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Show Technology — Diesel Service Technology — Diesel Service Automotive Technology (Example Only) Courses Sophomore Credits Courses Sophomore Credits Auto Eng. Tech. 100, 110, 120 18 Automotive 3 Humanities (selected) 3 English 101 3 Communication 232 3 Machine Tool 127 3 Related Tech. Educ. 114, 115, 117 15 48 Auto Eng. Tech. 200, 210, 220 18 Automotive 151 3 Life Science (selected) 4 Chemistry PS101 5 Economics SS101 5 Engineering Graphics 115 2 Physics PS101 5 Communication 102 3 Welding 165 2 47 DIESEL SERVICE PROGRAM Eugene Meske, Adviser The Diesel Service curriculum consists of practical work experience in inspecting, testing, servicing and repairing all phases of diesel engines and diesel powered equipment which prepares the student for beginning employment at the general servicing and repair level. Students majoring in Diesel Service and completing the required course of study as indicated in the catalog may graduate with a certificate of completion. Certificates of skill proficiency will be issued for agreed upon achievement levels within the program. The student who desires to continue and complete a bachelor of science degree must do so in the Automotive Engineering Technology or Automotive Technology Programs. He should make application with the department chairman, so that an interview may be conducted to determine grade point average and a suitable course of study outlined. Additional time will be required to complete a bachelor of science degree from the Diesel Service program because area requirements and related subjects have not been satisfied with this curriculum. COURSES OF INSTRUCTION 100. Principles and Operation of Diesel Engines—Cooling, fuel injection, air starting valves, and temperature control. Five lectures. A (5) 101. Diesel Engine Construction—Mechanical construction of all types of diesel engines. Five 3-hour laboratories a week. A (5) 109. Diesel Engines — The mechanical construction and operation of both two and four stroke cycle diesel engines. Proper procedure for overhauling, such as: measurement, testing, reconditioning, disassembly and reassembly. Proper PM and operation are covered. One 3-hour laboratory a week. A (3) Evening 110. Fuel Injection Systems—Fuel and types of injection systems. Five lectures. W (5) 111. Diesel Maintenance Service—Practice and procedure for repair service and general maintenance. Five 3-hour laboratories a week. W (5) 119. Diesel Fuel Injection Systems—The theory, construction and operation is covered for the different types of injection systems used on diesel engines, distributor and unit-injectors are some of the types. Instruction is given in P.M., servicing and trouble shooting. One 3-hour laboratory a week. W (5) Evening 120. Drive Mechanisms—Theory course dealing with transmission of motion through couplings from diesel power plants to main generators. Five lectures. S (5) 121. Mechanical Drives — Transmission of motion from diesel power plants including transfer cases, transmissions, and differential. Five 3-hour laboratories a week. S (5) 129. Diesel Application Drive Trains—The proper operation, service, testing and trouble shooting for clutches, drive lines, differentials, final drives, transmissions (standard, powershift and automatic) is covered. As each of these areas are covered both over-the-road and off-highway application are considered as it applies. One 3-hour laboratory a week. S (3) Evening 200. Diesel Engines for Trucks—Requirements of diesel engines for trucks; identification of engine parts, construction details, fuel injection systems. Five lectures. A (5) 201. Diesel Engines for Trucks—Requirements of diesel engines for trucks; identification of engine parts, construction details, fuel injection systems, lubrication. Five 3-hour laboratories a week. A (5) 324 325 |
