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Course Criteria
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3.00 Credits
Presents the fundamentals of computer problem-solving techniques. Stresses flow-charting and algorithm development. Three hours of lecture / two hours of laboratory.
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3.00 Credits
The Windows Operating System for PCs is covered in depth. All aspects of file management are practiced with hands-on exercises. Security settings, as they relate to Internet use, are discussed. Also covered are changes to the Start Up Program, software installation, troubleshooting, and system default settings. The meaning of different file types among files, images, and software is explained. Command Line tasks are also addressed. Prerequisite: CSC* 101.
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3.00 Credits
Presents relational database concepts and organization. Students will learn to use SQL to query and change these databases and generate the output needed. Furthermore, students will design their own databases using one or more of the dominant relational databases, such as ACCESS or ORACLE. Three hours of lecture / two hours of laboratory.
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3.00 Credits
Introduces the COBOL programming language, its syntax, logic, and control structures. Elements of the language are taught through writing, debugging, and executing application programs related to business. Emphasizes structured programming, control of input, report generation, editing, calculations, control breaks, and decision-making. Uses accounting and business problems in laboratory assignments. Also uses a hands-on approach through which students have interactive control of entering COBOL programs, debugging, and generating end results. Three hours of lecture / two hours of laboratory. Prerequisite: CSC 110.
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3.00 Credits
Introduces advanced COBOL concepts, including table processing, data validation, sequential, indexed, and relative file processing; sub-program linkage; interactive processing; and copy libraries. Compares ANSI 74 and 85 COBOL processing and syntax. The laboratory portion involves table processing; data validation; sequential, indexed, and relative file processing and maintenance; sub-program linkage; interactive programming; and copy libraries. A hands-on approach is used through which students enter source code and test data, execute, test, and debug end results. Three hours of lecture / two hours of laboratory. Prerequisite: CSC* 201.
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3.00 Credits
Covers the benefits of on-line systems while concentrating on Visual Basic as the supportive software. Topics will be related to the operating environment, screen layouts and design, program components, input, output, file commands, and maintenance control. Using Visual Basic, students will build applications for the interactive control of file maintenance, including inquiry, adds, deletes, updates, and browse. Students have control of the complete cycle of program development. Three hours of lecture / two hours of laboratory. Prerequisite: CSC* 205.
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4.00 Credits
C Programming (CSC 128) 4 S.H. Introduces the basics of programming in C, emphasizing the development of programming tools, data structures, library functions, and bitwise operators. The laboratory portion provides laboratory exercises to reinforce the topics covered in the C programming language. Three hours of lecture / two hours of laboratory. Prerequisite: CSC* 101..
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4.00 Credits
C Programming (C 212) 4 S.H. Covers the techniques and applications of such advanced topics in the C language as searching and sorting using arrays, file processing, data structures, pointers, and random access to files. The laboratory portion gives the student the opportunity to implement programs using the new concepts learned in lecture. Prerequisite: CSC* 210 or CSC* 213. Three hours of lecture / two hours of laboratory.
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3.00 Credits
C++ ( CSC 160) 3 S.H. Introduces computer programming using C++. Each student will design, test, debug, and document several programs during the semester. Prerequisite: CSC* 110.
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3.00 Credits
Presents the fundamentals of Java programming as an object-oriented language. Topics include classes, objects, data structures, event handling, graphical user interfaces, control structures, and methods. Three hours of lecture / two hours of laboratory. Prerequisites: CSC 101 or 110 and CSC 104.
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