Networking Fundamentals course outlines

1. RIPHAH INTERNATIONAL COLLEGE Associate Degree Program : Networking Fundamentals Course Number : Credit Hours : 3 Course Pre-requisite : Introduction to MIS Course Duration : 16weeks Course Title Course Description: This course introduces the architecture, structure, functions, components, and models of the internet and other computer networks. It will allow students to analyze protocol and network operation and build small networks in a simulated environment. Course Objectives: This course will help students to: It introduces the fundamental building blocks for a modern network, such as protocols, topologies, hardware, and network operating systems. Moreover, the course will prepare the students to select the best network design, hardware, and software for IT environment. It will develop the skills of the students to build a network from scratch and maintain, upgrade, and troubleshoot an existing network. Learning Outcomes: After studying this course, students should be able to: Understand the basic concepts and terminologies of networking. Build small networks in a simulated environment. Build simple LAN topologies by applying basic principles of cabling; performing basic configurations of network devices, including routers and switches; and implementing IP addressing schemes. Violation of Academic Honesty Policy: If any of the projects / assignments are identical or partially identical, a Zero will be awarded. The repetition of such kind may lead to an “F” grade in the course.

2. General Classroom Norms: Class attendance is mandatory. You may miss up to 25% (8 out of 32 sessions) class sessions but save it for emergency only. In case you exceed this level, you will be withdrawn from the course. As a courtesy to the instructor and other students, be prepared to arrive at class and be in your seat on time. In addition, please note that each class lasts for 90 minutes (1.5 Hours). Also keep in mind some general rules as given below: Cell phones should be powered off. Eatables are not allowed in the class. The teacher will not tolerate any disruptive behavior in the class. The Dress Code has to be observed, no warnings will be given, and violators will be asked politely to leave the class and consequently will be marked absent. Reference Books: Book Name ISBN Author 978-0132126953 Andrew S. 1 Computer Networks Tanenbaum Participation: Students are required to attend all classes and read all the assigned material in advance of class (although not necessarily with perfect comprehension). Advanced preparation and class participation are crucial for periods in which we discuss cases. During discussion sessions, the instructor generally keeps track of the insightful and useful comments students make. (Any unproductive contribution is not rewarded) Grade Distribution: Evaluation Type Quizzes Assignments Project Mid Term Final Term Total Points Percentage (%) 10 10 10 30 40 100 4 4 1 Note:

3. Instructors are required to conduct and schedule at least 1 out of 2 classes every week in the computer lab for the student’s hands on experience. Course Contents:

4. Week Contents Activities 1`-2 Introduction to Computer Networks An Overview of Computer Concepts Fundamental of Network Communication Network Terms Explained Network Models Network Servers Specialized Networks Network hardware Essentials Network Repeaters and Hubs Network Switches Wireless Access Points Network Interface Cards Routers Network Topologies and Technologies Physical Topologies Logical Topologies Network Technologies Network Media Wired Networking Fiber-Optic Cable Wireless Networking Network Protocols TCP / IP’s Layered Architecture IP Addressing MID TERM 3-4 Assignment 1 5-6 Quiz 1 7-8 Assignment 2 Quiz 2 10 Quiz 3 Network Reference Models and Standards Introducing the OSI and IEEE 802 Networking Models IEEE 802 Networking Standards Network Hardware in Depth Network Switches in Depth Routers in Depth Wireless Access Points in Depth Network Interface Cards in Depth 11 Assignment 3

6. 12 Network Operating System Fundamentals Operating System Fundamentals Network Operating System Overview Operating System Virtualization Installing an OS Server Management and Administration Managing User and Group Accounts Storage and File System Management Working with Shared Files and Printers Monitoring System Reliability and Performance Backup and Fault Tolerance Introduction to Network Security Network Security Overview Policies Securing Physical Access to the Network Securing Access to Data Using an Attacker’s Tools to Stop Network Attacks Supporting a Small Business Network Addressing the Needs of Small Business Networks Equipping Small Business Networks Identifying Requirements for Small Business Applications Supporting a Small Business Wide Area Network Essential Wide Area Network Fundamentals WAN Connection Method Remote Access Networking Cloud Computing Troubleshooting and Support Documenting your Network Approaches to Network Troubleshooting Problem Solving Process Making Use of Problem Solving Resources Network Troubleshooting Tools Common Troubleshooting Situations Disaster Recovery 13 Assignment 4 14 Quiz 4 15 16 Presentation 17

7. FINAL TERM