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=About Computer Networking Technology=
=About Computer Networking Technology=
Courses in Computer and Network Technology provide comprehensive, in-depth knowledge and skills to design, manage, secure and troubleshoot network systems. Topics range from setting up a networked computer for an individual user to understanding how to securely manage a remote server located in another part of the world. Courses can be taken to enhance professional knowledge in a particular technology such as security, wireless or IP telephony as well as to prepare for a career in the ?eld by completing a two-year degree.  In addition, all course objectives are aligned with related industry certi?cation exams. Courses are described below.


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Courses in Computer and Network Technology provide comprehensive, in-depth knowledge and skills to design, manage, secure and troubleshoot network systems. Topics range from setting up a networked computer for an individual user to understanding how to securely manage a remote server located in another part of the world. Courses can be taken to enhance professional knowledge in a particular technology such as security, wireless or IP telephony as well as to prepare for a career in the field by completing a two-year degree.  In addition, all course objectives are aligned with related industry certification exams. Courses are described below.


=General CNT=
=General CNT=
==CNT 1000 IT Career Success Skills and Strategies==
==CNT 2000 IT Career Success Skills and Strategies==
2 credits; 2 classroom hours/week; 0 lab hours/week  
2 credits; 2 classroom hours a week.
Prepares information technology (IT) students to enter the IT job market or successfully transition into a new career in the IT field. Students will learn effective IT job search skills as well as strategies that will serve to enhance their IT careers once they have obtained employment.


==CNT 2189 Internship Information Technology==
IT Career Success prepares students to enter the IT job market or to successfully transition into a new career in the IT field. Students will learn strategies that will help enhance their IT careers. Some of the things topics covered in this class are resumes, E-portfolio, Job Search Resources and career networking.
2-4 credits; hours arranged
Provides a supervised work experience utilizing and extending the skills learned in CNT networking and security courses. The experience is intended to result in new learning and increased capabilities for the intern and the completion of authentic work for the sponsoring organization. Internships may be arranged for 2, 3, or 4 credits upon the mutual agreement of the student, instructor and sponsoring organization. Placement depends on student qualifications and a successful interview for a particular position. Interns are required to abide by all policies governing employees and meet expectations of regular employment. Prereq: Permission of instructor, available position, and approval of sponsor.


==CNT 2300 PC Hardware and Software (A+)==
==CNT 2189 Computer Network Technology Internship==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 0 classrom hours a week, 6 lab hours a week
Presents an in-depth exposure to computer hardware and operating systems. Students learn the functionality of hardware and software components as well as suggested best practices in maintenance and safety issues. Students learn how to assemble and configure a computer, install operating systems and software, and troubleshoot hardware and software problems. This course helps students prepare for CompTIA's A+ certification exam, which covers the knowledge and skills essential for becoming a successful  
 
computer technician.
Prereq: Permission of instructor, available position, and approval of sponsor.
 
Provides a supervised work experience utilizing and extending the skills learned in CNT networking and security courses.  The experience is intended to result in new learning and increased capabilities for the intern and the completion of authentic work for the sponsoring organization.  Internships may be arranged  upon the mutual agreement of the student, instructor and sponsoring organization.  Internship depends on student qualifications and a successful interview for a particular position.  Interns are required to abide by all policies governing employees and meet expectations of regular employment. The objective of this course is to apply classroom-based learning to the real world job enviornment. Also to develop a learning plan based on the rules and duties of the defined position.
 
 
==CNT 2300 PC Hardware & Software (A+)==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Presents an in-depth exposure to computer hardware and operating systems. Students learn the functionality of hardware and software components as well as suggested best practices in maintenance and safety issues. Students learn how to assemble and configure a computer, install operating systems and software, and troubleshoot hardware and software problems. This course helps students prepare for CompTIA's A+ certification exam, which covers the knowledge and skills essential for becoming a successful computer technician.


=Operating Systems=
=Operating Systems=
==CNT 2311 Administering Linux Operating Systems==
==CNT 2311 Administering Linux Operating Systems==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Provides basic installation, operation, security, troubleshooting and basic Linux hardware services for the Linux operating system on workstations and servers. This course helps students prepare for CompTIA’s Linux+ certification exam, which covers the knowledge and skills essential for becoming a successful Linux administrator.  
 
Prereq: CNT 2300 or Comp TIA A+ industry certification
 
Covers the basic installation, configuration and maintenance of Linux systems including X Windows. A major focus of this course is learning the Linux command line interface for system administration tasks. This course helps students prepare for CompTIA's Linux+ certification or the Linux Professional Institute's LPIC-1 certification, which cover the knowledge and skills essential for becoming a successful Linux administrator.
 
==CNT 2451 Windows Operating Systems In The Enterprise==
3 credits: 2 classroom hours a week, 2 lecture hours a week
 
Prereq: CIS1400 or  MTA Operating Systems Fundamentals Certification
 
Covers the features and procedures to deploy, support and troubleshoot the current dominant version of MS Windows desktop operating system in the enterprise environment.  Students will develop awareness of the issues and specifications needed to effectively plan, implement and manage deployment of the current operating system in the enterprise enviroment. Students taking this course are expected to have fluency in using the Microsoft Windows computer operating systems prior to beginning the course.
 
Course Note: The prerequisite for this course will be waived upon proof of passing an operating systems fundamentals examination, contact instructor for details.
 
==CNT 2452 Windows OS And Application Support==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2300, CNT2451
 
Provides in-depth study of Installing Windows;Customizing and Configuring Windows; Installing, Configuring, and Troubleshooting Devices; Configuring Windows Security; Configuring Networking; Troubleshooting and Repairing Networking; Troubleshooting and Repairing Windows; all the functions and features of installing, configuring, and maintaining Microsoft Office on the Windows operating system such as configuring Internet Explorer and Outlook; resolving issues related to customizing and personalizing Office Applications; identifying and troubleshooting network problems; configuring Office security settings; and monitoring security vulnerabilities and updates. This course provides detailed activities that let you experience firsthand the processes involved in desktop support.
 
==CNT 2453 Windows Server Network Infrastructure==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2300, CNT2451, CNT2510
 
Explores Windows Server networking and helps the student prepare for the MCTS/MCITP Exam for Windows Server Network Infrastructure. The course focuses on configuring, managing, and troubleshooting networking features and services in a Windows Server environment.


==CNT 2451 Windows Operating Systems==
==CNT 2454 Windows Server Directory Services==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Covers the features and procedures to deploy, support and troubleshoot the current dominant version of MS Windows desktop operating system in a variety of stand‐alone and network operating system environments. Students will develop awareness of the issues and specifications needed to effectively plan, implement and manage deployment of the current operating system.


==CNT 2452 Windows OS and Application Support==
Prereq: CNT2300, CNT2451, CNT2510
3 credits; 2 classroom hours/week; 2 lab hours/week  
Provides in‐depth study of Installing Windows; Customizing and Configuring Windows; Installing, Configuring, and 
Troubleshooting Devices; Configuring Windows Security; Configuring Networking; Troubleshooting and Repairing 
Networking; Troubleshooting and Repairing Windows; all the functions and features of installing, configuring, and 
maintaining Microsoft Office on the Windows operating system such as configuring Internet Explorer and Outlook; 
resolving issues related to customizing and personalizing Office Applications; identifying and troubleshooting 
network problems; configuring Office security settings; and monitoring security vulnerabilities and updates. This 
course provides detailed activities that let you experience firsthand the processes involved in desktop support. 
Prereq: CNT 2300, CNT 2451.


==CNT 2453 Windows Server Network Infrastructure==
Prepares student to develop the skills needed to manage a Windows Server system and to prepare to pass the MCTS certification exam. While the focus of topics is on the configuration of Active Directory and related services, coverage of Windows foundational topics such as the file system and networking are also included. Extensive coverage begins with an introduction to Windows Server and goes on to active directory design, account management, group policy management and configuration, certificate services, AD LDS, AD RMS, AD FS, server core, Windows Hyper-V virtualization, and server management.
3 credits; 2 classroom hours/week; 2 lab hours/week  
Explores Windows Server networking and helps the student prepare for the MCTS/MCITP Exam for Windows 
Server Network Infrastructure. The course focuses on configuring, managing, and troubleshooting networking 
features and services in a Windows Server environment. Prereq: CNT 2300, CNT 2451, CNT 2510.


==CNT 2454 Windows Server Directory Services==
==CNT 2455 Windows Server Administration==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Prepares student to develop the skills needed to manage a Windows Server system and to prepare to pass the 
MCTS certification exam. While the focus of topics is on the configuration of Active Directory and related services, 
coverage of Windows foundational topics such as the file system and networking are also included. Extensive 
coverage begins with an introduction to Windows Server and goes on to active directory design, account 
management, group policy management and configuration, certificate services, AD LDS, AD RMS, AD FS, server 
core, Windows Hyper‐V virtualization, and server management. Prereq: CNT 2300, CNT 2451, CNT 2510.


==CNT 2455 Windows Server Administration==
Prereq: CNT2300, CNT2451, CNT2510
3 credits; 2 classroom hours/week; 2 lab hours/week  
 
Prepares the student to design, deploy and manage the infrastructure, Web, and IT application servers. As a Server 
Prepares the student to design, deploy and manage the infrastructure, Web, and IT application servers. As a Server Administrator, you will understand how to manage the server operating system, file and directory services, distribute software, patches, and updates, profile and monitor assigned servers, and troubleshoot.
Administrator, you will understand how to manage the server operating system, file and directory services, 
distribute software, patches, and updates, profile and monitor assigned servers, and troubleshoot. Prereq: CNT 
2300, CNT 2451, CNT 2510.


=Networking=
=Networking=
==CNT 2510 Networking Essentials==
==CNT 2510 Network Fundamentals (CCNA1)==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Introduces students to the overall technology and design of networks. The course focuses on network terminology and protocols, local-area networks (LANs), wide-area networks (WANs), Open System Interconnection (OSI) models, cabling, cabling tools, routers, router programming, Ethernet, Internet Protocol (IP) addressing, and network standards. Networking Essentials is the first of the four courses leading to the Cisco Certified Network Associate (CCNA) designation. This course is equivalent to CS 1104, and either, but not both courses will apply toward degree requirements at Inver Hills. Prereq: Experience with computer operating system and Internet browser.
 
Prereq: CIS1400 or MTA Operating Fundamentals Certification
 
Introduces students to the overall technology and design of networks. The course covers network terminology and protocols, models for describing network communication, an introduction to network devices, and network standards. The course also has a significant focus on Internet Protocol (IP) addressing and subnetting. Network Fundamentals is the first in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification. Students taking this course are expected to have fluency in computer operating systems and an understanding of computer hardware and basic networking prior to beginning the course.
 
Course Note: The prerequisite for this course will be waived upon proof of passing an operating systems fundamentals examination, contact instructor for details.
 
==CNT 2520 Routing Protocols and Concepts (CCNA2)==
3 credits, 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2510
 
Focuses on router configuration, router management, routing protocol configuration, TCP/IP, and access control lists (ACLs). Students will learn about the advantages and disadvantages of routing methods and protocols including static routing, RIP, RIPv2, EIGRP, and OSPF. Routing Protocols and Concepts is the second in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification.
 
==CNT 2530 LAN Switching and Wireless (CCNA3)==
3 credits, 2 classroom hours a week, 2 lecture hours a week.
 
Prereq:CNT2520
 
Covers basic design, configuration and troubleshooting of enterprise switched local area networks. This course focuses on developing a better understanding of the design and implementation of switched LANs, particularly the implementation of virtual local area networks (VLANs) and the related concepts of inter-VLAN routing and basic wireless networking. LAN Switching and Wireless is the third in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification.
 
==CNT 2540 Accessing the WAN (CCNA4)==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2530
 
Develops knowledge and skills in the areas of advanced IP addressing techniques (Network Address Translation [NAT], Port Address Translation [PAT], DHCP, and IPv6), WAN technology and terminology, PPP, Frame Relay, VPNs, network management, and troubleshooting. Particular emphasis is given to students being able to demonstrate the ability to apply knowledge from CCNA 1, CCNA 2, and CCNA 3 to a network and to be able to explain how and why a particular strategy is employed as well as troubleshoot problems with the network. In addition, the student will prepare for taking the CCNA Exam. Accessing the WAN is the final course in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification.
 
==CNT 2612 CCNP1 Network Switching==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2540 or CCNA Certification
 
Develops advanced knowledge and skills in building enterprise level switched networks. This is the first of three courses designed to provide students with the knowledge and skills that correlate with the Cisco Certified Network Professional examination.
 
==CNT 2622 CCNP2 Networking Routing==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2612


==CNT 2520 Network Routers and Routing Fundamentals==
Develops advanced knowledge and skills in building enterprise level routed networks and applications. This is the second of three courses designed to provide students with the knowledge and skills that correlate with the Cisco Certified Network Professional examination.
3 credits; 2 classroom hours/week; 2 lab hours/week
Focuses on initial router configuration, Cisco IOS Software management, routing protocol configuration, TCP/IP, and access control lists (ACLs). Students will develop skills on how to configure a router, managing Cisco IOS Software, configuring routing protocol on routers, and set the access lists to control the access to routers. Network Routers and Routing Fundamentals is the second of four CCNA courses leading to the Cisco Certified Network Associate (CCNA) designation. Prereq: CNT 2510 or CS 1104, or equivalent experience in networking.


==CNT 2530 Switching Fundamentals and Intermediate Routing==
==CNT 2632 CCNP3 Network Troubleshooting==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Covers concepts and skills in advanced IP addressing techniques (Variable Length Subnet Masking [VLSM]), intermediate routing protocols (RIP v2, single-area OSPF, EIGRP), command-line interface configuration of switches, Ethernet switching, Virtual LANs (VLANs), Spanning Tree Protocol (STP), and VLAN Trunking Protocol (VTP). Particular emphasis is given to students being able to demonstrate the ability to apply competencies from CCNA 1 and 2 to a network and be able to explain how and why a particular strategy is employed. Switching Fundamentals and Intermediate Routing is the third of four courses leading to the Cisco Certified Network Associate (CCNA) designation. Prereq: CNT 2520.


==CNT 2540 Wide Area Network Technologies==
Prereq: CNT2622
3 credits; 2 classroom hours/week; 2 lab hours/week
Develops knowledge and skills in the areas of advanced IP addressing techniques (Network Address Translation [NAT], Port Address Translation [PAT], and DHCP), WAN technology and terminology, PPP, ISDN, DDR, Frame Relay, network management, and introduction to optical networking. Particular emphasis is given to students being able to demonstrate the ability to apply knowledge from CCNA 1, CCNA 2, and CCNA 3 to a network and to be able to explain how and why a particular strategy is employed. In addition, the student will prepare for taking the CCNA Exam. Wide Area Network Technologies is the last of four courses leading to the Cisco Certified Network Associate (CCNA) designation. Prereq: CNT 2530.


==CNT 2612 CCNP 1 Network Switching==
Prepares students to conduct advanced-level network diagnosis and corrective action. Combines previous knowledge and skills with proven troubleshooting methodology, tools and processes designed to quickly and accurately determine performance issues and corresponding remedies. Course also covers administrative and documentation issues related to network performance and troubleshooting.  This is the last of three courses designed to provide students with the knowledge and skills that correlate with the Cisco Certified Network Professional examination.
3 credits; 2 classroom hours/week; 2 lab hours/week  
Develops advanced knowledge and skills in building enterprise level switched networks. This is the first of three 
courses designed to provide students with the knowledge and skills that correlate with the Cisco Certified Network 
Professional examination. Prereq: CNT 2540 or CCNA Certification.


==CNT 2622 CCNP 2 Network Routing==
==CNT 2710 Wireless LAN Technology (CCNA Wireless)==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Develops advanced knowledge and skills in building enterprise level routed networks and applications. This is the 
second of three courses designed to provide students with the knowledge and skills that correlate with the Cisco 
Certified Network Professional examination. Prereq: CNT 2612.


==CNT 2632 CCNP 3 Network Troubleshooting==
Prereq: CNT2520
3 credits; 2 classroom hours/week; 2 lab hours/week  
Prepares students to conduct advanced‐level network diagnosis and corrective action. Combines previous 
knowledge and skills with proven troubleshooting methodology, tools and processes designed to quickly and 
accurately determine performance issues and corresponding 
remedies. Course also covers administrative and documentation issues related to network performance and 
troubleshooting. This is the last of three courses designed to provide students with the knowledge and skills that 
correlate with the Cisco Certified Network Professional examination. Prereq: CNT 2622.


==CNT 2710 Wireless LAN Technology==
Provides a comprehensive overview of the design, planning, implementation, operation and troubleshooting of Wireless LANs. Includes theoretical foundations of the technology as well as implementation of wireless technology in various application contexts. Special emphasis is given to security and best practices within an existing local area network.
3 credits; 2 classroom hours/week; 2 lab hours/week
Provides a comprehensive overview of the design, planning, implementation, operation and troubleshooting of Wireless LANs. Includes theoretical foundations of the technology as well as implementation of wireless technology in various application contexts. Special emphasis is given to security and best practices within an existing local area network. Prereq: CNT 2520 Router Configuration.


=IP Telephony=
=IP Telephony=
==CNT 2722 Building the Foundation to IP Telephony==
==CNT 2722 Fundamentals of Voice Over IP==
3 credits; 3 classroom hours/week; 0 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Applies the core principles of voice and data technology as they integrate with IP Telephony architecture. Topics included in this course will be modifying the LAN, MAN, and WAN to accommodate IP Telephony and translating the various layers in the OSI model. Quality of Service (QOS) will be described as well as cabling issues for IP Telephony in the enterprise. Prereq: CNT 2720.
 
Prereq: CNT2530
 
Introduction to features and implementation of voice over IP technologies. Concepts covered include traditional enterprise telephony, modifications to the data network for supporing voice including QoS, VoIP signalling and encoding, basic VoIP configuration and troubleshooting VoIP systems for the small to medium-sized business.
 
==CNT 2725 Quality of Service (QoS)==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2722
 
Covers the design and implementation of a quality of service structure to prioritize voice and data applications across the network. In addition, students will properly configure the LAN and WAN architectures to support voice, video, and data convergence in the enterprise network.
 
==CNT 2726 Cisco IP Telephony Intergration (Part 1)==
3 credits; 3 lecture hours a week.
 
Prereq: CNT2725
 
Introduces students to the building and configuration of CISCO IP Telephony infrastructure.  Cisco Call Manager and Call Manager Express will be utilized and each of these voice exchange systems will be configured and time will be spent determining when to best utilize each system in different situations.  
 
==CNT 2728 Cisco IP Telephony Intergration (Part 2)==
3 credits; 3 lecture hours a week.


==CNT 2726 Cisco IP Telephony Integration (Part I)==
Prereq: CNT2726
3 credits; 3 classroom hours/week; 0 lab hours/week
Introduces students to the building and configuration of CISCO IP Telephony infrastructure. Cisco Call Manager and Call Manager Express will be utilized and each of these voice exchange systems will be configured and time will be spent determining when to best utilize each system in different situations. Prereq: CNT 2725.


==CNT 2728 Cisco IP Telephony Integration (Part II)==
Introduces more advanced features of Cisco’s Call Manager and Call Manager Express, integration of additional Cisco products such as Survivable Remote Site, Quality of Service configurations and resource allocations to support ad-hoc conferencing and transcoding resources.
3 credits; 3 classroom hours/week; 0 lab hours/week
Introduces more advanced features of Cisco’s Call Manager and Call Manager Express, integration of additional Cisco products such as Survivable Remote Site, Quality of Service configurations and resource allocations to support ad-hoc conferencing and transcoding resources. Prereq: CNT 2726.


==CNT 2731 IP Telephony: Enterprise Planning and Design==
==CNT 2731 IP Telephony: Enterprise Planning and Design==
3 credits; 3 classroom hours/week; 0 lab hours/week  
3 credits; 3 lecture hours a week.
Analyzes and develops the business and technical requirements for an IP Telephony environment. In addition, the students will define basic and effective financial models, performing “Return on Investment” (ROI) and "Total Cost of Ownership" (TCO) calculations to support migrating to an IP Telephony architecture. Prereq: CNT 2728.
 
Prereq: CNT2728
 
Analyzes and develops the business and technical requirements for an IP Telephony environment. In addition, the students will define basic and effective financial models, performing “Return on Investment” (ROI) and “Total Cost of Ownership” (TCO) calculations to support migrating to an IP Telephony architecture.


=Security=
=Security=
==CNT 2820 Information Systems Security Fundamentals==
==CNT 2820 Information Systems Security Fundamentals==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Covers the broad framework and environment of information and computer security. The student will learn the strategies and techniques that are used to undermine the security of information and computer systems, and the multi-dimensional approach that is needed to protect computer systems from those vulnerabilities and threats. This is a broad-based course that combines a conceptual understanding of security with an introduction to some of the specific technology and tools that students will learn to use to counteract threats to their personal and work environments. This course does not cover deployment of specific network security technologies. Prereq: CNT 2520.
 
Prereq: CNT2520
 
Covers the broad framework and environment of information and computer security. The student will learn the strategies and techniques that are used to undermine the security of information and computer systems, and the multi-dimensional approach that is needed to protect computer systems from those vulnerabilities and threats. This is a broad-based course that combines a conceptual understanding of security with an introduction to some of the specific technology and tools that students will learn to use to counteract threats to their personal and work environments. This course does not cover deployment of specific network security technologies.


==CNT 2825 Information Systems Security Advanced==
==CNT 2825 Information Systems Security Advanced==
3 credits; 2 classroom hours/week; 2 lab hours/week  
3 credits; 2 classroom hours a week, 2 lecture hours a week.
Provides participants with an in-depth understanding of the various methods used for attacking networks and computer systems. Students will learn the concepts, principles and techniques, including applied exercises, for attacking and disabling a network. These methodologies are intended to provide insight into the use of detection strategies and countermeasures needed to properly secure network servers, hardware and clients. Prereq: CNT 2820; Student should be prepared to authorize permission for a basic
 
criminal background check prior to beginning this course.
Prereq: CNT2820
 
Focuses on the managerial aspects of information security and assurance. Topics covered include access control models, information security governance, and information security program assessment and metrics. Coverage on the foundational and technical components of information security is included to reinforce key concepts. The course includes up-to-date information on changes in the field, such as national and international laws and international standards like the ISO 27000 series.
 
==CNT 2831 Implementing Cisco IOS Network Security (CCNA Security)==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2540 or CCNA Certification
 
Prepares students to secure Cisco routers, switches and associated networks. Students will learn and practice the skills required to to install, configure, troubleshoot and monitor network devices with an emphasis on maintaining the integrity, confidentiality and availability of data in the face of modern threats to network security.
 
==CNT 2832 Advanced Network Security==
3 credits; 2 classroom hours a week, 2 lecture hours a week.
 
Prereq: CNT2831 or CCNA Security Certification
 
Expands the scope and depth of the skills and knowledge acquired in previous network security courses by focusing on the advanced capabilities of network defense strategies including Virtual Private Networks (VPN), Host Intrusion Detection Systems (HIDS) and Network Intrusion Detection Systems (NIDS). Students will learn the evolution and current best practices of applying these technologies, which are universally deployed in networks of all sizes.


==CNT 2830 Network Security Design==
==CNT 2900 Network Technology and Security Capstone==
3 credits; 2 classroom hours/week; 2 lab hours/week
3 credits; 4 classroom hours a week, 1 lecture hour a week.
Integrates and provides extensive application of the knowledge and skills provided in previous security courses and serves as a capstone experience for the degree program. Students are presented with the opportunity and challenge of staging comprehensive attacks and designing networks that will withstand the varied attacks launched by others. The student must demonstrate the ability, in collaboration with others, to design and maintain a secure network in a hostile environment. When possible, groups will compete with college students from other states to enhance the realistic nature of this course. Prereq: CNT 2815 and CNT 2825.


==CNT 2831 Implementing Cisco IOS Network Security (CCNA Security)==
Prereq: CNT2450, CNT2454, CNT2722, CNT2311
3 credits; 2 classroom hours/week; 2 lab hours/week  
Prepares students to secure Cisco routers, switches and associated networks. Students will learn and practice the 
skills required to install, configure, troubleshoot and monitor network devices with an emphasis on maintaining 
the integrity, confidentiality and availability of data in the face of modern threats to network security. Prereq: CNT 
2540 or CCNA Certification.


==CNT 2832 Advanced Network Security==
Provides students an opportunity to work with an inside or outside organization in a team environment on a course-long project. Focuses on concepts of problem identification, brainstorming, design, problem solving, teamwork, creativity and evaluation. Present findings in oral and written formats to faculty and industry representatives. This course integrates knowledge and skills attained throughout the Network Technology and Security program and should be taken near the end of your program. This course involves a minimum expectation of 192 hours of project work.
3 credits; 2 classroom hours/week; 2 lab hours/week  
Expands the scope and depth of the skills and knowledge acquired in previous network security courses by 
focusing on the advanced capabilities of network defense strategies including Virtual Private Networks (VPN), Host 
Intrusion Detection Systems (HIDS) and Network Intrusion Detection Systems (NIDS). Students will learn the 
evolution and current best practices of applying these technologies, which are universally deployed in networks of 
all sizes. Prereq: CNT 2831 or CCNA Security Certification.

Latest revision as of 15:30, 2 May 2012

About Computer Networking Technology

Courses in Computer and Network Technology provide comprehensive, in-depth knowledge and skills to design, manage, secure and troubleshoot network systems. Topics range from setting up a networked computer for an individual user to understanding how to securely manage a remote server located in another part of the world. Courses can be taken to enhance professional knowledge in a particular technology such as security, wireless or IP telephony as well as to prepare for a career in the ?eld by completing a two-year degree. In addition, all course objectives are aligned with related industry certi?cation exams. Courses are described below.


General CNT

CNT 2000 IT Career Success Skills and Strategies

2 credits; 2 classroom hours a week.

IT Career Success prepares students to enter the IT job market or to successfully transition into a new career in the IT field. Students will learn strategies that will help enhance their IT careers. Some of the things topics covered in this class are resumes, E-portfolio, Job Search Resources and career networking.

CNT 2189 Computer Network Technology Internship

3 credits; 0 classrom hours a week, 6 lab hours a week

Prereq: Permission of instructor, available position, and approval of sponsor.

Provides a supervised work experience utilizing and extending the skills learned in CNT networking and security courses. The experience is intended to result in new learning and increased capabilities for the intern and the completion of authentic work for the sponsoring organization. Internships may be arranged upon the mutual agreement of the student, instructor and sponsoring organization. Internship depends on student qualifications and a successful interview for a particular position. Interns are required to abide by all policies governing employees and meet expectations of regular employment. The objective of this course is to apply classroom-based learning to the real world job enviornment. Also to develop a learning plan based on the rules and duties of the defined position.


CNT 2300 PC Hardware & Software (A+)

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Presents an in-depth exposure to computer hardware and operating systems. Students learn the functionality of hardware and software components as well as suggested best practices in maintenance and safety issues. Students learn how to assemble and configure a computer, install operating systems and software, and troubleshoot hardware and software problems. This course helps students prepare for CompTIA's A+ certification exam, which covers the knowledge and skills essential for becoming a successful computer technician.

Operating Systems

CNT 2311 Administering Linux Operating Systems

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT 2300 or Comp TIA A+ industry certification

Covers the basic installation, configuration and maintenance of Linux systems including X Windows. A major focus of this course is learning the Linux command line interface for system administration tasks. This course helps students prepare for CompTIA's Linux+ certification or the Linux Professional Institute's LPIC-1 certification, which cover the knowledge and skills essential for becoming a successful Linux administrator.

CNT 2451 Windows Operating Systems In The Enterprise

3 credits: 2 classroom hours a week, 2 lecture hours a week

Prereq: CIS1400 or MTA Operating Systems Fundamentals Certification

Covers the features and procedures to deploy, support and troubleshoot the current dominant version of MS Windows desktop operating system in the enterprise environment. Students will develop awareness of the issues and specifications needed to effectively plan, implement and manage deployment of the current operating system in the enterprise enviroment. Students taking this course are expected to have fluency in using the Microsoft Windows computer operating systems prior to beginning the course.

Course Note: The prerequisite for this course will be waived upon proof of passing an operating systems fundamentals examination, contact instructor for details.

CNT 2452 Windows OS And Application Support

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2300, CNT2451

Provides in-depth study of Installing Windows;Customizing and Configuring Windows; Installing, Configuring, and Troubleshooting Devices; Configuring Windows Security; Configuring Networking; Troubleshooting and Repairing Networking; Troubleshooting and Repairing Windows; all the functions and features of installing, configuring, and maintaining Microsoft Office on the Windows operating system such as configuring Internet Explorer and Outlook; resolving issues related to customizing and personalizing Office Applications; identifying and troubleshooting network problems; configuring Office security settings; and monitoring security vulnerabilities and updates. This course provides detailed activities that let you experience firsthand the processes involved in desktop support.

CNT 2453 Windows Server Network Infrastructure

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2300, CNT2451, CNT2510

Explores Windows Server networking and helps the student prepare for the MCTS/MCITP Exam for Windows Server Network Infrastructure. The course focuses on configuring, managing, and troubleshooting networking features and services in a Windows Server environment.

CNT 2454 Windows Server Directory Services

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2300, CNT2451, CNT2510

Prepares student to develop the skills needed to manage a Windows Server system and to prepare to pass the MCTS certification exam. While the focus of topics is on the configuration of Active Directory and related services, coverage of Windows foundational topics such as the file system and networking are also included. Extensive coverage begins with an introduction to Windows Server and goes on to active directory design, account management, group policy management and configuration, certificate services, AD LDS, AD RMS, AD FS, server core, Windows Hyper-V virtualization, and server management.

CNT 2455 Windows Server Administration

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2300, CNT2451, CNT2510

Prepares the student to design, deploy and manage the infrastructure, Web, and IT application servers. As a Server Administrator, you will understand how to manage the server operating system, file and directory services, distribute software, patches, and updates, profile and monitor assigned servers, and troubleshoot.

Networking

CNT 2510 Network Fundamentals (CCNA1)

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CIS1400 or MTA Operating Fundamentals Certification

Introduces students to the overall technology and design of networks. The course covers network terminology and protocols, models for describing network communication, an introduction to network devices, and network standards. The course also has a significant focus on Internet Protocol (IP) addressing and subnetting. Network Fundamentals is the first in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification. Students taking this course are expected to have fluency in computer operating systems and an understanding of computer hardware and basic networking prior to beginning the course.

Course Note: The prerequisite for this course will be waived upon proof of passing an operating systems fundamentals examination, contact instructor for details.

CNT 2520 Routing Protocols and Concepts (CCNA2)

3 credits, 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2510

Focuses on router configuration, router management, routing protocol configuration, TCP/IP, and access control lists (ACLs). Students will learn about the advantages and disadvantages of routing methods and protocols including static routing, RIP, RIPv2, EIGRP, and OSPF. Routing Protocols and Concepts is the second in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification.

CNT 2530 LAN Switching and Wireless (CCNA3)

3 credits, 2 classroom hours a week, 2 lecture hours a week.

Prereq:CNT2520

Covers basic design, configuration and troubleshooting of enterprise switched local area networks. This course focuses on developing a better understanding of the design and implementation of switched LANs, particularly the implementation of virtual local area networks (VLANs) and the related concepts of inter-VLAN routing and basic wireless networking. LAN Switching and Wireless is the third in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification.

CNT 2540 Accessing the WAN (CCNA4)

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2530

Develops knowledge and skills in the areas of advanced IP addressing techniques (Network Address Translation [NAT], Port Address Translation [PAT], DHCP, and IPv6), WAN technology and terminology, PPP, Frame Relay, VPNs, network management, and troubleshooting. Particular emphasis is given to students being able to demonstrate the ability to apply knowledge from CCNA 1, CCNA 2, and CCNA 3 to a network and to be able to explain how and why a particular strategy is employed as well as troubleshoot problems with the network. In addition, the student will prepare for taking the CCNA Exam. Accessing the WAN is the final course in a sequence of four courses focusing on preparation for the Cisco Certified Network Associate (CCNA) certification.

CNT 2612 CCNP1 Network Switching

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2540 or CCNA Certification

Develops advanced knowledge and skills in building enterprise level switched networks. This is the first of three courses designed to provide students with the knowledge and skills that correlate with the Cisco Certified Network Professional examination.

CNT 2622 CCNP2 Networking Routing

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2612

Develops advanced knowledge and skills in building enterprise level routed networks and applications. This is the second of three courses designed to provide students with the knowledge and skills that correlate with the Cisco Certified Network Professional examination.

CNT 2632 CCNP3 Network Troubleshooting

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2622

Prepares students to conduct advanced-level network diagnosis and corrective action. Combines previous knowledge and skills with proven troubleshooting methodology, tools and processes designed to quickly and accurately determine performance issues and corresponding remedies. Course also covers administrative and documentation issues related to network performance and troubleshooting. This is the last of three courses designed to provide students with the knowledge and skills that correlate with the Cisco Certified Network Professional examination.

CNT 2710 Wireless LAN Technology (CCNA Wireless)

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2520

Provides a comprehensive overview of the design, planning, implementation, operation and troubleshooting of Wireless LANs. Includes theoretical foundations of the technology as well as implementation of wireless technology in various application contexts. Special emphasis is given to security and best practices within an existing local area network.

IP Telephony

CNT 2722 Fundamentals of Voice Over IP

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2530

Introduction to features and implementation of voice over IP technologies. Concepts covered include traditional enterprise telephony, modifications to the data network for supporing voice including QoS, VoIP signalling and encoding, basic VoIP configuration and troubleshooting VoIP systems for the small to medium-sized business.

CNT 2725 Quality of Service (QoS)

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2722

Covers the design and implementation of a quality of service structure to prioritize voice and data applications across the network. In addition, students will properly configure the LAN and WAN architectures to support voice, video, and data convergence in the enterprise network.

CNT 2726 Cisco IP Telephony Intergration (Part 1)

3 credits; 3 lecture hours a week.

Prereq: CNT2725

Introduces students to the building and configuration of CISCO IP Telephony infrastructure. Cisco Call Manager and Call Manager Express will be utilized and each of these voice exchange systems will be configured and time will be spent determining when to best utilize each system in different situations.

CNT 2728 Cisco IP Telephony Intergration (Part 2)

3 credits; 3 lecture hours a week.

Prereq: CNT2726

Introduces more advanced features of Cisco’s Call Manager and Call Manager Express, integration of additional Cisco products such as Survivable Remote Site, Quality of Service configurations and resource allocations to support ad-hoc conferencing and transcoding resources.

CNT 2731 IP Telephony: Enterprise Planning and Design

3 credits; 3 lecture hours a week.

Prereq: CNT2728

Analyzes and develops the business and technical requirements for an IP Telephony environment. In addition, the students will define basic and effective financial models, performing “Return on Investment” (ROI) and “Total Cost of Ownership” (TCO) calculations to support migrating to an IP Telephony architecture.

Security

CNT 2820 Information Systems Security Fundamentals

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2520

Covers the broad framework and environment of information and computer security. The student will learn the strategies and techniques that are used to undermine the security of information and computer systems, and the multi-dimensional approach that is needed to protect computer systems from those vulnerabilities and threats. This is a broad-based course that combines a conceptual understanding of security with an introduction to some of the specific technology and tools that students will learn to use to counteract threats to their personal and work environments. This course does not cover deployment of specific network security technologies.

CNT 2825 Information Systems Security Advanced

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2820

Focuses on the managerial aspects of information security and assurance. Topics covered include access control models, information security governance, and information security program assessment and metrics. Coverage on the foundational and technical components of information security is included to reinforce key concepts. The course includes up-to-date information on changes in the field, such as national and international laws and international standards like the ISO 27000 series.

CNT 2831 Implementing Cisco IOS Network Security (CCNA Security)

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2540 or CCNA Certification

Prepares students to secure Cisco routers, switches and associated networks. Students will learn and practice the skills required to to install, configure, troubleshoot and monitor network devices with an emphasis on maintaining the integrity, confidentiality and availability of data in the face of modern threats to network security.

CNT 2832 Advanced Network Security

3 credits; 2 classroom hours a week, 2 lecture hours a week.

Prereq: CNT2831 or CCNA Security Certification

Expands the scope and depth of the skills and knowledge acquired in previous network security courses by focusing on the advanced capabilities of network defense strategies including Virtual Private Networks (VPN), Host Intrusion Detection Systems (HIDS) and Network Intrusion Detection Systems (NIDS). Students will learn the evolution and current best practices of applying these technologies, which are universally deployed in networks of all sizes.

CNT 2900 Network Technology and Security Capstone

3 credits; 4 classroom hours a week, 1 lecture hour a week.

Prereq: CNT2450, CNT2454, CNT2722, CNT2311

Provides students an opportunity to work with an inside or outside organization in a team environment on a course-long project. Focuses on concepts of problem identification, brainstorming, design, problem solving, teamwork, creativity and evaluation. Present findings in oral and written formats to faculty and industry representatives. This course integrates knowledge and skills attained throughout the Network Technology and Security program and should be taken near the end of your program. This course involves a minimum expectation of 192 hours of project work.