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Course Criteria
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3.00 - 12.00 Credits
3-12 semester hours (variable) This course is directed to criminal justice students who are undertaking an internship with a public agency or private firm. Planned program or research, observation, study, and work in selected criminal justice agencies supplements classroomstudy with constructive participation in the criminal justice system. The internship experience must be planned through student-instructor interviews before registration as provided under internship regulations. The objective of the course is to assist the intern and the participating agencies in getting the most out of the student learning experience. Students electing this option will need to complete a contract with the participating internship agency and a member of the criminal justice faculty. They will contract 48 clock hours for every 1 semester hour. Therefore, a student must contract for at least 144 hours and a maximum of 576 hours to complete this elective. A maximum of 3 semester hours of internship count towards the criminal justice major electives, with any remaining semester hours counting toward the 120 total semester hours required for graduation Prerequisite: CRJ4800 or consent of instructor.
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3.00 Credits
3 semester hours Introduction to the field of computer science and the use of computers in society for the person who has little previous experience in computing. The course will provide an overview of computers, computer systems and skills in the use of application software. Microcomputer laboratory sessions will provide practice in the use of an operating system, word processing, presentation graphics, web browser, spreadsheet and database software. No prerequisites.
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4.00 Credits
4 semester hours An introduction to computer programming using an object-oriented programming language. Decision structures, looping structures, simple graphics, graphical user interfaces, and arrays are introduced. The creation of object-oriented programs using methods and multiple classes is emphasized. Programming is required. Prerequisite: MTH1100.
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4.00 Credits
4 semester hours Continuation of Computer Science I. Data structures such as stacks, queues, lists, and binary trees are introduced and implemented. Algorithms for their manipulation are studied. A comparison of sorting and searching techniques is included. Extensive programming is required. Prerequisites: MTH1100, CSC1500.
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4.00 Credits
4 semester hours The movement, processing and communication of electronic-based and natural information are an integral part of our current world. Computational science provides students for a path of lifelong learning by providing the fundamental knowledge and the behavior associated with these processes. An active laboratory component is included where fundamental digital circuits will be built, and through application of the scientific method, data collected, behavior analyzed and conclusions evaluated. Includes laboratory component. No prerequisites. Meets General Education "Observation of Our Natural World" requirement.
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4.00 Credits
4 semester hours Mathematical topics fundamental to the computer science curriculum. The topics covered include number systems, logic, sets and functions, matrices, relations, graphs, combinatorics, probability and Boolean Algebra. Prerequisites: MTH1100, co-registration in CSC1500.
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4.00 Credits
4 semester hours The fundamentals of programming in Visual Basic are covered including an introduction to objects, events, graphics and databases. Visual and graphic techniques, program design and program debugging are emphasized. Extensive programming is required. Prerequisite: CSC1500.
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4.00 Credits
4 semester hours A study of the mechanics of information transfer and control within classical general- purpose digital computer systems and of the organization and structure of such computers' major components. Topics include: computer subsystems, basic circuit and logic design, arithmetic and control functions, addressing, instruction sets and formats, and microprogramming. Prerequisites: CSC1600, CSC2600.
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4.00 Credits
4 semester hours The fundamentals of programming in scripting languages are developed and used to move data and visual information through the Internet. The course includes integrating scripting languages with HTML to create Web sites using Internet programming techniques. Extensive programming is required. Prerequisite: CSC1500.
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4.00 Credits
4 semester hours Fundamentals of microcomputer systems and applications. The design of microprocessors is explored from a user's view and related to current microcomputer hardware and software design. Graphical user interface, memory management, and basic programmable logic control to external devices are explored. Prerequisites: CSC1600, CSC2600.
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