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Course Criteria
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3.00 Credits
(Formerly IS 217, Visual Basic Programming) Students will gain an understanding of fundamental Visual Basic programming concepts. This will include how Visual Basic's programming environment operates as well as its application language. Concepts covered include window form development, programming controls and how to access databases using the Visual Basic language. Prerequisite: CSC*105 (Formerly IS 105).
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3.00 Credits
(Formerly IS 214) C Programming provides special problem solving and program design capabilities in a wide range of programming environments. This course emphasizes the characteristics which distinguish C from other programming languages. Students will use the modular programming techniques, documentation within C code, pointers, memory management, and libraries and files. Prerequisite: CSC*105 (Formerly IS 105).
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3.00 Credits
(Formerly IS 219) The course covers important data structures used throughout the computer science field, including linked lists, stacks, queues, trees, binary trees, hash tables, and B-trees. Other topics include recursion, sorting, searching, and the general topic of data abstraction. The focus is on writing cohesive, general purpose, reusable library functions to implement these data structures. Prerequisite: CSC*210 (Formerly IS 214) or C programming experience.
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3.00 Credits
(Formerly IS 218, JAVA) JAVA is an object oriented programming language that provides unique capabilities for dealing with multitasking, graphics, networks, and the World Wide Web, as well as excellent design and problem solving capabilities for general programming tasks. This course will emphasize code reusability and object oriented programming techniques in the JAVA language. Students will use the Sun Microsystems JAVA classes and the Application Programming Interface to build Web applets and stand alone applications. Prerequisite: CSC*105 (Formerly IS 105) or permission of instructor.
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3.00 Credits
(Formerly IS 213, Database Programming) This course uses a DATABASE application software package. The software will be used to construct useful databases for the daily tasks performed by business professionals. Using hands on approach, the student will learn how to store and retrieve records, devise search strategies, and to produce data structures and programming techniques necessary to solving problems. Prerequisite: CSC*105 (Formerly IS 105).
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3.00 Credits
(Formerly IS 209, Systems Analysis and Development) This course will introduce the student to the system development life cycle. The student will learn the necessary skills to evaluate and analyze existing and new information technology systems. Documentation will be emphasized and both verbal and written communications will be implemented. Topics covered will be gathering data, analyzing data, evaluating both software and hardware specifications, and selecting whether to buy or develop application software. Prerequisite: CSC*105 (Formerly IS 105).
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3.00 Credits
(Formerly IS 210, Internship) This course will give the student the opportunity to apply the concepts and skills acquired in the Information Systems Program in an on the job experience at a designated business. The student will be required to attend a specific number of classes during the semester to incorporate system analysis concepts as well as communication techniques. Prerequisite: All I.S. required courses and permission of instructor.
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3.00 Credits
(Formerly IS 148, Operating Systems) This course is intended to provide the student with a more advanced knowledge of computer hardware and Operating Systems. Students will learn how to use Windows' advanced features, and how the operating systems interact with hardware both locally and on a network. Topics covered include how to work with computer networks, major components of computer hardware, data back-up, and windows customization.
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3.00 Credits
(Formerly IS 220) The course covers the engineering of voice technologies. Topics include: voice compression methods, understanding the H.323 protocol, voice over frame-relay, voice over ATM, and voice over IP. The MxCC lab will be used to design and build a voice over IP network. Prerequisite: CST*231 (Formerly IS 216).
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3.00 Credits
(Formerly IS 216, Computer Networking) This course is designed for the advanced Information Systems student. The course outlines interconnecting computers using communication networks. The seven layer ISO Reference framework; physical layer standards, data link protocols, repeaters, bridges, routers, local area networks, wide area networks, and network configurations will be discussed. Prerequisites: CST*120 (Formerly IS 148) and at least one programming language.
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