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    CDR Sample for Telecommunications Network Engineer

    Telecommunication Network Engineer with a Bachelor’s Degree or higher can survey their building capability. Telecommunications Network Engineer are the engineers who manage the use of logical and building standards for security of human populaces from the antagonistic impacts of natural elements. It is a standout amongst the most fundamental and basic building subjects. Telecommunications Network Engineer with high abilities and capability from Australia just as different countries are in intense interest by a few presumed Australian specialized associations.

    CDR sample for Telecommunication Network Engineers includes all the required reports such Curriculum Vitae (CV), Continuing Professional Development (CPD), three Career Episodes (CE), Summary Statement.The content of the CDR Report Samples is given below:

    Curriculum Vitae (CV): Resume on the basis of a professional template.

    Continuing Professional Development (CPD): The sample of CPD clarifies the Engineering Knowledge of the applicant – 350 words.

    Telecommunications Network Engineer Career Episode Sample 1: “MIGRATION OF THE TELECOM LEGACY INFRASTRUCTURE TO GIGABIT PASSIVE OPTICAL NETWORK TO ENABLE FIBER TO THE HOME FTTH DEPLOYMENTS “-2308 words
    Telecommunication Network Engineer Career Episode Sample 2: “: UPGRADING DATA NETWORK INFRASTRUCTURE FOR TVTC IN DIFFERENT CITIES“-2184 Words
    Telecommunication Network Engineer Career Episode Sample 3: “DESIGN AND INSTALLATION SUPERVISION OF PASSIVE INFRASTRUCTURE FOR GOLDEN TOWER AT JEDDAH” -1787 words
    Summary statement sample: Detailed explanation of all the competency element – 1960 words.

    Telecommunication Network Engineer Career Episode 1

    Project Name: MIGRATION OF THE TELECOM LEGACY INFRASTRUCTURE TO GIGABIT PASSIVE OPTICAL NETWORK TO ENABLE FIBER TO THE HOME FTTH DEPLOYMENTS

    Project Type:Work Based Career Episode Project

    Demographics: Author was involved in this project work from June 2009 to April 2012, but the project work is still ongoing. He did this project in Sharjah during his job at “company name”, UAE as a Technical Support Engineer. The business center of northern region covers the telecom operators in the three emirates of Sharjah Ajman and Umm Al Quwain.

    Engineering Activities of Telecommunication Network Engineer:

    1. To use his previous career work and his undergraduate study to gain about the project
    2. After that, he sketched a complete pathway to drive the project work on the way to completion and to complete the task within the projected time duration.
    3. To review the design that showed the routing and exterior of an FTTH network.
    4. To estimate the project cost as well as power budget calculation.
    5. To develop the guidelines on the basis of installation work.
    6. To connect the FTTH network in the core network, central office location, feeder location, distribution location as well as user location.
    7. Furthermore, to monitor and inspect the installation of the network.
    8. To coordinate between the contractors working for outside plant to make sure that drop cables were spliced and terminated in the ODB (optical distribution box) in a proper way before ISP team start working.
    9. To perform testing for the insertion loss and OTDR test with the help of a visual fault locator. He used OTDR to find the fault location in networks as well as to monitor the attenuation.
    10. To prepare the detail documentation in which he included the drawing of a routing path for an FTTH network as well as fiber optic port number.

    Problems & Solutions

    1. Problem 1 Career episode 1 and its solution

    During project, author encountered a problem because of the numerous subcontractors sharing same tasks in the same physical terminals. There was a mismatch in the drawings he received from the planning team with the actual situation in the filed which required additional time to trace the ports and reflect the correct information on the drawings. He collected the data from the site survey, and he noted down the appropriate data required to design the FTTH network path. Finally, He specified the appropriate port which reflected the correct information on the drawings.

    2. Problem 2 Career episode 1 and its solution

    Some other difficulties were as delaying in progress on the project because of large geographical area as well unexpected delay from municipalities to approve the civil works. So, he arranged the periodic meetings with a number of team in Etisalat to plan as well as to get permission. During the meeting, he explained the risk of delay because of such permission along with wasting of limited resources of time and manpower. He was utilizing the contractor’s team for some feedback and also learned the lesson for the installation of ongoing project work.

    Telecommunication Network Engineer Career Episode 2

    Project Name: UPGRADING DATA NETWORK INFRASTRUCTURE FOR TVTC IN DIFFERENT CITIES

    Project Type:Work Based Career Episode Project

    Demographics: Author was recruited as the Presales Engineer by the organization named “company name” for the duration of a year starting from January 2014 to July 2015. The location of the project was in various cities of Saudi Arabia. He had to tackle the technical difficulties created during the upgrading of the networking infrastructures.

    Engineering Activities of Telecommunication Network Engineer:

    1. To inspect the existing site considering the networking topologies that have been employed in the system along with the backup power supplies, and the transmission cables that had been employed in the system.
    2. To design the proper architectural concepts for extending the existing network topologies.
    3. To select the suitable materials for the up gradation of the site.
    4. To use OM3 multimode fiber/OS2 single mode fiber that supported 10 Gbps for transferring the data effectively depending upon the distances in the campus with the proper implications of the transceivers.
    5. To select the proper networking topology method for CISCO with 3 layers of access.
    6. To deploy the use of MS-office for the strategically, convenient and better networking designing of the system and get it approved by the higher authorities for its implementations.
    7. To design the system using the AutoCAD representing the position of cameras, routers, cables and transceivers.
    8. To plan the design layout in the star topology which was the most effective means of data transmission and reduced the mesh of wires as well as the cost.
    9. To install the cables, routers and voice gateways, cameras, UPS implementing the whole system
    10. To test the system and checked the individual output to determine whether the system was as per the requirements or not.

    Problems & Solutions

    Some of the major problem that was encountered during the UPGRADING DATA NETWORK INFRASTRUCTURE FOR TVTC IN DIFFERENT CITIES along with their solutions are shown below:-

    1. Problem 1 Career Episode 2 and its solution

    At the time of testing, the difficulty began with accessing of the data from the sites as it was the overall running environment. Also, the problem got more complex due to the different localities of the colleges and institutes throughout the kingdom. This led to the rough calculation of time and data, and finally, it may take the long duration for the completion of the project. He immediately arranged a group discussion with the Project Manager and discussed the problem he faced. As per his convenience, he asked them to settle their conflicts and provide him with the essentials data to accomplish the project successfully with the authority of appropriate analyzing of the existing conditions of the systems. Finally, he was able to resolve the issues that he faced during the project with the arranged meetings during the project duration.

    2. Problem 2 Career Episode 2 and its solution

    For the second time, he got encountered with the architectural design of the system. This fault was hindering the overall layout plan of the project which was the great issue, so, to tackle with this issues, he immediately arranged a group discussion with his teammates and the deputy project manager of the project. Project manager suggested us to redesign the plan for its proper layout, but due to the deficiency of the time, he suggested to analyze the overall plan layout and resurrect the designed system for its proper layout and for the appropriate transmission of data. He was able to transmit the data through the overall area using the modeled fiber supporting the data transmission rate up to 10 GB for 10 km range. Finally, he solved the nominal dispute using his practical knowledge he gained during his academic session.

    Telecommunication Network Engineer Career Episode 3

    Project Name: DESIGN AND INSTALLATION SUPERVISION OF PASSIVE INFRASTRUCTURE FOR GOLDEN TOWER AT JEDDAH

    Project Type: Work Based Career Episode Project

    Demographics: Author conducted this project during the job for “company name”, Saudi Arabia as Technical Support Manager. He was involved in this project work from May 2016 to January 2018. He reported the project status to the project manager as well as a senior project engineer. He directed the design and installation team.

    Engineering Activities of Telecommunication Network Engineer:

    1. In the beginning, to start with a site survey to compute the appropriate solution as well as to gather information from the floor plan.
    2. To sketch the complete pathway to direct and supervise the design and installation task sequentially.
    3. To review the shop drawings and communication network submission for compliance.
    4. To present the proposed solution in comparison with the initial design.
    5. To list the component required for the installation works and he prepared the bill of quantities.
    6. To monitor and supervise the installation of passive infrastructure by selecting a qualified installer.
    7. Finally, to frequently visit the site for the site inspection along with testing of the installed device and then he developed the final document as well as operation and maintenance manual.
    8. To perform a number of tests such as network testing, loss testing, OTDR testing, visual fault location, visual tracing.
    9. To draft the detailed report in which he included the routing of cable networks, the specification of equipment as well as operation and maintenance manual.
    10. To give recommendations for commissioning and integration for passive cabling along with another system like grounding, access control that was well suited for every environment.

    Problems & Solutions

    1. Problem 1 Career episode 3 and its solution

    During project author received the complete design of network architecture based on Ethernet technology in accordance with the requirement of tender. He reviewed the drawing and technical layouts. He found that network design based on Ethernet increased the overall cost of project work. Since it was very difficult to modify the design in the stage where everything was ready for delivery. But, he did the new design and presented to consultants within a limited time period without any delay in the delivery of the equipment used in the installation. He decided to use GPON instead of Ethernet to optimize the overall cost of the project. He planned to have approximately 300 layers as well as two switches with the dedicated 12 core fiber cable for an entire switch used in MDF room. In the new design, he used GPON technology for all 6 apartments which used 2 cores along with 12 cores fiber as an uplink to the MDF room. He replaced the entire wireless access controller, voice gateways along with core switches by optical line terminal devices.

    2. Problem 2 Career episode 3 and its solution

    In this project work, he observed that the owner was very keen to give priority to exceptional and refined interiors. He found that there was no choice for 19” cabinet inside apartments. He also found that there was limited space in some apartment which required 2 patch panels for UFTP copper cables as well as multimode fiber cables for separate administration network. He took the risk to accept the requirement of the client for shallow cabinet with 120mm depth to make visible for entire tenants. He considered the ventilation of switch along with bend radius cables inside the cabinets and mounting of the patch panel. He sent out the scratch design to the manufacturing facility to produce such a new product.

    3. Problem 3 Career episode 3 and its solution

    In the starting, he observed that the project had a small data center of 10 cabinets with the undefined specification. He created new Questionnaire form which covered the entire needs to get a complete and specific design by considering SAN zones, networks, a server with network topology, perforation, redundancy, load rating along with automated infrastructure management. He used that form for the other datacenter project.
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