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Show Technology The student who desires to continue on and complete a B. S. Degree in Automotive Engineering Technology must make application to the Department Chairman so an interview may be conducted to determine grade point average and a suitable course of study outlined. See Automotive Service for Courses of Instruction. AUTOMOTIVE SERVICE TECHNICIAN (Example Only) Freshman Course Title A W S Automotive 1 Chassis Suspension & Brakes 5 Automotive 2 Chassis Suspension & Brakes 5 Automotive 3 Automotive Engines 5 Automotive 4 Automotive Engines 5 Automotive 5 Automotive Driving Mechanisms 5 Automotive 6 Automotive Driving Mechanisms 5 English 1, 2 Freshman Composition 3 3 Physical Education Selected 1 1 1 Technical Education 6 Mechanical Drafting & Print Reading 2 Technical Education Applied Algebra, Applied 13, 14, 15 Algebra, Applied Trig .5 5 5 18 19 19 Sophomore Automotive 51 Fuel Systems 5 Automotive 52 Fuel Systems 5 Automotive 53 Automotive Electricity 5 Automotive 54 Automotive Electricity 5 Automotive 55 Tune-up 5 Automotive 56 Tune-up 5 Automotive 85 Automatic Transmission 3 Accounting 1, 2 Elementary Accounting 4 4 Economics 5 Principles of Economics 5 English 3 Freshman Composition 3 Health Education 1 Personal Health Problems 2 Physics 5 Introduction to Physics 5 19 19 18 Technology DATA PROCESSING Courses of Instruction A two-year technical program designed to qualify a student in Commercial Data Processing Applications and Computer Programming techniques. Those completing the program will graduate with an Associate of Science Degree or a Certificate of Completion. 1. Concepts of Electronic Data Processing—A general course designed to explore the history of electronic data processing, concepts of punched card equipment and electronic computers for commercial data processing applications. AWS (3). Adamson, Crittenden 13. Computer Programming 1—Basic computer programming concepts and development techniques. Laboratory development and problem solution using IBM Report Program Generator. Two lectures, one laboratory. Prerequisite: Data Processing 1 or permission of instructor. Laboratory. Prerequisite: Data Processing 1 or permission of instructor. W S (3). Adamson, Crittenden 15. Introduction to Data Processing Applications and Procedures—Concepts of Flow Charting and fundamentals of data flow as applied to commercial data processing applications. Pererquisite: Data Processing 1. Two lectures. W (2). Adamson, Crittenden 17. Computer Programming 2—Computer programming using the COBOL programming language. Prerequisite: Data Processing 1. Two lectures, one laboratory. S (3). Adamson, Crittenden, Jensen 19. Computer Architecture—Physical aspects of computer memories and storage devices, communication concepts and terminology, and capabilities of computer systems. Directed to the IBM 360 Computer System. Prerequisite: Data Processing 15. Four lectures. S (4). Adamson, Jensen 61. Computer Programming 3—Computer programming of commercial data processing applications. Sophisticated COBOL programming techniques. Prerequisite: Data Processing 17. Two lectures, one laboratory. A (3). Jensen, Crittenden 63. Operating Systems—Concepts, techniques and use of operating systems. Coding and maintenance of operating systems for computers with multi-processing capabilities. Prerequisite: Data Processing 19. Two lectures. A (2). Jensen, Crittenden 310 311 |