Technology — Automotive Engineering Technology Technology — Automotive Engineering Technology A two-year Pre-Engineering program is also offered within the School. Data Processing and Electronic Engineering Technology are offered as minors in the School. The Institute of Trade-Technical Education provides an extensive offering in one-year and two-year trade and two-year technician programs. Every effort is made to meet the manpower training needs of the community and the state. DEPARTMENT OF AUTOMOTIVE ENGINEERING TECHNOLOGY John A. Gaz, Chairman Associate Professor, John A. Gaz; Assistant Professors, Blaine M. Hartog, Bennion L. Tueller; Instructors, Ralph A. Anderson, Jay A. Davis. 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: 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. Students completing any of the following programs may apply to enter Automotive Engineering Technology or Automotive Technology: Automotive Service, Automotive Technology (2 year), Diesel Technology and Diesel Service. Transfer students with training in comparable programs may apply for admission to Automotive Engineering or Automotive Technology. Departmental Major—The following courses are required for the departmental major, in addition to the specific area requirements and general education requirements. These courses must be passed with a grade of "C" or better. 264 Bachelor of Science Degree (Engineering Technology)— Automotive Engineering Technology 100, 110, 120, 200, 210, 220, 300, 310, 320, 330, 400, 410, 499; Chemistry 111; Data Processing 260; Electronics Engineering Technology 341, 343; Engineering Drawing 101, 102, 103; Industrial Engineering Technology 330, 332, 334, 342, 344, 472; Communication 326; Machine Tool 127; Manufacturing Engineering Technology 450, 456; Physics 111, 112, 113; Related Technical Education 114, 115, 117, 118; Welding 165. Bachelor of Science Degree (Technology)—Automotive Engineering Technology 100, 110, 120, 200, 210, 220, 300, 310, 320, 330, 400, 410, 499; Accounting 201, 202, 310; Chemistry 101; Data Processing 260; Economics 101, 102; Electronic Engineering Technology 341, 343; Industrial Engineering Technology 342; Communication 232; Machine Tool 127; Management 301, 320, 330, 364, 470; Manufacturing Engineering Technology 450; Physics 101; Related Technical Education 114, 115,117; Welding 165. Courses of Instruction 100. Brakes and Suspension Systems—Theory, operation, application and maintenance of suspension and brake systems of passenger cars, over-the-road vehicles, and off highway vehicles. Three lectures and three, three-hour laboratories a week. A (6) 110. Driving Mechanisms—Clutches, transmissions, drive lines, U-joints, differentials and drive axles in automotive and prime-mover applications. The principles of operation and maintenance. Three lectures and three, three-hour laboratories a week. W (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, three-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. Operation, testing, diagnosing and proper maintenance procedures. Three lectures and three, three-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 maintenance of these systems. Three lectures and three, three- 265