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Course Criteria
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3.00 Credits
Logic gates and Boolean algebras. Fundamental building blocks: fl ip fl ops, counters, and registers. Logic expressions; minimizations. Digital arithmetic. See Math 350. Prereq: Math 245. (3 Credits)
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3.00 Credits
Methods for fi nding biological and biotechnological information. Online and hard copy methods with an emphasis on the use of various computer databases and the Internet. Prereq: Biol 201, Math 217. (3 Credits)
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3.00 Credits
Communication system hardware, organization, and structure. Detailed examination of various communication protocols and interfaces used in computer networks, including routing and route discovery algorithms. A computer use course. Prereq: Cst 246. (3 Credits)
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3.00 Credits
A practical examination of network topologies, protocols, and operating systems such as Windows and UNIX. The OSI 7 layer network model; packet switching, text compression, TCP/IP and fi le transfer protocols. Hands-on network lab experience. Prereq: Cst 246 or consent of instructor. (3 Credits)
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3.00 Credits
Foundations of radio-cellular communications including a variety of systems and techniques. Wireless architectures, spectrum management, channel capacity, and system interoperability. Prereq: Cst 246. (3 Credits)
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3.00 Credits
Introduction to programming at the system level. Programming methods and issues that are specifi c to working with the operating system. Topics include process, thread model, synchronous and asynchronous event handling, IPC, RPCs and sockets, and distributed applications. Course includes learning to program with JAVA in UNIX and Windows environments. A computer use course. Prereq: Cst 250 or Cst 365. (3 Credits)
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3.00 Credits
The Advanced Network Design course is designed to teach the student important knowledge and skills necessary in advanced routed networks. This course covers topics on IP Addressing, Routing Principles, confi guring RIP, IGRP, EIGRP, Open Shortest Path First, IS-IS and BGP routing protocols. The course teaches students scalable network design, network confi guration, maintenance, multicasting and route manipulation in a network. The focus is on routers connected in LANs and WANs typically found at medium-to-large network sites. Prereq: Cst 352. (3 Credits)
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3.00 Credits
The Switching course enables students to build scalable multilayer switched networks, to create and deploya global intranet, and how to implement basic troubleshooting techniques in environments that use swtches for client hosts and services. This course also teaches students how to improve traffi c fl ow, increase reliability and performance for LAN switching that is self-supported or transported via a service provider. The switched network will include IP data, IPC (voice), and WLAN (wireless) connectivity. The purpose of this course is to give the student an in-depth understanding of the theoretical explanations of multilayer switching. Prereq: Cst 352. (3 Credits)
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3.00 Credits
This course teaches students techniques to secure and expand the reach of the enterprise network to teleworkers and remote sites by focusing on securing remote access ad VPN client confi guraion. Topics include the hierarchical network model as it pertains to the WAN, teleworker confi guration and access, frame mode MPLS, site-to-site IPSEC VP, EZVPN and strategies that are used to mitigate netwok attacks, device hardening and IOS fi rewall features. Prereq: Cst 352. (3 Credits)
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3.00 Credits
The Optimizing Converged WANs course conveys the knowledge and skills for optimizing effective Quality of Service (QoS) techniques for converged networks. Materials include implementation of a VoIP, implementation of QoS on converged networks, specifi c IP QoS mechanisms for implementing the DiffServ QoS model, AutoQoS, wireless management and wireless security applications. Prereq: CST 352. (3 Credits)
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