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Show Technology — Auto Body ing of flat rate and service manuals. Technical problems in checking and alignment of body and frame. Windshield replacement. Five lectures. S (5) 121. Auto Body Repair—Training in the replacement of sheet metal parts such as tops and repair quarter panels, front end collision repair, windshield replacement and a continuation of Auto Body 111. Five 3-hour laboratories a week S (5) 200. Auto Body—Theory door adjustments, outer door panel replacement, window replacement. Checking and correcting wind, water and dust leaks. Heating, ventilation and electrical systems, power windows and windshield wipers. Fiberglass body repairs and introduction to Arc Welding. Five lectures. A (5) 201. Auto Body—Training in technique of door repairs, lubricating body mechanisms, electrical repairs. Repair of the fiberglass body and continuation of Auto Body 121. Five 3-hour laboratories a week. A (5) 210. Principles and Practice of Construction—Theoiy in alignment and straightening problems pertaining to the automobile chassis including frames, axles and springs; also, theory and operation of front wheel suspension steering gear, drive shafts and brakes. Five lectures. W (5) 211. Principles and Practice of Construction—Aligning, straightening problems pertaining to the automobile chassis including frame, axles and springs; also, theory and operation of front wheel suspension, steering gear, drive shafts and brakes. Five 3-hour laboratories a week. W (5) 220. Auto Trim and Upholstering—Theory in repairing, cleaning and replacement of auto body trim, including head liners and seat cushions. A review of customer relations, bidding and repair techniques. Planning a shop and shop location. The employer's problems and overhead. Five lectures. S (5) 221. Auto Trim and Upholstery—Practice in the repair and replacement of the auto body trim, headlinings, trim pads, wind lace, seat cushions, and repair of seat mechanisms. Applying simulated wood grain and brush graining. Stripping, lettering and stencil work. Continuation of Auto Body 201, 211. Five 3-hour laboratories a week. S (5) Technology — Automotive Engineering Technology Auto Body (Example Only) Freshman Credits 15 Courses Auto Body 100, 110, 120 dec.) Auto Body 101, 111, 121 (lab.) 15 Health Education 100 2 Machine Tool 127 - 3 Physical Education 2 Related Tech. Educ. 101 4 Engineering Graphics 115 2 Welding 165 2 Elective 3 48 220 Credits 15 Sophomore Courses Auto Body 200, 210 (lee.) Auto Body 201, 211, 221 (lab.) .. 15 Automotive Service 140 3 Economics 101 5 English 108 3 Physical Education 1 Electives 6 48 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: 286 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. Along with completing the General Education Requirements and Specific Course Requirements the following classes make up the Automotive Core and are required to receive a bachelor of science degree in either Automotive Engineering Technology or Automotive Technology. These classes must be passed with a grade of "C" or better: 287 |