Electrical Engineering (EE Salary & Career Paths)
Electrical engineering can lead to well-paid work in power, electronics, controls, communications, and other fields. The U.S. Bureau of Labor Statistics reported a median annual wage of $111,910 for electrical engineers in May 2024, but that is not a new-graduate salary or a promise. Compare program accreditation, net cost, time to finish, and career fit before enrolling.
If you are comparing a degree’s cost with its likely return, electrical engineering can look appealing—but one salary figure cannot settle the question. Your pay will depend on the role, location, industry, experience, and skills you build. The cost of getting the degree also varies widely by school and by how long it takes you to graduate.
In my work reviewing degree value, I often see students focus on advertised pay while overlooking prerequisites, transfer rules, or the cost of an extra term. Those details matter. This guide explains what electrical engineers do, what salary data can and cannot tell you, and how to compare programs with fewer surprises.
Admissions and EE Program Overview
An electrical engineering bachelor’s degree, often called a B.S. in EE, prepares students to analyze and design electrical and electronic systems. It usually requires strong math and science preparation. Admission rules vary by school, so check the program’s own requirements rather than relying on a national GPA or test-score cutoff.
Expect to use algebra, trigonometry, calculus, physics, and often programming during the degree. Some schools also require chemistry. You do not need to know your future specialty before applying, but you should be ready for a demanding sequence of technical courses.
There is no universal EE admissions standard. Review each school’s published rules for first-year or transfer students, including test policies, prerequisite courses, and deadlines. Strong math and science grades can help show readiness, but the school decides how it weighs each part of an application.
For transfer students, admission to the university may not mean admission to the engineering major. Ask how many credits must be completed before you can enter the EE program, and whether there are separate grade or course requirements.
Before choosing a school:
- Use its net price calculator to estimate cost after grants and scholarships.
- Ask for a written review of transfer or advanced-placement credit.
- Check which courses must be taken at that school and how many credits must be completed in residence.
- Compare lab access, internships, co-ops, and the time students typically take to finish.
- Review published graduate outcomes, including how the school defines and collects them.
Getting a course accepted as elective credit does not mean it will meet an EE requirement. A missing prerequisite can delay later courses and add tuition. Get a degree audit or written transfer decision before you commit.
Electrical Engineering Curriculum, Credit Requirements, and Accreditation
A typical U.S. EE bachelor’s degree requires about 120 to 128 semester credits, though the school catalog sets the actual total. The curriculum builds from math and science to engineering analysis, laboratory work, and design. Check that courses fit together in the required order, not just that the credit total looks manageable.
Common subjects include:
- Calculus, differential equations, and linear algebra
- Calculus-based physics
- Circuit analysis and electronics
- Signals and systems, which study how electrical inputs and outputs change over time
- Electromagnetics, the study of electric and magnetic fields
- Computing, control systems, and engineering design
- Laboratory courses and a senior design project
Accreditation is a quality check, but it must apply to the exact program. ABET’s Engineering Accreditation Commission (EAC) accredits specific engineering programs. A university’s general accreditation does not prove its EE program has ABET accreditation. Search ABET’s directory by program and campus, then confirm the status with the department.
ABET accreditation can matter for employers, graduate study, and some licensure paths. It is not a guarantee of a job or a high salary. Compare the curriculum and student support too, including tutoring, advising, equipment, and access to design projects.
In the United States, an ABET-accredited degree is a common route toward professional engineering licensure. Requirements vary by state. A typical path includes passing the Fundamentals of Engineering (FE) exam, gaining qualifying work experience, and passing the Principles and Practice of Engineering (PE) exam. Many EE jobs do not require a license, but it can matter for some roles and duties.
Academic Success, Labs, Internships, and Student Experience
EE students learn through both theory and practice. Labs and design projects help you test ideas, use instruments, and explain results. Internships and co-ops add workplace experience, but availability and pay vary. Ask schools how students find these opportunities and how they fit into the degree plan.
For example, a lab may ask students to measure a circuit’s behavior and compare it with a model. A design project could involve a small power system, sensor, or control device. These are examples of common learning activities, not promises that every program offers the same projects or equipment.
A good term-by-term plan is essential because technical courses often have prerequisites. Before each term, check that your planned courses are available, that you meet their prerequisites, and that they count toward your major. Meet with an adviser if a course is full or your sequence changes.
To build job readiness while studying:
- Seek an internship, co-op, or undergraduate research role when you are prepared.
- Keep project notes, test results, and design work in a portfolio, subject to course and employer rules.
- Practice explaining technical choices in plain language.
- Review FE exam requirements if licensure may matter in your target field.
- Check academic progress and financial aid rules each term.
A delayed course can push back several later courses. Ask how often required classes run and what happens if you cannot enroll. That answer can help you estimate time to degree more accurately than the catalog’s credit total alone.
EE Career Paths, Salary Benchmarks, and Employment Outcomes
Electrical engineering careers span power, electronics, communications, controls, and other areas. BLS data offers a useful national wage reference, but it does not show what a new graduate will earn. Treat salary as one part of your decision, alongside program cost, debt, completion time, and the work you want to do.
The BLS reported these May 2024 national median annual wages:
| Occupation | Median annual wage | What the work may involve |
|---|---|---|
| Electrical engineers | $111,910 | Design or test electrical equipment and systems |
| Electronics engineers, except computer | $127,590 | Design or test electronic components and systems |
These are occupation-wide medians, covering workers at different career stages. They are not starting salaries, and they do not apply to every graduate with an EE degree. Pay also varies by employer, industry, region, and experience.
Common career directions include:
- Power systems: Work on electricity generation, transmission, distribution, or related equipment.
- Electronics: Design or test circuits, components, and electronic products.
- Controls and automation: Build or improve systems that guide machines and processes.
- Communications: Work with equipment and systems that send or receive information.
- Testing and product development: Check whether designs meet technical requirements and work as intended.
The titles and duties can overlap, and employers may use different job names. Look at actual job postings to see which tools, skills, and credentials appear in your target roles.
Use the following sources for different questions:
| Source | Useful for | Important limit |
|---|---|---|
| BLS Occupational Employment and Wage Statistics | National and local wages by occupation | Does not report a guaranteed new-graduate salary |
| College Scorecard | School-level cost and selected earnings measures | Outcomes may not isolate EE graduates; review the measure and cohort |
| School outcome reports | Graduate employment or salary figures, when reported | Methods, response rates, and time frames can differ |
| Net price calculator | A school-specific estimate of your cost after aid | An estimate, not a final aid offer |
For a fair comparison, match the measure to your question. BLS data describes occupations, while College Scorecard data describes outcomes tied to schools or programs where available. Neither source alone tells you what you personally will earn.
Build a simple cost comparison for each school: estimated net price, expected borrowing, likely time to finish, and relevant job outcomes. Compare borrowing with realistic early-career pay for the roles and locations you are considering. Do not treat an occupation-wide median as an entry-level forecast. Also account for interest, loan terms, and the possibility that graduation or employment may take longer than expected.
In my reviews, a program’s value often depends less on its headline salary figure than on whether students can finish on time and gain relevant experience. A lower-cost program may be a strong choice if it has suitable labs and access to employers. A higher-cost option needs a clear benefit to justify the added expense.
How to Choose an EE Program
The strongest choice is not always the school with the highest reported earnings or the lowest sticker price. Compare total cost and the likelihood of finishing, then check that the program builds the technical skills and experience needed for your intended work.
Use this sequence:
- Check the program. Confirm current ABET EAC accreditation for the exact EE program and campus in ABET’s directory.
- Estimate your cost. Use each net price calculator and review likely grants, loans, fees, housing, and other costs.
- Confirm your course path. Get transfer decisions in writing and ask for a degree plan that shows prerequisites and required courses.
- Compare learning opportunities. Review labs, design work, internships, co-ops, research, and career support.
- Check outcomes carefully. Note the source, cohort, time frame, and whether data applies to EE graduates or a broader group.
- Match roles to your interests. Read job postings for the specialties you may pursue and note the skills employers request.
If two programs appear close, compare the likely debt and time to completion. Then ask which one gives you better access to the courses, labs, and work experience that fit your goals. That is more useful than choosing by a single salary number.
Frequently Asked Questions
How much do electrical engineers earn?
The BLS reported a national median annual wage of $111,910 for electrical engineers in May 2024. This includes workers at different experience levels and is not a starting-salary estimate.
What is the median wage for electronics engineers?
The BLS reported a May 2024 median annual wage of $127,590 for electronics engineers, except computer. Job duties and pay vary, so check the occupation definition before comparing figures.
Is electrical engineering a good major for salary?
It can lead to careers with strong wages, but results vary by role, location, experience, and school cost. Compare likely debt and completion time with relevant job outcomes, not just national medians.
Do I need a master’s degree to become an electrical engineer?
Many entry-level engineering roles accept a bachelor’s degree. Graduate study may help with specialization, research, or some advanced technical roles, but it is not required for every EE job.
Does an EE degree need ABET accreditation?
Not every job requires an ABET-accredited degree, but accreditation can matter for licensure and some employers or graduate programs. Verify the specific program and campus in ABET’s directory.
Do electrical engineers need a PE license?
Not all EE jobs require a Professional Engineer license. State rules apply, and licensure is more relevant to some roles and responsibilities than others.
What math should I expect in an EE program?
Expect college algebra and trigonometry before or alongside calculus, followed by courses such as differential equations. The exact sequence depends on the school and your preparation.
Can transfer credits shorten an EE degree?
They may, but accepted credits do not always meet major requirements or prerequisites. Get a written evaluation and degree plan before relying on credits to reduce your time or cost.
(This article was written by one of our staff writers, Benjamin Carter. Visit our Meet the Team page.)
