Best Paying Jobs in Telecommunications Equipment

Telecommunications jobs involve developing, installing, and using technology to send messages over long distances, such as through cable, satellite, radio, mobile phones, video, and the internet. There are a wide variety of jobs within this industry, such as with networks that provide communication transmission signals and the manufacturers of the equipment that produces the signals. In broadcast and online media, you can work in sales, administration, or customer service working over the phone, and in technical jobs working as a mechanic or technician repairing equipment and developing new technology. You can also work in a corporate setting or at radio and television stations.

What is telecommunication equipment?

Telecommunications equipment refers to the hardware used mainly for telecommunications such as transmission lines, multiplexers, and base transceiver stations. It encompasses different types of communication technologies including telephones, radios, and even computers.

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They are numerous high-paying job opportunities in telecommunication equipment. If you possess the skill sets required by the telecom equipment sector, you don’t have to worry about getting a job there. The best paying career opportunities in the telecommunication industry are as follows:

1. Wireless Technician

A wireless technician, also called a wireless communications technician, is a specialized role of tech support that performs maintenance on wireless devices. As a wireless technician, you perform repairs on devices such as cellular phones and PDAs.

The technician will play an important role in rectifying minor repairs and upgrades to the equipment. They are responsible to verify the integrity of the equipment as well. It is the Wireless Communication Technician who maintains the infrastructure that supports wireless communication systems. The professionals should take care of the complex networks and also rectify any other wireless devices as well.

Responsibilities

• Design and install well-functioning computer networks, connections, and cabling
• Perform troubleshooting of system failures and identify bottlenecks to ensure long term efficiency of network
• Inspect LAN infrastructure and fix minor or major problems/bugs
• Test and configure software and maintain and repair hardware and peripheral devices
• Evaluate network performance and find ways to improve
• Organize and schedule upgrades and maintenance without deterring others from completing their work
• Do regular data backups to protect the organization’s information
• Provide technical direction to co-workers on the computer and network usage and offer comprehensive advice and instructions

Salary: Average—$45,000 per year

2. Fiber Optic Technician

A Fiber Technician is someone who plays a prominent role in the Telecommunication industry. The professional installs and maintains Fiber Optic Cables as and when required. They provide technical assistance in designing and testing the fiber optics. The Fiber Technician sets up the electrical and electronic testing to pave the way for the development of new applications.

They also look into existing laser and optical fiber devices and systems. The Fiber Technician works both inside and outside and is responsible to take care of the installation troubleshooting and other technical aspects. They should have proper knowledge of various electronic components and computer operating systems. The professionals need to look into routers and other networking equipment. It is the responsibility of the Fiber Technician to provide efficient and quality customer service.

The professionals should have a proper understanding of cabling various electronic components. It is important to have basic knowledge of the operation and application of electrical components and common measurement instruments. They must have hands-on experience to work with hand and power tools. The Fiber Technicians need to also look into the detailing of basic circuit design and other factors.

• Installations, troubleshooting, and maintaining all fiber optic systems in businesses, homes, schools, and other organizations to ensure that they are working properly.
• Measuring the signal strength of television, telephone and internet connections to ensure that there is adequate performance.
• Creating sensors and performing inspections to make sure that the fiber optic systems do not have defects that could undermine performance.
• Conducting regular inspections of the systems with the aim of locating and repairing any defects detected during the inspections.
• Performing premises cabling and running fiber optic cables underground and underwater.
• Determining solutions to any problems and issues that are preventing the fiber optic systems from performing optimally.
• Constructing a proper slice case as well as preparing and maintaining records, diagrams and schematics relating to the splice case.

Salary: Average—$53,260 yearly

3. Ic Design Engineer

As an IC design engineer, your job is to help create an integrated circuit that meets the needs of a project. This typically involves fitting amplifiers, transistors, capacitors, resistors, and other components into a single part that manufacturers can install onto a larger circuit board.

Fulfilling the responsibilities and duties of an IC design engineer requires familiarity with various electronic components and the ability to transform overall project goals into specific design objectives. Most integrated circuits are purpose-built for each type of circuit board, so flexibility and the ability to modify designs as needed is essential for success in this field.

Responsibilities

• Analyze current engineering methods used within the company and develop steps and processes to improve
• Document and monitor requirements needed to institute proposed updates in relation to customer experience
• Establish a framework for necessary contributions from various departments and facilitate their collaboration
• Work alongside project management teams to successfully monitor progress and implementation of engineering initiatives
• Assist other department engineers in creating practical demonstrations of proposed solutions and creating them for other members of the team
• Account for possible project challenges or constraints and proactively seek to manage challenges
• Provide detailed specifications for proposed solutions including time and scope involved
• Define clear goals for all aspects of a project and develop steps for their proper execution

Salary: Average—$113,500-$138,500 yearly

4. Broadband Engineer

The duties of a broadband engineer are to install, maintain, and repair a telecommunications network. They are often responsible for ensuring the telecommunications connection is functioning correctly, creating user accounts, and monitoring network activity.

Other responsibilities of a broadband engineer are to compile, code, and verify collected data. The qualifications to become a broadband engineer often include a bachelor’s degree in telecommunications or a related field and experience in network or software development.

Responsibilities

• Demonstrating and explaining the use of equipment to consumers
• Keeping records of installations, repairs, and maintenance
• Adjusting or calibrating equipment settings so that performance is improved
• Test updated equipment, equipment that has just been installed, and repaired equipment to make certain that it is working correctly
• Replace or repair malfunctioning, damaged, or faulty equipment
• Service and inspect phone jacks, wiring, and equipment
• Set up, replace, and rearrange dialing and routing equipment
• Install communications equipment in buildings, private homes, and offices that are under construction at the moment

Salary: Average—$76,000 yearly

5. Antenna Engineer

An antenna engineer designs and develops antennas and other communication devices. The duties of someone in this career include working with electronic equipment such as modems, cell phones, satellite equipment, and radio antennas. As an engineer, you may analyze a company’s needs and then make plans to meet those needs. Your responsibilities may include performing research, making a development schedule, and creating budget proposals for development projects. You often create prototypes of your designs for testing and then analyze performance. Many projects require an understanding of radio frequency (RF) ranges.

Responsibilities

• Design, create and implement LNA and antenna system solutions in order to improve the performance of communication systems and GNSS receivers.
• Maintain patent and protection of IP for any innovative technology creations.
• Perform simulation, optimization and testing with the help of latest tools.
• Coordinate with EMC engineers, antenna design engineers and industrial designers in order to test and integrate the antenna solution developed with other products.
• Communicate effectively with both the hardware and firmware teams in order to present the design concepts clearly.
• Coordinate with all the global engineering teams effectively.
• Contribute to the design reviews conducted in the team.
• Design new and creative array antennas.
• Provide simulations, requirements and antenna definitions.
• Analyze the antennas and design using computer aided design (CAD) techniques.
• Provide guidance and support to the junior engineers.
• Develop prototypes and test them in the field as well as in the lab.
• Manage the far-field testing of antennas done in the latest facilities.
• Design antennas for complex 3G, 2G and 4G wireless communication applications.

Salary: Average— $99,000-$132000 yearly