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ADVANCED COURSE IN COMPUTER NETWORKS ENGINEERING AND MANAGEMENT
( Level 2 Course in Networking)
Introduction | Duration and Methodology | Eligibility Criteria | Aims & Objectives | Course Content | Download Brochure
Duration and Work Schedule
Duration: Twelve weeks
Date of Commencement: 23 Aug 2010
Date of Completion: 12 Nov 2010
Training programme will consist of expert lectures, demonstrations, practical hands-on, sesssions
Eligibility Criteria
Graduate in Science (Electronics/Computer Science/Telecommunications/ or equivalent) with some experience or;
Graduate of Industrial Training Institute in any of the areas mentioned in the Course contents, with some experience or;
Two years technical course in Electronics/Electrical/Telecommunication after 12 years of schooling. 1-2 Year expereince in System Administration/IT Support
Aims & Objectives
The use of information technology tools for sustained economic growth is becoming exceedingly important in this era of globalization. The Nations are rapidly switching over to e-Governance and e-Commerce to improve efficiency and productivity of their respective economies. This has given rise to a tremendous demand for establishing and maintaining the Computer and Telecommunication Networking infrastructure.
The programme aims at imparting Network Establishment, Administration & Management skills for high speed Gigabit Ethernet LAN and WAN connectivity for organizations.
To develop skill sets for planning, establishing and administering the networking infrastructure using LAN and WAN technologies, operating systems and switching equipment.
To familiarize the participants with the recent advances in the Networking and Telecommunication Technologies.
To impart management skills for managing Network Management Technologies.
Course Content (version 2.0)
LAN Technologies
Essential Elements of Network, Internet Protocol (IP) Addresses, Logical Network Types, Wirings and Cables, Wireless Transmission, OSI Model, TCP/IP Model, Types of Transmission, Transmission Modes, Network Topologies, Physical Network Classification, Networking Devices/Network Elements Components. Introduction to Network Protocols, Implementing Network Protocols. IEEE standards: Introduction, Specification of IEEE LAN Protocol, Wireless Networking Standards, VoIP, Data Centers. Troubleshooting a Network, Network Troubleshooting Tools, Troubleshooting Network Slowdowns.
Wireless LAN Administration
Introduction to 802.11 WLANs, Radio Frequency Fundamentals, 802.11 Service Sets, RF Power Output Regulations, Power over Ethernet, Wireless LAN Operation, 802.11 Analysis and Troubleshooting, Site Surveying, configure advanced feature in APs and Bridges .
Network Operating System Administration
Windows Server 2003: Managing and Maintaining a Windows Servers 2003 Environment, Planning and Implementing an Active Directory Infrastructure, Planning and Implementing User, Computer and Group Strategies, Planning and Optimizing a TCP/IP Physical and Logical Network.
RedHat Enterprise Linux: Administering Users and Groups in Linux, Storage Management in Linux, DHCP, Apache Web Server, Proxy Server, Network Information Service.
Converged Wide Area Network Technologies
Converged Multilayer Switched Networks: Multilayer Switch Operation, VLAN Trunks, VLAN Trunking protocols, VTP Configuration, Aggregating Switch Links, Spanning Tree Configuration, Protecting the Spanning Tree Protocol Topology, InterVLAN Routing, Router, Supervisor and Power Redundancy, Power over Ethernet, Voice VLAN, Securing Access and Managing Traffic in Switched, Multilayer Switching, Campus Network Overview and Design, Modular Network Design, Enterprise Architecture Deployment Scenarios. Topologies Changes analysis, Enterprise Edge Network Design, Methodology, Designing High- Availability Services.
IP Routing Protocols: EIGRP Features, Advantages, Configuration Scenarios and its Network Topologies design. OSPF Features, Advantages, Configuration Scenarios and its Network Topologies design. BGP concepts, Managing and Verifying the BGP Configuration, Controlling BGP Route Selection. Implementing Redistribution and Controlling Routing Updates. Controlling Re-distribution with Route Maps, IPv6 Routing Protocols, Configuration & Transitioning from IPv4.
WAN Access Technology: Remote Connection Requirements in a Converged Network Establishing Leased Line, ISDN DDR, Cable & DSL to central site. Establishing Frame Relay, ISDN PRI connections. Scaling IP with NAT/PAT. Using AAA to Scale Access Control in an Expanding Network.
Network Management & Security Technologies
Network Management: Backup and Network Management Methods, Bandwidth and Network Usage Monitoring, Patch Management, SNMP Configurations Scenarios. Network Applications Performance analysis, Network Configuration Assistant Software. Traffic shaping concepts. QoS in WAN Infrastructure, Congestion Avoidance, Policing, Shaping and Link. Congestion Management and Queuing, Classification, Scheduling and Bandwidth Guarantee.
Network Behavior Analysis: Network analysis techniques, IP Packet analysis, Network Protocol Analyzers, Troubleshooting network & applications using NBA. Network health & utility monitoring tools. Understanding really happening on networks. Escalating business risks against worm propagation, misconfiguration flaws. Understanding misbehaving hosts and stealth watch on the network. Network auditing.
Security Technologies: Perimeters based security strategies and Design. VPN operations implementing site-to-site IPSec VPN, Implement Cisco device hardening, secured administration access, network access control, functions & operations of firewall and IDS, remediating network incidents, promoting network availability. Wireless LAN security. OS hardening concepts.
For any query, eMail: itec@cdacmohali.in
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