Telecommunications analyst job description

Telecommunications analyst Job Profile and Description

A telecommunications analyst is in charge of assessing and maintaining telecommunications system and equipment. He is a specialist who should have knowledge about various fields like network analysis, voice communications, data communications and operations center analysis. Analysts work primarily in offices but occasionally in an industrial setting.

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Duties and Responsibilities

  • A telecommunications analyst plans and implements changes to the system
  • He has to detect, understand, and fix problems in the network
  • He analyzes costs and volume of traffic on the system
  • He informs personnel of the capabilities of the system of any hitches in functioning
  • He suggests improvements to the authorities that will lead to better functioning
  • He coordinates strategies for in-house voice, data, and video equipment and related network connections
  • He has to configure and optimize telephone systems and services, PBX communication systems, voicemail, and video conferencing, internally and with Internet services
  • The analyst has to plan the administration and implementation of a company’s telecommunications services in order to improve productivity and minimize costs
  • He has to occasionally monitor the network to ensure network availability and ensure network security

Skills and Specifications

  • In order to be successful telecommunications analyst, one must have very good analytical and math skills
  • He must also be an effective communicator and explain the problem clearly
  • Team work is very important as telecommunications analysts are part of a team and must cooperate with other workers in solving a problem
  • He must also possess leadership skills and must be able to guide others

Education and Qualifications

Depending on the designation and industry, the educational requirements for a telecommunications analyst can be a bachelor’s degree or a master’s degree in engineering. Areas of study include mechanical engineering, electrical, electronic engineering, computer science, information technology and mathematics.

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