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Course Criteria
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4.00 Credits
This course introduces the students to JavaScript programming. Emphasis is placed on programming techniques as well as the basics of web languages. This is a hands-on course where students are introduced to the flow of control, classes, objects, and methods. Students will learn to program with classes and methods as well as work with streams and file I/O, arrays, recursion and applets. Students should be familiar with elementary word processing and Microsoft Windows file management techniques prior to enrolling in this class. Students will be required to complete computer-based assignments inside/ outside of class. Course/lab fees
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4.00 Credits
This course will focus on the fundamentals of database systems. Students will study the basics of database vs. file management systems; functions, components, and personnel involved in a database; database, client-server, and transaction processing architectures; and relational data models and operations. Students will also study business requirements analysis, perform data definition, manipulation, and queries using basic SQL, create forms and reports; and analyze macros, procedures and triggers. Concepts of database planning, design, and administration fundamentals, data warehousing, and data mining will be covered. Students will be required to complete computerbased assignments inside/outside of class. Course/lab fees
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4.00 Credits
Students will become familiar with cabling issues related to data and voice connections, media (copper and fiber) and transmissions practices, and cabling customer support. This course stresses documentation, design and installation issues, laboratory safety and on-the-job safety, as well as working effectively in group environments. Course/lab fees
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4.00 Credits
Equivalent to CIS 1630 (2003-2004) Students will explore the components of networks and network designs. Communications hardware and the interconnection of servers and clients within LANs and WANs will be presented. Network architectures, standards, protocols and access methods used within intranets and the Internet will be described. The functions of network operating systems such as Microsoft Windows Server, Unix, and Novell NetWare will be explored. Centralized computing, client/server and peer-to-peer environments, their services and their program-to-program communication protocols will be presented. Data security and system component protection will be studied. Students will be required to complete computerbased assignments inside/outside of class. Course/lab fees
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4.00 Credits
This course is the first of four courses training students on the topics tested in CCNA (Cisco Certified Network Associate) certificate. Topics include: the OSI model and industry standards, network topologies, internet protocol addressing, media control addressing, data encapsulation, classes of IP addresses and subnetting, subnet masking, networking components, and basic network design. Labs include: constructing CAT5 UTP patch and cross cables, mounting RJ-45 wall jacks, RJ-45 punch down on patch panels and wall jacks, determining a workstation's network settings, and constructing a simple network. Course/lab fees
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4.00 Credits
Prerequisites: CIS 1300 or CIS 1305 This course is the second of four courses training students on the topics tested in CCNA (Cisco Certified Network Associate) certificate. Topics include router elements, router configurations, managing router configuration files, routed and routing protocols, and RIP and IGRP routing protocols. Labs include: setup of a router and login through a console workstation, logging into a router in both the user and privileged mode, initiating the ICMP Ping command from a router console or workstation, using router commands of Show, CDP, trace, and show interface. Course/lab fees
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4.00 Credits
Prerequisites: CIS 1310 This course is the third of four courses training students on the topics tested in CCNA (Cisco Certified Network Associate) certificate. Topics include: LAN Switching, VLANs, LAN Design, IGRP, Access Lists, and IPX. In this course students design a local area network (LAN) for a largescale fictional high school.
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4.00 Credits
Prerequisites: CIS 1320 This is the fourth, of four courses, training students on the topics tested in CCNA (Cisco Certified Network Associate) certificate. Topics include: WAN and WAN Design, PPP, ISDN, and frame relay, along with the culmination of the threaded case study. In this course students design a wide area network (WAN) for a fictitious school system. This course also includes an extensive review of the previous three semesters in preparation for the CCNA examination. Course/lab fees
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4.00 Credits
Equivalent to CIS 1510 (2003-2004) Students should be familiar with the basics of both word processing and Microsoft Windows file management techniques before enrolling in this course. This course focuses on the fundamentals of Internet technologies and their applications. Standards, content creation and management, networking, and software tools used for creation of system components will be emphasized. Students will learn what Internet technologies and standards exist today and how they are used to develop distributed applications. Discussion will include the history of Internet development, Internet-specific networking, data management (e.g., XML), data presentation and formatting (e.g., XHTML), use of scripting and programming languages for software development, operation of system software (i.e., Web servers), and a survey of Web solutions found in various industries. Students will be required to complete computerbased assignments inside/outside of class. Course/lab fees
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4.00 Credits
Equivalent to CIS 1130 (2003-2004) Students should have elementary Algebra skills and be familiar with both elementary word processing and Microsoft Windows file management techniques prior to enrolling in this class. Students will be introduced to the fundamental techniques and syntax for understanding, designing, constructing, and testing object-oriented programs by studying the Java programming language. The structured programming basics of process, selection and iteration will be covered as well as primitive and complex data typing, methods, parameters and input/output. The basics of graphical user interface (GUI) programming such as event handling, windows and widgets will be introduced. Fundamental object-oriented concepts of classes, methods, abstraction, encapsulation and inheritance and incorporating an existing applet onto a web page will also be introduced. Students will be required to complete computer-based assignments inside/outside of class. Course/lab fees
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