Live problems will be utilized whenever possible. All special tools and diagnostic equipment will be provided by the college.
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