Difference between revisions of "IT Technology/Network II"

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= Content =
 
= Content =
*[[IT Technology/Network II - Router| Routing Technologies]]
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*[[IT Technology/Network II/Router| Routing Technologies]]
 
*[[IT Technology/Network II - Switch| Switching Technologies]]
 
*[[IT Technology/Network II - Switch| Switching Technologies]]
 
*[[IT Technology/Network II - Design| Network Design]]
 
*[[IT Technology/Network II - Design| Network Design]]
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*The student can plan and design network with High Availability and/or Load Balancing using for example [[HSRP]], [[VRRP]] and [[GLBP]]
 
*The student can plan and design network with High Availability and/or Load Balancing using for example [[HSRP]], [[VRRP]] and [[GLBP]]
 
*The student can account for different forms of attack against Switched and Routed networks and suggest tools to monitor and secure the network.
 
*The student can account for different forms of attack against Switched and Routed networks and suggest tools to monitor and secure the network.
 
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=End Project=
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*[[IT Technology/Network II/Maikaa| Maikaa]]
 
[[Category:IT technology education]]
 
[[Category:IT technology education]]

Latest revision as of 17:21, 30 November 2010

Description

This course is held after Network I course and will give the student advanced knowledge of Network technologies.

Content

Skills achieved

  • The student can account for advanced IP-routing for example OSPF and BGP
  • The student can plan and design Routed networks with two or more routing protocols. For example OSPF and BGP
  • The student can plan and design Routed network using advanced Routing techniques for example Route Summarization/Aggregation, Policy Based Routing and advanced BGP features
  • The student is aware of different IP-services and performances
  • The student is capable of network Troubleshooting techniques.
  • The student is capable of analyzing protocols with a Protocol Analyzer for example Wireshark
  • The student can plan and design Switched network using VLANs, Trunks and STP (Spanning Tree Protocol)
  • The student can plan and design network with High Availability and/or Load Balancing using for example HSRP, VRRP and GLBP
  • The student can account for different forms of attack against Switched and Routed networks and suggest tools to monitor and secure the network.

End Project