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Show Technology Automotive Service tion of modem brake and front end alignment systems. Two 3-hour lecture-labs a week. AWS (Evening) 110. Automotive Engines (5) Theory of automotive engine rebuilding. A W 111. Automotive Engines (5) Practical application of engine rebuilding. TBA AW 120. Driving Mechanisms (5) Theory, construction, principles of operation, and new developments. Five lectures a week. W S 121. Driving Mechanisms (5) Reconditioning and servicing clutches, transmission, overdrives, universals, drive shafts, differentials and rear axles. Five 3-hour labs a week. W S 140. Automotive Fundamentals (3) Automobile fundamentalsengines, fuel systems, electrical, chassis, etc. For other than automotive majors. Two lectures and one 3-hour lab a week. W 150. Automatic Transmissions (3) Theory, construction and principles of operation General Motors, Ford, Chrysler and others. Two 3-hour individualized instruction sessions a week. A 151. Automatic Transmissons (3) Continuation of Automotive Service 150. Two 3-hour lecture-lab combinations a week. S 160. Driver Training (2) Skill and laws involved in operating a motor vehicle. Road and classroom instruction. Lectures and labs arranged. A W S Su 200. Fuel Systems (5) Theory, construction, principles of operation. Five lectures a week. A 201. Fuel Systems (5) Reconditioning and servicing fuel tanks, carburetors, pumps, manifold controls, and fuel injection. Five 3-hour labs a week. A 208, 209. Carburetion (3) Theory, construction, methods of servicing car- buretors. Two 3-hour lecture-labs a week. A W (Evening) 210. Automotive Electricity (5) Theory, construction, principles of operation and new developments. Modern testing methods. Five lectures a week. W 211. Automotive Electricity (5) Reconditioning and servicing electrical systems. Five 3-hour labs a week. A W 218, 219. Automotive Electricity (3-3) Theory, construction, and service of storage batteries, starting-charging systems, ignition and lighting systems, related controls. Two 3-hour lecture-labs a week. A W (Evening) 220. Tune-Up (5) Synchronization of engine components compression, ignition and carburetion. Five lectures a week. S 221. Tune-Up (5) Continuation of Automotive Service 220. Five 3-hour labs a week. S 228, 229. Motor Tune-Up (3-3) Restoring to factory specifications: ignition, generators, controls, battery, starter, carburetor and fuel pump using tune-up equipment. Two 3-hour labs a week. W S (Evening) 230* Automotive Air Conditioning (2) Operation and servicing automotive air conditioning and truck refrigeration components. Two 2-hour lecture-lab combinations a week. A W 240. Theory of Internal Combustion Engines ,(2> New developments, construction, operation, science and theory of gas, diesel, and airplane engines. Demonstrations. For students with previous mechanical training. Two 2-hour lecture-lab combinations a week. S 250. Small Internal Combustion Engines (3) Theory, construction, maintenance and reconditioning of small two and four-cycle LC engines (lawn-garden equipment, recreation vehicles, power plants, etc.) Two lecture-labs a week. W S AUTOMOTIVE SERVICE (Example Only) Freshman Courses Credits Automotive 100, 110, 120 (lec.) 15 Automotive 101, 111, 121 (lab.) 15 English 108 3 Health Education 100 2 Machine Tool 127 3 Physical Education 1 Related Tech. Educ. 101 4 Engineering Graphics 115 2 Welding 165 2 47 Sophomore Courses Credits Automotive 200, 210, 220 (lec.) 15 Automotive 201, 211, 221 (lab.) 15 Automotive 150, 151, 230, 250 11 Physical Education 2 Distributive Education 120 1 48 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 general servicing and repair level. 196 Technology Diesel Service Students majoring in Diesel Service and completing the required course of study 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 wishes to continue and complete a bachelor of science degree must do so in Automotive Engineering Technology. He should make application with the department chairman so that an interview can be conducted to determine grade point average and a suitable course of study. 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 (5) Cooling, fuel injection, air starting valves, and temperature control. Five lectures. A 101. Diesel Engine Construction (5) Mechanical construction of all types of diesel engines. Five 3-hour labs a week. A 101E. Diesel Engine Construction (3) Mechanical construction and operation of two and four stroke cycle engines. Overhauling, measurement. testing, reconditioning, disassembly and reassembly. PM. One 3-hour lab a week. A (Evening) 110. Diesel Fuel Injection Systems (5) Fuel and types of injection systems. Five lectures. W 110E. Diesel Fuel Injection Systems (5) Theory, construction and operation. PM, serv-ing and trouble shooting. One 3-hour lab a week. W (Evening) 111. Diesel Maintenance Service (5) Repair service and general maintenance. Five 3-hour labs a week. W 120. Drive Mechanisms (5) Theory course. Transmission of motion through couplings from diesel power plants to main generators. Five lectures. S 121. Mechanical Drives (5) Transmission of motion from diesel power plants including transfer cases, transmissions and differential. Five 3-hour labs a week. S 121E. Mechanical Drives (3) Proper operation, service, testing and trouble shooting for clutches, drive-lines, differentials, final drives, transmissions (standard powershift and automatic). Over-the-road and off-highway. One 3-hour lab a week. S (Evening) 200. Diesel Engines for Trucks (5) Requirement's of diesel engines for trucks. Identification of engine parts, construction details. Fuel injection systems. Five lectures. A 201. Diesel Engines for Trucks (5) Lab for Diesel Service 200. Five 3-hour labs a week. A 210. Diesel Engines for Tractors (5) Features of construction, principles of operation. Five lectures. W 211. Diesel Engines for Tractors (5) Requirements, identification of parts, construction details, fuel injection systems, auxiliary gasoline starting engine. Five 3-hour labs a week. W 220. Diesel Power Service and Maintenance (5) Theory of brake horsepower, mechanical efficiency, scavenging efficiency, brake, specific fuel consumption, turbo-charged performance, exhaust turbocharger. Five lectures. S 221. Diesel Power Service and Maintenance (5) Pressure, speed and fuel measurements, gear-drive starters, electric starting motors, preventative maintenance and trouble shooting. Five 3-hour labs a week. S DIESEL SERVICE (Example Only) Freshman Courses Credits Diesel 100. 110, 120 (lec.) 15 Diesel 101, 111, 121 (lab.) 15 Health Education 100 2 Machine Tool 12" 3 Physical Education 1 Related Tech. Educ 101 4 Engineering Graphics 115 2 Welding 165 2 Electives 3 47 Sophomore Courses Credits Diesel 200. 210, 220 (lec.) 15 Diesel 201, 211, 221 (lab.) 15 Chemistry 101 5 Economics 101 5 English 100 3 Physical Education 2 Electives 3 48 DIESEL TECHNOLOGY The two-year curriculum prepares the student for employment as a diesel technician. Students majoring in Diesel Technology and completing the required course of study can obtain a certificate of completion. Certificates of skill proficiency 197 |
