The Highest-Paying Electrical Engineering Jobs in The USA 

By choosing to pursue a career in electrical engineering and landing the highest-paying position available in the USA, you can achieve your goal of earning six figures. As you gain knowledge and experience in the real world, you may also be able to boost your income over time.

This article looks at the electrical engineering jobs with the highest salaries. 

Best-Paying Electrical Engineering Positions

The highest-paying electrical engineering positions are listed below:

Electrical Engineer 

US average salary: $64,000 to $89,000

The implementation and execution of projects offered by electrical distribution and transmission firms are among an electrical project engineer’s primary responsibilities.

Additionally, they create a plan for the project, design the structure using the accepted methodology, allocate it to the appropriate employee, take care of the projects, meet the deadlines set, and, most importantly, manage project expenses.

They must also evaluate designs and specifications in light of any time constraints.

Aerospace Electrical Engineer

US salaries range from $72,000 to $170,000 on average.

An aerospace electrical engineer’s duties include designing, developing, and maintaining the functionality of airplanes, spacecraft, satellites, missiles, and military systems.

Other duties include research and development utilizing various techniques, such as CAD/CAM. Additionally, the electrical designs are audited and improved for performance and safety.

Electrical Engineer-IMG

Electrical Distribution Designer

$75,123 to $150,500 in annual compensation in the US

The primary responsibilities of an electrical distribution designer are to plan an electrical distribution system for the given facility. They are specifically responsible for creating designs, field notes, estimates, and specifications for distribution systems.

Additionally, they are responsible for power calculations, implementing industry standards, and adhering to company-wide standards of conduct.

They might also need to visit the location to keep the workflow in check and balance.

Electrical Control Engineer

US average salary: $83,160 to $97,000

The primary duties of an electrical control engineer are to guarantee the correct and full operation of an electrical system with utmost efficiency.

A control engineer for electrical systems must design electrical systems of various levels of complexity to manage the working flow. An electrical control engineer performs extensive research on the electrical equipment, evaluates them, and puts them together for installation in the proper place.

Principal Electrical Engineer

US average pay ranges from $103,000 to $163,000

A principal electrical engineer has extensive knowledge and experience in both the major and minor electrical facets of design and construction. They have a group of additional junior and senior engineers who monitor the design of electrical devices and provide input.

Among their primary responsibilities are inspecting projects, instructing the personnel, handling maintenance difficulties, and inspecting electrical distribution systems.

Additionally, they organize, sort, and analyze data to provide pertinent presentations for higher management.

Principal Electrical Engineer

Top Careers in Electrical Engineering

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Electrical System Engineers

An electrical engineer primarily deals with electrical devices, from power systems to specific electric devices. They employ technology shrewdly and technically to benefit from the available resources.

System Engineers

A systems engineer’s primary responsibility is to design and install computer systems in accordance with the organization’s standard operating procedures (SOP), along with inventory planning and upkeep.

System engineers monitor and manage the infrastructure and installed systems in an organization. Additionally, part of their responsibility is to assess the current equipment and provide guidance to the technical IT support employees.

Control System Designers

Control system engineers are responsible for monitoring, managing, and ensuring electrical devices’ effective and high-quality production. They are primarily responsible for overseeing and modifying the entire production process to achieve the best possible outcomes.

Efficiency in electrical machinery or devices is the primary concern of control engineers. They are tasked with maintaining a check and balance for the upkeep of the machinery to ensure that the processes are operating in accordance with the organization’s accepted standard.

Test Engineers

The major responsibility of test engineers is to design processes for debugging and evaluating products and devices. They also perform tests to compare the productivity goal with the productivity actually attained.

In addition, test engineers provide a closed environment that enables accurate measurement and verifies the reliability and consistency of the workflow of both new and old devices.

Electrical Application Engineers

Electrical application engineers are responsible for the industry’s automation and use of electrical devices. They offer scalable, efficient electronic systems that adhere to predetermined standards.

As part of their major responsibilities, electrical application engineers must also facilitate design, troubleshoot issues with applications, and fix them.

Engineers working on electrical applications also attend technical meetings to offer their opinions.

Network Design Engineers

Network design engineers are in charge of identifying problems and risks in the network and developing a solid solution to reduce the risks. In addition, they construct a backup plan and a stand-in to preserve ties between the business and the organization in order to meet commercial demands.

The configuration and support of network services in many methods, such as wireless networks, security networks, etc., is another duty of network design engineers.

Determining network design and capacity challenges, managing the network design process, and integrating particular equipment for network development within the business are the main responsibilities of network engineers.

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