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Show Technology — Automotive Engineering Technology AUTOMOTIVE ENGINEERING TECHNOLOGY AND AUTOMOTIVE TECHNOLOGY PROGRAMS The Automotive Engineering Technology curriculum provides applied and theoretical sciences and practical skills to enable students to move into technical positions in automotive and related fields. Two options are offered: Technology — Automotive Engineering Technology Option #1 If you plan to graduate with a bachelor of science degree in Automotive Engineering Technology, you must complete the following classes in addition to those listed in the Automotive core: Physics 113 4 Eng. Graphics 144 4 Data Proc. 260 3 IET 330 5 Communication 326 3 IET 332 5 1. The Automotive Engineering Technology option, composed of essential engineering, scientific and technical knowledge, prepares the student to perform in service research, product improvement, and general manufacturing. 2. Automotive Technology option, composed of basic automotive skills, technical knowledge, and management principles, prepares the student to perform in management positions in automotive fields or in related fields Option #2 If you plan to graduate with a bachelor of science degree in Automotive Technology, you must complete the following classes in addition to those listed in the Automotive core: Accounting Economics 201 4 Management 301 3 101 4 Management 13 (selected upper division) COURSES OF INSTRUCTION 100. Brakes and Suspension Systems—Theory, operation, application and maintenance of suspension and brake systems Along with completing the General Education Require-of passenger cars, over-the-road vehicles, and off highway ve- ments and Specific Course Requirements the following classes hides. Three lectures and three 3-hour laboratories a week. make up the Automotive Core and are required to receive i^ (g) bachelor of science degree in either Automotive Engineering . . . m,"'.. . , , _, . . . . ,. _ , , mv,„„ „i„„j,„„ rv,„0+ vw HO- Driving Mechanisms—The theory, maintenance and Technology or Automotive Technology. These classes must be . . * •'.' . . , .,, j j- «^.» i. u principles of operation of clutches, transmissions, drive lines, passed with a grade of "C or better: f: . . K ,.„, ,. ., ... . , ' , . U-jomts, differentials and drive axles in automotive and prime mover applications. Three lectures and three 3-hour laboratories a week. A (6) 120. Internal Combustion Engines—Theory, operation, application and maintenance (both preventative and overhaul) of automotive, over-the-road and off highway IC engines. Three lectures and three 3-hour laboratories a week. S (6) 200. Electrical Systems—Fundamentals of electricity as it pertains to automotive applications such as batteries, starting, charging, ignition, lighting, and related systems. Theory, operation, testing, diagnosing and proper maintenance procedures. Three lectures and three 3-hour laboratories a week. Prerequisite: Automotive Engineering Technology 120. A (6) 210. Fuel Systems—Carburetion and fuel injection systems on gas and diesel IC engines. Theory, operation application and AET 100 6 AET 110 6 AET 120 6 AET 200 6 AET 210 6 AET 220 6 AET 300 3 AET 310 3 AET 320 3 AET 330 3 AET 400 3 AET 410 3 AET 499 3 EET 341 5 EET 343 3 EET 343 3 IET 334 3 IET 472 3 MET 450 4 Tech. Ed. 114 5 Tech. Ed 115 5 Tech. Ed. 117 5 Tech. Ed. 118 5 '"Chemistry 101 5 *Physics 111 4 "Physics 112 4 Eng. Graphics 115 2 Mach. Tool 127 3 Welding 365 2 316 317 |
