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Network Engineering

What is network engineering? The definition of network engineering describes existing non-converged systems. The future is a converged digital network with network engineering including all aspects of the design, implementation and support.
 

In telecommunication, the term network engineering has the following meanings:

  1. In telephony, the discipline concerned with (a) determining internetworking service requirements for switched networks, and (b) developing and implementing hardware and software to meet them.
  2. In computer science, the discipline of hardware and software engineering to accomplish the design goals of a computer network.
  3. In radio communications, the discipline concerned with developing network topologies.
 Source US Federal Standard 1037C
 

Network Engineer

What is a network engineer? The definition for network engineer is a person who has significant responsibility in the design, implementation and support for the converged digital network.

A network engineer is responsible for the planning, design, and implementation of Local and Wide Area Networks (LANs and WANs). Network engineers usually design and implement large heterogeneous networks, and are required to have significant expertise in designing and administering network hardware and software from vendors like Juniper, Nortel Networks, Microsoft, Cisco Systems and CheckPoint. It is not uncommon for network engineers to hold certifications such as Microsoft Certified Systems Engineer, Cisco Certified Internetworking Expert, or Certified NetWare Engineer or Juniper Networks Certified Internet Expert.

   
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Will WiMAX replace DSL as the major digital access system? What will happen as 3G data becomes more competitive? Discuss this in the Forums.

 

Should the Internet be regulated? SPAM, SCAMs and phishing including identity fraud are already making the Internet a major location for criminals. When is the right time to stop this activity? Network Engineering experts at RMIT University have identified that criminal activity on the Internet can be significantly reduced. Discuss this in the Forums.

   
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Nov1

Written by:uanmi
Saturday, November 01, 2008

The Fibre to the Node tender date is rapidly approaching and the global financial crisis appears to have caught Telstra's competitors unaware and now possibly without funding for their bids. Telstra is in the box seat to win the tender as Telstra is the only company that appears to have a stable approach to the new network that can fit in with their existing revenue streams.

With the ever increasing probability that Telstra will win the Fibre to the Node contract, that has now been extended to include regional and remote access, more questions are being asked about the Governments intended regulatory provisions to accompany the new network. If Telstra wins the tender, will the Government provide a level playing field for other telecommunication companies? What will happen to the powers of the Australian Competition and Consumer Commission?

Telstra has long bridled against the ACCC powers and argues that the ACCC has very selectively  interfered in the telecommunications industry to the detriment of Telstra's shareholders. Telstra's competitors would like to see the ACCC be provided by the Government with more specific powers to ensure there is greater competition. The ACCC has been slow to address many of the problems identified by industry experts and appears reluctant to focus on matters that are not in its view of major value to consumers. The problem is that many feel that the ACCC could do more.

One of the major problems facing the Australian network is the lack of competitive infrastructure to many of the regional and remote areas. The cost of using this infrastructure has meant that many companies are restricting their activities to major cities along the eastern sea-board. The Government must find a solution to this problem as part of the new network to be provisioned over the next five years.

 

Copyright ©2008 Mark Gregory

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 University Degrees    

Australia's first degrees in the field of network engineering are now being offered by RMIT University.

Bachelor of Engineering (Computer and Network Engineering)
CRICOS code 068294G

Master of Engineering (Network Engineering)
CRICOS code 61179A

 

Associate Degree in Engineering Technology (Network Engineering)
CRICOS code 061258B

Postgraduate research opportunities in network engineering are available in Australia's leading Engineering School.

   
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