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Show Technology — Date Processing Technology — Data Processing The following courses outside the Department of Data Processing are required of all Data Processing majors. Accounting 1, 2 Elementary Accounting Accounting 10 Managerial Accounting Math 21 College Algebra Journalism 126 Technical Writing One upper division statistics course (Psych. 181 suggested) In addition to the above the student must satisfy the college general education requirements. In doing this, it is suggested that the student take the following courses: Economics 5 & 6 Geography 1 Physics 5 Courses of Instruction A four-year technical program designed to qualify a student at the associate programmer level or as an associate systems analyst. Students completing the four-year program will also fill a minor requirement of their choice and the general education requirement. 1. Concepts of Electronic Data Processing—A general course designed to explore the history of data processing, concepts of data representation for machine handling, flowcharting and stored- program logic, data file manipulation, characteristics of machine- oriented and problem-oriented programming languages, and computer hardware and software features. Designed for the student having no prior data processing experience or training. Five lectures. A W S Su (5) Crittenden, Lewis 13. R.P.G. Programming—Basic computer programming concepts and development techniques. Program development and problem solution using IBM Report Program Generator. Oriented to commercial data processing problems. Two lectures, one laboratory. Prerequisite: Data Processing 1 or permission of instructor. W S (3) Crittenden, Lewis, Nicholas 17. Cobal Programming—Introduction to the COBAL programming language. Program development techniques oriented to commercial data processing problems. Prerequisite: Data Processing 1 or permission of instructor. Two lectures, one laboratory. S (3) Lewis, Nicholas 19. Computer Architecture—A fundamental course designed to explore the specific physical and functional characteristics of computer memories and storage devices, control units, arithmetic and logic units, and input/output devices. Topics include word- oriented and coincident addressable core storage, local storage and registers, read only storage, computer switches, instruction formats, machine cycles, automatic interrupt systems, program status words, Boolean circuitry and functional logic blocks, and communication channel concepts. Directed to the IBM System/360. Prerequisite: Data Processing 1, Four lectures. S (4) Lewis 62. FORTRAN Programming for Business—Application of the FORTRAN IV computer programming language for the solution of business problems using the computer. Prerequisites: Data Processing 1 and Math 14. A (3) Lewis 63. Operating Systems—An applied course in the concepts, techniques, and use of operating systems involving job management, task management, and data management for computers with multiprocessing capabilities. Topics include the function and organization of supervisors and monitors, assemblers and compilers, linkage editors, libraries, utilities and service programs; system generation; and job control language. Directed to the IBM System/360. Prerequisite: Data Processing 19 or permission of the instructor. Two lectures. A (2) Crittenden, Lewis 65. PL/1 Programming—Applied concepts of programming computers with the Pl/1 programming language. Prerequisite: Data Processing 1 or permission of instructor. Two lectures, one laboratory. W (3) Crittenden, Lewis 67. FORTRAN IV Programming for the Sciences—Applied concepts of scientific programming with the FORTRAN IV programming language. Prerequisite: Math 21. Two lectures. One laboratory. W (3) Crittenden 69. Systems Development and Design—Development and design concepts related to systems and procedure methods for commercial data processing. Topics include charting, methods of coding and condensing data, card and forms design and application design for commercial data processing systems. Three lectures. Prerequisite: Data 1 and a programming language class. W (3) Lewis, Nicholas 71. Introduction to Assembler Language Programming—Basic concepts of computer programming with the IBM 360 Assembler Language. Prerequisite: Data Processing 19. Two lectures, one laboratory. S (3) Crittenden 73. Management Control Procedures—Management proced ures and problems peculiar to the operation of a data processing 302 303 |
