Tuesday, December 4, 2018

Network Engineer Literature Review and Proposal


Literature Review
History of Network
The world has been on the demand for sharing the limited resources as well as the improvement of the communication channels to replace the traditional human communications. A network is described as a collection of different computers that is interconnected by the defined communications channels to share resources and information.


According to ICP Networks (n.d), in the 1940s, George Stibitz was using a teletype machine to send information. He used the machine to send a problem set instructions from a model to a complex number calculator, and he could are the answers back to the same mode. The model was situated within the Dartmouth College and the calculator in New York.  In the late 1950s, the mode of communication was implemented within some networks of the communicating computers that used military radar system of Semi-Automatic Ground Environment (SAGE). In 1962, there was the interest by the American soldiers to link the output systems to computers and was implemented through the Advanced Research Projects Agency (ARPA) under J.C.R. Licklider. The first Wide Area Network (WAN) was created in 1965 by Thomas Marill and Lawrence through the network technology of ARPANET. At the same time, a telephone switch that applied the true computer control was established by the Western Electric. In 1972, the X.25 technology was deployed that later resulted in the TCP/IP networks. It was in 1991 when the Home Broadband was created and did well as it could enter mainstream usage faster than the dial-up internet services. In the late 90s, Napster application was developed to allow the free swapping of music files and it applied the peer to peer network design technique. Apache was also developed to incorporate the internetworking as its origins from the mere HTTP that supports numerous new internet technologies such as the web services. We have moved from the IPv4 to IPv5 and currently to IPv6 (Blackledge, 2014).
Requirements for a network engineer
As a network engineer, it requires that the person is in possession of some academic qualification, professional qualification, and some desirable skills as well as experience (Bernstein,  Schaffzin & Princeton Review (Firm), 2003). The most desirable qualification goes by the individual being in possession of a degree in the field of computer science, electrical and electronic engineering, physics, mathematics, network security management, computer systems and networks and computer software or computer systems engineering. At times, the diploma holders in computer studies, electrical and electronic engineering and the software engineering are also eligible candidates. The professional academic qualification certifications include the Cisco Certified Network Associate (CCNA) or the Cisco Certified Network Professional (CCNP), the Microsoft Certified Systems Associate (MCSA) or the Microsoft Certified Solutions Expert (MCSE). Also, we have the CompTIA Network+ and the Certified Novell Engineer (CNE). One should be in possession of the, at least, Microsoft, Cisco and Novell certification (Carthern, Wilson, Bedwell  & Rivera, 2015). The courses are considered because they cover networking protocols of TCP/IP, HTTPs, VoIP, and FTP and Bluetooth. They also have a clear and good consideration of data transmission technologies such as the ISDN, ASDL, ATM and the wireless communications.  They also are candidates equipped with the network security related applications such as the firewalls, anti-viruses, and the virtual private network. The position of network administrator does require some relevant working experience as it is quite essential and beneficial to mastering the procedures of a given company. The experience should are the network engineer appreciate the importance of teamwork and the practical application of the end user systems.
Duties and responsibilities of a network engineer
The network engineer at times referred to as the network administrator have some designated responsibilities of installation, configuration, service and repair of the company computer data and communication systems. However, in a summary, the following are some of the defined duties of a network engineer;
§  Ensuring that new software and hardware are well installed and configured to are applied within the network
§  Providing network accessibility by creating user accounts, setting the user rights and permissions for the accessibility to the network
§  Maintain security of the network throughout by outdoing with the unauthorized accessing of the network
§  Providing the network technical support by finding the network faults and fixing them
§  Providing technical support to the end users of the company network and at the same time enhancing the preventive measures of the network
§  Providing IT training to the business staff of the new applications and systems
§  Undertaking normal day administration and network monitoring that describes maintenance of the network
§  Planning and enhancing the network development in support to the network manager
Proposal
Iteration 1: Planning
The iteration operations will involve the undertaking of the step to familiarize me with the company operations. At the same time, I will make sure that principles, procedures and the core goals of the company are well understood before I move to the development of the network. I will define the project that I will be undertaking by providing the plan that will describe the major activities and the anticipated outcomes prior the implementation of the project. At the end of the phase, I would stand to smile at the experience of project planning in respect to the documents I would have prepared.
Iteration 2: Defining network requirements
Planning is identical to the provision of guidance on performing of the other follow-up activities. I will conduct a feasibility study on the critical areas of the company that is much in need of the establishment of the network. I will define the requirements of the company to what the network should deliver. Upon definition, I will conduct some interviews as well as conduct some meetings and administer a questionnaire to the stakeholders and the end users of the network. I will use the Tableau software to perform the analysis of the data collected to sieve out the requirements. The technical requirements will be defined and go by the definition of the network inventory list. After that, I will be equipped with requirement definition that goes by data collection and analysis.
Iteration 3: Designing the Network
The designing of the network will go by the requirements defined in the previous iteration. At the point, I will define the factors to are considered while designing the network so as to have the development of the reliable and secure network. After then I will provide the technical design of the network by providing the network diagram to the company. The diagram will provide the guidance for implementing the network on the ground. By accomplishing the task, I will have the experience, skills and the knowledge of network designing and development.
Iteration 4: Network Administration and Management
The network administration and maintenance come in after the network has begun operating. The administration will involve in ensuring that the accessibility is distributed accordingly. I will provide the technical support to the clients to ensure the communication and the sharing of the resources are at accessible. The maintenance goes by ensuring that the network is to accommodate all the required end users without failing. The activities go by the network upgrading and ensuring that it is secure and reliable.


References
Bernstein, A. B., Schaffzin, N. R., & Princeton Review (Firm). (2003). Guide to your career. New York: Random House.
Blackledge, L. (2014). Network engineer. 
Carthern, C., Wilson, W., Bedwell, R., & Rivera, N. (2015). Cisco networks: Engineers' handbook of routing, switching, and security with IOS, NX-OS, and ASA.
ICP networks (n.d). A brief history of computer network technology. 
Sunshine, A. C. (1989). Computer Network architectures and protocols. Plenum press, New York

Sherry Roberts is the author of this paper. A senior editor at MeldaResearch.Com in affordable custom writing if you need a similar paper you can place your order from college research paper services.

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