USA Edition · Engineering

Electrical Engineering

2 career options·BLS pay May 2025, outlook 2025–35·Checked Oct 2026

Electrical engineering designs and develops electrical equipment and systems — power grids, motors, communications, navigation and control systems — and, with electronics engineering, the circuits inside consumer and industrial products.

Median pay · Electrical and electronics engineers$125,040
Job outlook 2025–35+8% · Much faster than average
Typical entry educationBachelor's degree
LicenseEngineering (PE) — for some roles
Career options

Where Electrical Engineering can lead

A field of study is not one job. These are the occupations BLS tracks for this pathway, with median annual pay (May 2025) and projected change in employment (2025–35); total U.S. employment is projected to grow 3.5%.

OccupationMedian payOutlookOpenings / yearTypical entry
Electrical and electronics engineers $125,040 +8%
Much faster than average
16,300 Bachelor's degree
Computer hardware engineers $161,740 +9%
Much faster than average
4,100 Bachelor's degree

Median: half of workers earned more, half earned less. Source: BLS Occupational Outlook Handbook, checked 2026-10-07.

Pay in detail

What electrical engineers earn

Pay varies widely with experience, employer and location. BLS figures for May 2025.

Lowest 10% earned less than$76,550

Often new graduates

Median$120,630

Half earned more, half less

Highest 10% earned more than$184,300

Often senior or specialized roles

Pay range is for electrical engineers; electronics engineers (except computer): lowest 10% under $81,840, highest 10% over $206,960.

Median pay by industry (Electrical engineers)

IndustryShare of jobsMedian pay
Engineering services22%$105,780
Electric power generation, transmission and distribution10%$122,430
Research and development in the physical, engineering, and life sciences5%$135,230
Navigational, measuring, electromedical, and control instruments manufacturing5%$121,610
Aerospace product and parts manufacturing5%$141,160

Source: BLS, electrical and electronics engineers (pay and work environment tabs).

Local data

Where the jobs are

The five states with the most jobs for electrical engineers in May 2025, with local median and average (mean) pay. Pay is usually higher where living costs are higher.

StateJobsMedian payMean pay
California24,230$144,040$151,180
Texas20,870$129,450$135,580
Michigan10,840$106,070$112,740
Florida9,220$104,780$111,430
New York8,770$119,010$122,140

BLS publishes estimates for all 50 states and DC for this occupation. Source: BLS Occupational Employment and Wage Statistics, May 2025.

Real work life

What the work is really like

From O*NET, which surveys people working in the job. Most work full time, generally in offices, with travel to project sites at times.

Common tasks

  • Design, implement, maintain, or improve electrical instruments, equipment, facilities, components, products, or systems for commercial, industrial, or domestic purposes.
  • Oversee project production efforts to assure projects are completed on time and within budget.
  • Perform detailed calculations to compute and establish manufacturing, construction, or installation standards or specifications.
  • Operate computer-assisted engineering or design software or equipment to perform engineering tasks.

What workers report

Share of workers who…Share
Use email every day87%
Work more than 40 hours a week58%
Have a lot of freedom to make decisions61%
Have constant contact with others48%

Technology used on the job

MATLABPythonC++SolidWorksAutodesk RevitMicrosoft Excel

Interests that fit this work (Holland codes): Realistic, Investigative, Conventional. Source: O*NET OnLine, 17-2071.00, checked 2026-10-07.

Your path

How to get there, step by step

A typical route. Many people reach the same job in different ways.

  1. Step 1

    Physics and calculus

    BLS points to physics and math through calculus.

  2. Step 2

    Bachelor's degree

    Electrical or electronics engineering; co-ops and internships common.

  3. Step 3

    FE exam (optional)

    First step toward a PE license.

  4. Step 4

    Design, power or electronics

    Utilities, manufacturing, engineering services or federal work.

  5. Goal

    Senior engineer or PE

    A PE lets you sign off on projects and serve the public.

Grades 9–12

High school preparation

From BLS: BLS suggests high school courses in physics and math, including algebra, trigonometry and calculus.

  • Physics and math, including algebra, trigonometry and calculus (BLS's own advice)
  • AP Physics C where offered
  • Robotics or electronics clubs

Course suggestions are Margdarshan's guidance; what you can take depends on your school. See the high school guide for GPA, AP and dual enrollment.

College

Degrees and what you study

A bachelor's degree in electrical engineering, electronics engineering or a related field; co-op programs and internships are common. Experienced engineers may earn a PE license to sign off on projects and serve the public directly.

Typical majorsElectrical engineering · Electronics engineering · Electrical and computer engineering
What you studyCircuits, electromagnetics, signals and systems, electronics, power systems, controls, communications, programming and lab work.
Degree routeBachelor's degree → Master's degree
AccreditationLook for programs accredited by ABET's Engineering Accreditation Commission; NCEES designs the FE exam for students finishing EAC/ABET-accredited degrees.

Education workers say their job requires (O*NET)

Education levelShare of workers
Bachelor's degree82%
Associate's degree11%
Master's degree7%

Costs and aid: see College & Money. Important qualities BLS lists for electrical and electronics engineers: communication skills, computer skills, initiative, interpersonal skills, math skills, problem-solving skills, project management skills.

Licensing

Professional Engineer (PE) license

Granted by state engineering licensing boards. Each state board sets its own application rules, fees and approval steps; many states require continuing education to renew.

Not always required: Many engineering jobs do not require a PE. BLS: a PE is required to offer services directly to the public (e.g. civil engineers signing off public projects); entry-level civil engineers do not need one. Computer hardware and most software/industry roles rarely require a PE.

Full step-by-step licensing route →
Job outlook 2025–35

Why demand is changing

BLS expects engineers to play key roles in consumer electronics, solar arrays, semiconductors and communications technologies.

Projected change+8%

Much faster than average

Jobs in 2025297,900

Electrical and electronics engineers

Openings per year16,300

Average over the decade, including replacements

Studying from outside the U.S.? Education and immigration are separate pathways — see the international student guide.

Practical tips

Advice for getting in

Margdarshan's guidance, based on the data above.

  • Pick a direction early: power, electronics and communications lead to different industries.
  • Learn MATLAB and Python — both appear among O*NET's most-used technologies for electrical engineers.
  • Michigan ranks third for electrical engineer jobs, behind California and Texas (May 2025).
Good to know

Frequently asked questions

Not to work in most industry jobs. BLS says experienced engineers may earn a PE to oversee other engineers, sign off on projects and provide services directly to the public.
BLS projects 8% growth from 2025 to 2035 for electrical and electronics engineers combined, driven by consumer electronics, solar, semiconductors and communications.
Electrical engineering covers power and large systems; electronics engineering focuses on circuits and devices. BLS reports a May 2025 median of $120,630 for electrical engineers and $130,220 for electronics engineers.
Sources

Where these facts come from

Official sources only, checked on the dates shown.