High-Paying Electrical Engineering Jobs

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Electrical Engineering Jobs

  • Principal Electrical Engineer
  • Electrical Distribution Designer
  • Aerospace Electrical Engineer
  • Electrical Project Engineer
  • Electrical Control Engineer

Six-figure engineering jobs are available with the proper education. For those seeking electrical engineering jobs, opportunities are out there once you’ve completed the required schooling and training. These jobs provide you with the perfect platform to improve the lives of people using the skills and knowledge you have gained as an electrical engineer. Not to mention, these jobs enable you to benefit from a wide range of opportunities for advancement and growth, as well as from lucrative salaries.

Whether you wish to design and develop electronic equipment, work with power generators, pursue a role as a computer hardware engineer, manage radar and navigation systems, or simply work as an engineering technician, there are many options for electrical and electronic engineers. If you’re seeking the highest-paying electrical engineering jobs, we’ve detailed those below.

Here is a roundup of the top five careers you could pursue as a graduate in electrical engineering along with job type and job description, as well as earnings potential and job outlook.

Principal Electrical Engineer

Principal electrical engineers are individuals with extensive experience and knowledge of the electrical aspects of design and construction. They oversee the design of electrical components and review interfaces with other engineers at a construction site to ensure that the best engineering practices ever followed. They also conduct electrical engineering research, address maintenance issues, and inspect electrical distribution systems. Principal electrical engineers usually work outdoors to inspect projects and give instructions. However, there is some time spent in office settings, analyzing data and preparing presentations.

According to PayScale, the average principal electrical engineer salary is $128,793. The salary ranges between $103,00 and $163,000 per year. Factors that impact earnings include years of experience and geographic location. For example, principal electrical engineers working in San Jose, California earn an average wage of 18.5% more than the national average. Also, the more experience one has as an electrical engineer or principal electrical engineer, the higher the wages are likely to be.

Electrical Distribution Designer

Electrical distribution designers prepare in detail the electrical distribution systems plan within a facility. Their specific duties include preparing drawings, field notes, estimates, and specifications of the distribution systems and designing construction orders related to the facility. They also do power calculations and apply the standards and guidelines of their clients when developing the final design of the distribution system. Electrical distribution designers often work in office settings alongside other engineers. Travel may be required from time to time, as designers are required to travel to visit the site where they will install the distribution system.

ZipRecruiter, a national employment marketplace for job seekers and employers, reports an average salary for electrical distribution designers as $75,123. Some of the highest annual salaries reported exceed $150,500. However, certain factors like geographic location impact earnings potential. Topping the list of high-paying cities for this occupation are Lakes, Alaska; San Francisco, California; Santa Clara, California; Washington, DC; and Los Angeles, California. The annual salary for electrical distribution designers in Lakes, Alaska is $90,228, and in San Francisco, the average annual salary is $89,100.

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Aerospace Electrical Engineer

Aerospace electrical engineers design, develop, test, and maintain the function and performance of aircraft, spaceships, satellites, missiles, and weapon systems. They apply the principles of electrical and electronic engineering to create various electrical components and support systems in these types of machinery. They research and develop new specifications using various CAD software and take part in flight-test programs. They also modify electrical designs to improve safety and performance.

To become an aerospace electrical engineer, one must earn a bachelor’s degree in engineering or a related discipline. Typically, the bachelor’s program will take four years to complete, though some colleges and universities offer “three-two” programs, which allow students to complete both their bachelor’s and master’s degrees in a total of five years. Upon earning a master’s degree in electrical engineering, aerospace engineering, or a closely related engineering discipline, one may be eligible to work as an instructor at a university or to do research and development in an organization or facility. Some aerospace engineers also pursue licensure, though licensure is not required for entry-level positions. Licensed engineers are referred to as PEs or professional engineers. To qualify for licensing, an engineer must hold a degree from an ABET-accredited engineering program, earn a passing score on the Fundamentals of Engineering (FE) exam, have a minimum of four years of relevant work experience, and earn a passing score on the PE examination.

According to the Bureau of Labor Statistics (BLS), electrical aerospace engineers earn a median annual wage of $118,610. The lowest 10% of individuals in this occupation earn less than $72,800, while the highest 10% earn over $171,000. BLS reports five top-paying industries for electrical aerospace engineers. In fact, the highest-paying industry for this occupation is control instruments, electromedical, measuring, and navigational manufacturing. In this industry, electrical aerospace engineers earn a median annual wage of $125,710, which is higher than the median annual wage for all individuals in this occupation. Other high-paying industries include federal government (excluding the postal service) and research and development in life, engineering, and physical sciences.

Electrical Project Engineer

Electrical project engineers are responsible for the development and execution of projects commissioned by electrical distribution and transmission companies. They develop the objectives of the project, design project phases and elements, and assign personnel to those phases and elements. They conduct tests to confirm the performance of the project, maintain the project schedule, and control project costs. They are also responsible for developing the plan of the project by analyzing design, specifications, and schedule.

Electrical project engineers earn an average annual salary of $88,994, with the highest 10% of earners making over $120,000 per year. Total pay, as reported by ZipRecruiter, including bonuses and profit sharing, exceeds $120,000 for the highest earners in this occupation. The top 25% of earners in this occupation see an annual wage of $104,500. Pay varies by geographic location. According to ZipRecruiter’s research, 10 cities have been identified where the typical average annual salary for electrical project engineers exceeds the national average. Lakes, Alaska; San Francisco, California; Santa Clara, California; and Washington, D.C. are among the top-paying cities.

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Electrical Controls Engineer

Electrical controls engineers are responsible for ensuring that electrical systems in a facility are working efficiently and predictably. In order to complete their responsibilities, electrical control engineers must design and develop electrical systems of different complexities. They research, test, and analyze the design procedure for these systems in relation to the function of the elements used to assemble them. If need be, they may alter these systems to ensure that they function in a safer, productive manner.

Electrical controls engineers earn an average salary of $83,160 per year, according to the most recent data published by ZipRecruiter. The salary ranges between $48,000 and $108,500, with the highest 10% of earners in this occupation making $101,000 annually in the United States. The top 25% of earners in this occupation make an average of $91,500 per year. As with all electrical engineering jobs, geographic location impacts the earnings for electrical controls engineers. ZipRecruiter identifies 10 top-paying cities where electrical controls engineers earn a wage that is higher than the national average. Some of the top-paying cities include Sunnyvale, California; Santa Cruz, California; Santa Rosa, California; Williston, North Dakota; Manhattan, New York; and Barnstable Town, Massachusetts.

If you want to specialize in electrical engineering, a wide variety of careers are available. The electrical engineering jobs discussed above will give you the perfect opportunity to apply the skills and knowledge you have gained in college, as well as to increase your earnings potential.

Overall Job Outlook for Electrical Engineers

A favorable job outlook is projected for electrical engineers through 2029, according to the Bureau of Labor Statistics. In fact, BLS reports a five-percent growth in employment for this occupation, meaning that 9,000 jobs will be added to this occupation. While some industries–such as manufacturing and utilities–may experience tempered growth, others will see a rapid pace of innovation, leading to the creation of jobs.

Job growth for electrical engineers is anticipated to occur largely in professional, scientific, and technical service firms, according to BLS. As these companies draw from the expertise of engineers for projects involving electronic devices and electrical systems, more electrical engineers will be needed. Electrical engineers will also be needed to plan and develop sophisticated consumer electronics, which will add to the demand for this occupation.

Employment growth is also expected for electrical engineers due to the rapid pace of technological innovation. As new technologies and electrical systems are created, electrical and electronics engineers will be in high demand in research and development. Electrical engineers will be needed to play a critical role in the new developments of communications technologies, semiconductors, and solar arrays.

As of 2019, electrical engineers held approximately 193,100 jobs. The largest employers for this occupation in 2019 have not changed. Today, the largest employers of electrical engineers by industry include engineering services, electric power generation, certain manufacturing spaces, research and development, and semiconductor and other electronic component manufacturing.

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Approximately 20% of all electrical engineers work in engineering services. This is the largest industry for electrical engineers. Electric power generation, transmission, and distribution employs about nine percent of all electrical engineers, making it the second-largest industry for this occupation. The third-largest employer for electrical engineers is electromedical, measuring, navigational, and controls instruments manufacturing. This industry employs seven percent of all electrical engineers. The fourth-largest industry for electrical engineers is research and development in the engineering, life, and physical sciences. Approximately five percent of all electrical engineers are employed by this industry. Lastly, four percent of all electrical engineers are employed by semiconductor and other electronic component manufacturing.

As indicated above, electrical engineers work full-time and in offices. However, electrical engineers may be called out of the office to visit off-site locations to observe problems that arise. In the event of issues with complex equipment, the electrical engineer must observe and diagnose problems, then develop plans to fix the issues. Electrical engineers perform detailed calculations, come up with improvements, and help develop plans to ensure that the same problems do not happen again. Electrical engineers also ensure that newly installed products have been tested and meet codes and specifications. The role of an electrical engineer in any business, firm, or organization is highly important. In fact, some electrical engineers working as project managers may acquire administrative titles.

$100k+ Electrical Engineering Jobs

Job seekers ready to enter the field in any job type will be happy to know that a degree in electrical engineering can be valuable and fruitful. According to Ladders.com, there are 15 companies regularly hiring electrical engineers that pay salaries of $100,000 per year or more.

A wide variety of companies in various industries employ electrical engineers in many different positions. Electrical engineers are needed in nearly every field and business sector. Not all electrical engineers do the same type of work, or even similar jobs. Application engineers may do jobs vastly different than research engineers or power engineers. The field is extremely broad and entry-level jobs pay well. As your career advances, you may become a senior electrical engineer, which is the goal of most electrical engineering students, as the financial rewards can be great.

Job Alert: Below are companies hiring a large number of electrical engineers on an annual basis. These companies offer top earnings, attractive incentives, and competitive benefits packages.

1. CGI Group
2. Dewberry
3. Docusign
4. IBM
5. Jacobs Engineering Group Inc.
6. Johnson & Johnson
7. LGS Innovation
8. ManTech International
9. Micron Technology
10. Northrop Grumman
11. Nikola Motor Company
12. PG&E Corporation
13. Raytheon
14. Siemens
15. The Aerospace Corporation

BDP Staff
July 2021

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This concludes our article on high-paying electrical engineering jobs.

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