Both jobs have "electric" in the title, both require you to understand how current behaves, and both end up in the same buildings. But the electrician vs. electrical engineer choice is really a choice between two different lives: one where you earn while you train and spend your days building things with your hands, and one where you pay for a four-year degree and spend most days designing on a screen. The pay gap is real, and so is the debt and time gap.
This comparison uses federal data from the Bureau of Labor Statistics and licensing details from NCEES, the body that writes the engineering licensing exams, so you can weigh the two honestly.
The short version
An electrician installs, maintains and repairs electrical systems according to code. An electrical engineer designs electrical systems, equipment and components, and calculates how they should perform. On a commercial project, the engineer produces the drawings and specifications; the electrician turns them into working power, lighting and controls, and catches the things that do not work in the real building.
Neither is a "better" version of the other. They are different kinds of work that depend on each other.
Electrician vs. electrical engineer at a glance
| Electrician | Electrical engineer | |
|---|---|---|
| Typical entry education | High school diploma or equivalent | Bachelor's degree in electrical or electronics engineering or a related field |
| Main training route | 4- or 5-year paid apprenticeship, about 2,000 on-the-job hours per year plus classroom | Four-year degree; internships or co-ops valued; some employers prefer a master's |
| License | Most states require a license to work (journeyman, master) | Not required for entry-level jobs; Professional Engineer (PE) license optional but valued |
| Median pay (May 2025) | $63,190 | $120,630 |
| Top 10% earn more than | $108,510 | $184,300 |
| Bottom 10% earn less than | $42,640 | $76,550 |
| Jobs (2025) | 821,000 | 199,700 |
| Projected growth, 2025–35 | 9% | 10% |
| Openings per year | About 72,700 | About 16,300 (electrical and electronics engineers combined) |
| Where you work | Job sites, plants, homes; physically demanding | Mostly offices, with site visits |
Sources: BLS Occupational Outlook Handbook profiles for electricians and electrical and electronics engineers.
Training: apprenticeship vs. engineering degree
Electricians
According to BLS, most electricians learn through a 4- or 5-year apprenticeship that combines about 2,000 hours of paid on-the-job training each year with technical instruction in electrical theory, blueprint reading, math, code and safety. Some start at a technical school and get credit toward an apprenticeship. After the apprenticeship, most states require a licensing exam on the NEC and local codes. You are earning from the first week, and apprentice pay rises as you progress. Our guide to how to become an electrician walks through the steps.
Electrical engineers
Engineers typically need a bachelor's degree in electrical engineering, electronics engineering or a related field. BLS says employers also value internships and co-op programs, and some prefer a master's degree. The math is heavier and more abstract: calculus, differential equations, circuit analysis, electromagnetics, signals and power systems. You are paying tuition, not drawing a paycheck, for four years (co-op terms aside).
Licensing: journeyman card vs. PE license
For electricians, licensing is the gate to doing the work at all in most states. You generally cannot work as a journeyman without the license.
For engineers, it works the other way around. BLS notes that entry-level electrical engineering jobs do not require a license. The NCEES licensure page describes the typical path to the Professional Engineer license as a degree from an EAC/ABET-accredited program, passing the Fundamentals of Engineering (FE) exam, about four years of qualifying experience in most states, and passing the PE exam.
- The FE exam is a 110-question computer-based exam with a 5-hour, 20-minute testing window and a $225 fee, usually taken near or right after graduation.
- The PE Electrical and Computer exam comes in three disciplines. The Power exam, the one most relevant to building and utility work, has 80 questions over 8 hours of exam time, is offered year-round, and costs $400.
PE licensure matters most for engineers who stamp drawings, such as building power and lighting designers at consulting firms, or utility engineers. Many engineers in manufacturing or electronics never need it.
The daily work compared
A typical day for an electrician
You are on your feet, often outside or in unfinished buildings: bending conduit, pulling wire, landing terminations, setting gear, troubleshooting a circuit that trips. BLS lists physical stamina, physical strength (lifting components up to about 50 pounds), color vision and troubleshooting as important qualities. The work is visible and finished every day, and it is hard on the body over decades. For a fuller picture, see our day in the life of a journeyman electrician.
A typical day for an electrical engineer
BLS describes engineers' work environment as generally an office, with travel to sites to observe problems or equipment. Work might include load calculations, short-circuit and coordination studies, single-line diagrams, specifications, reviewing contractor submittals, or designing circuits and components in manufacturing. The industries that employ the most electrical engineers, per BLS, are engineering services firms, power generation and distribution, electronic product manufacturing, transportation equipment manufacturing and construction.
Where they meet
On a building project, the engineer's drawings become the electrician's work. Requests for information (RFIs) flow from the field to the engineer when the design does not fit reality. Good relationships run both ways: engineers who spent time in the field design more buildable systems, and electricians who understand design intent make better foremen and estimators.
How each career grows over time
Starting pay and median pay only tell part of the story. The bigger question is where each path can take you after ten or fifteen years.
Electrician growth paths
BLS notes that journey-level electricians can become master electricians after meeting additional requirements, and can move into supervisor and project management roles. Some go into estimating, inspection, controls or specialized work such as fire alarm or industrial maintenance. About 7% of electricians are self-employed, per BLS, and owning a contracting business is the path with the least predictable but potentially highest ceiling. Electricians working in manufacturing and government also earn higher medians than those at electrical contractors, according to the same BLS data.
Engineer growth paths
Engineers typically grow by taking on larger and more complex designs, earning a PE license so they can sign and seal drawings, moving into engineering management, or specializing in high-demand areas such as power systems. The top 10% of electrical engineers earn more than $184,300, per BLS. Some engineers also start their own consulting firms, though that usually requires a PE license if they offer services to the public.
The pattern: an electrician's income growth often comes from licenses, leadership, overtime and ownership. An engineer's comes from specialization, licensure and management. Both reward people who keep learning after the first credential.
Can you switch from electrician to engineer (or back)?
Yes, though one direction is much harder than the other.
- Electrician to engineer: You will still need an engineering degree for most engineering jobs and for PE licensure in most states. Some electricians take night or part-time classes while working. NCEES notes that many states offer additional paths to licensure, so check your state board if you lack an accredited degree, but do not count on a shortcut.
- Electrician to technician or designer: A middle path exists. BLS lists electrical and electronic engineering technologists and technicians, who typically need an associate's degree, with a 2025 median of $78,190. Some electricians also move into design-build, controls or estimating roles without becoming engineers.
- Engineer to electrician: Rare, but possible through a standard apprenticeship. Engineering coursework does not replace the on-the-job hours most states require for a journeyman license.
Which should you choose?
| Choose electrician if you... | Choose electrical engineer if you... |
|---|---|
| Want to earn while you train and avoid student debt | Can afford (or finance) four years of school |
| Learn best by doing | Enjoy advanced math and theory for its own sake |
| Like physical work and seeing results each day | Prefer office work and design problems |
| Might want to run your own contracting business | Want a higher median salary and ceiling as an employee |
| Want to work in a field with many openings each year | Want to work on products, utilities or large system design |
The bottom line
In the electrician vs. electrical engineer comparison, engineers earn more at the median, roughly $120,630 versus $63,190 in the latest BLS data, but they pay for it with four years of school, possible debt and mostly desk work. Electricians start earning on day one, have far more openings each year, and can raise their own ceiling through overtime, a master license or their own shop. If you love hands-on work and want to start earning now, become an electrician. If abstract math excites you and you can commit to a degree, engineering pays off. Either way, the trade and the profession need each other.