What is the salary of a network engineer

 The salary of a network engineer can vary between 36,000 and 50,000 euros per year (41,000 and 65,000 dollars per year), depending on their experience and the size and complexity of the company's network.

A network engineer must possess extensive knowledge of network and telecommunications systems (infrastructure, cabling, protocols, management tools, security, etc.), as well as the interpersonal and organizational skills of a project manager in order to coordinate technical teams. You could also get involved in hiring teams of technicians.

A telecommunications engineer must have experience in many fields of expertise, for example electronics, computing, transmission techniques, and business management basics.

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What competencies should a network engineer possess

What is the job of a network engineer

A network engineer (also called a telecommunications engineer ) is responsible for ensuring that the company's telecommunications networks are working properly. Together with the technical teams, they develop a strategy to operate the company's telecommunications infrastructure.

What competencies should a network engineer possess

A network engineer must possess extensive knowledge of network and telecommunications systems (infrastructure, cabling, protocols, management tools, security, etc.), as well as the interpersonal and organizational skills of a project manager in order to coordinate technical teams. You could also get involved in hiring teams of technicians.

A telecommunications engineer must have experience in many fields of expertise, for example electronics, computing, transmission techniques, and business management basics.

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Telecomunication engeneering

Telecommunications Engineering or Telecom Engineering is the engineering segment that deals with the design, operation and maintenance of telecommunications equipment and systems. This engineer develops and deploys telecommunications networks. [ 1 ] [ 2 ]With a solid background in electrical and electronics, he creates, plans and builds devices and equipment used in telecommunications and provides maintenance to the systems and networks deployed. It takes care of aerial and underground cabling, artificial satellites, transmission, capture, coding and retransmission of signals that interconnect the planet. The entire world telephone network, data transmission, computer networks, radio and television depends on his work. This professional works in companies that provide telecommunications services, fixed and mobile telephony, structured cabling and fiber optics and infrastructure for telecommunications systems. He also finds work in the electronics industry, in Organs regulatory bodies of telecommunication activities and in companies and scientific and technological research laboratories. THEEngineer of Telecommunications studies a variety of circuits basics of strategic development in mass. A telecommunications engineer is responsible for designing and supervising installations for telecommunications equipment, such as complex electronic computing systems to copper and fiber optic telephone installations . The telecommunications engineer also coincides strongly with transmission engineering .

Telecommunications is a diverse field of engineering, including electronics, civil, structural and electrical engineering, a little bit of accounting and a lot of project management. Ultimately, telecommunications engineers are responsible for providing the method so that customers can obtain phones and data services at high speed.

Telecommunications engineers use a variety of different equipment and means of transportation available from a variety of manufacturers to design the infrastructure of a telecommunications network. The most common means of communication, often referred to as the foundations of the telecommunications industry, used by telecommunications companies today are copper, coaxial cable , fiber and radio.

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Where the Communication Network Engineer can work

 The professional graduated in Communication Network Engineering can work in areas such as:

Research : Conducts research to improve the audio, video and data transmission service.

Projects : Acts in the development of new communication network projects, always aiming to improve the service delivery with agility.

New products : Conducts studies in the search for the development of new technological solutions to serve society in general.

Main skills of the professional of Communication Network Engineering

Good communication

Leadership profile

Creative

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Structure of a telecommunications system

A telecommunications system is made up of the information sender , the transmission channel and the information receiver . The sender is a device that transforms or encodes the message into a physical phenomenon: the signal. The channel or medium transmits this signal, and the receiver does the reverse process to the transmitter to obtain the information.

The functions of the transmitter always involve, in one way or another, the coding of the information and its adaptation to the channel. The transmission channel, for physical reasons, modifies or degrades the signal in some way in its path. The receiver has to perform the functions of detecting the signal, recomposing it and decoding it in order to extract the information. In this process there is always a possibility of error, which telecommunication engineering tries to minimize.

As a familiar example of a telecommunication system, we can consider voice communication between people. This case we can decompose it like this:

The issuer: person who speaks. The consciousness of a person wants to transmit a message (idea or concept), the brain encodes it in words of a language and "sends" it to the mouth to be pronounced, finally being encoded in a series of sounds produced by the strings vowels and organs of phonation.

The medium is made up of the layer of air that exists between the two participants. The vibrations emitted pass through it, which can be affected in different ways by ambient noise, echoes, other conversations ...

The receptor is made up of the ear / brain assembly. The ear converts the vibrations to electrical impulses, which are processed by the [brain] in order to extract the message, from which it informs the "consciousness".

In other cases, as an example, communication can be made between faxes, telephones, keyboard-printer, camera-screen ... and the communication channel can be made up of wires, radio waves, fiber optics, satellite ... .

Depending on the direction of transmission, communication can be classified as unidirectional (from sender to receiver) or bidirectional (communication in both directions).

The topology of a telecommunication can be point-to-point and point-to-multipoint (called broadcast in the extreme case with many receivers and with unidirectional transmission).

The intrinsic problem of communication occurs when we want to transmit information quickly or between two distant points, or both at the same time. This is the case that has led to the development of telecommunication engineering

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Telecommunications engineering

The telecommunications engineering (also telecommunications engineering , engineering in telecommunications , telecommunications engineering ) is a branch of engineering that solves problems of transmission and reception of signals and networking. It is the discipline of application of telecommunication , a term that refers to remote communication , generally through the propagation of electromagnetic and optical waves. This includes many technologies, such as radio , television , telephone , data communications, andcomputer networks such as the Internet . The definition given by the International Telecommunication Union ( ITU , of the English International Telecommunication Union ) for telecommunication is all emission, transmission and reception of signs, signals, writing , images, sounds and information of any nature by wire, radio, optical means or other electromagnetic systems.

The degree with itinerary in telecommunication systems studies the planning, development and management of projects for the design, conception, deployment, supervision and exploitation of:

Telecommunications networks, services and applications.

Transmission systems (cable and fiber optics, including communication media and equipment)

Radio communication systems (broadcasting, wireless networks, satellite systems, mobile systems, radar and radiodetermination)

RF and microwave circuits (antennas and radiant systems), as well as information techniques and signal processing.

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Having good economic remuneration for your work is the fundamental basis for having motivation and drive to continue adding value to your resume.

Within the business and corporate technology sector it is very common for its employees to have very good salaries.

Thanks to the learning acquired in subjects such as Operating Systems, Database Programming, Software Engineering  , they make them more than qualified specialists to perform key functions within the development of technologies and processes within a company.

Both in Mexico and the rest of the world, these organizations have great financial stability and know how to financially reward workers, both for their daily tasks that contribute to the operation of the company, and for personal projects that add value to the processes.

In our country, these professionals have an   average salary that ranges from 5,600 pesos to 37,000 pesos per month.

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