| Module Objectives
At the completion of this Module the student will be able to:
 Design and implement a network plan
Design and Implement a network cabling plan
Install and configure Windows 2000
Installing and Configure Linux
Determine the software licensing requirements for an organization
Create and implement a disaster recovery plan
Troubleshoot network problems
Contents
Introduction to Networks : Need and Benefits of networks, Roll of a network administrator...
Network Types, Topologies and Media: Client server, Peer to Peer and Hybrid networks, Topologies, IEEE standards, Communication thro' Copper, Glass and air, Wireless comm...
Network Protocols: Set of rules for network communication, Mapping of network protocols to OSI model, TCP/IP Protocol suite, IP addressing, Subnetting & Supernetting...
Internetworking Devices: Repeaters, Hubs, Bridging/Switching/Routing, Spanning Tree, Bridges/Switches/Routers, Routing and routed protocols, Brouters, Case study ...
Network Cabling: Cable installation considerations, Co-axial, UTP and Fiber optic cables
Crimping, Troubleshooting cabling problems.
Windows 2000: Features of Windows 2K, Workgroup and Domain, Installation, DNS & Active Directory Services, User & group management, Software licensing policy...
Linux: Features of Linux , Installation, Configuring terminals, administration...
Network Applications: Stand-alone/Network applications, Sharing application on network...
Thin Client Networking: Client and network requirements, Benefits, of Thin client networking...
Network Troubleshooting: Problem detection, Corrective measures, Tips and tricks...
Network Designing: Network design principles, Planning and implementing a pilot project...
Disaster Recovery: Causes of disasters, Backup devices, RAID, Backup plan, case study...
Building an Intranet & Internet Infrastructure: Designing network layout, Network tools...
WAN Technologies: T- career systems, ATM / ISDN / X.25 / Frame Relay...
Project plus |
