Which Engineering Major Is Best? 10 Majors Ranked by Pay, Jobs and Unemployment

"Engineering" isn't one major. It's a family of about a dozen, and families shopping for colleges usually find that out the first time an application asks them to pick one. Chemical or mechanical? Civil or electrical? The salary lists online mostly say "engineering pays well" and stop there.

This guide compares the engineering majors against each other. It uses the New York Fed's Outcomes by Major table (median pay for bachelor's-only workers early and mid-career, plus recent-grad unemployment and underemployment) and the Bureau of Labor Statistics' Occupational Outlook Handbook (pay, projected growth and yearly openings for each engineering career).

Every number below is linked to its source. Where the data can't separate two majors, we say so rather than guess.

Which engineering major is best?

The honest answer is that it depends on which of these three things matters most to your family, because no major wins all three:

• Highest pay: Chemical Engineering ($135,000 at mid-career), Computer Engineering ($131,000) and Aerospace Engineering ($130,000).
• Easiest first job: Engineering Technologies (1.7% recent-grad unemployment), Aerospace Engineering (2.2%) and Civil Engineering (2.3%).
• Most jobs and openings: industrial engineering (12% projected growth, about 23,100 openings a year) and mechanical engineering (11%, about 17,800 a year), per BLS. Civil engineering is right behind with about 22,700 openings a year.

If you want one all-round pick, Mechanical Engineering and Civil Engineering come closest: both pay well above the all-majors median, both have recent-grad unemployment near or below the all-majors average, and both feed large, growing job markets. Aerospace engineering also scores well on all three, but it's a smaller field, so there are far fewer openings each year.

Which engineering majors pay the most?

Here are the 10 engineering majors the New York Fed tracks, sorted by mid-career pay. Pay figures are medians for full-time workers with a bachelor's degree only, so grad degrees don't inflate them. Unemployment and underemployment are for recent grads aged 22 to 27. Underemployment means working a job that typically doesn't require a college degree.

Source: Federal Reserve Bank of New York, The Labor Market for Recent College Graduates, Outcomes by Major (released Feb. 4, 2026; 2024 ACS data). "Miscellaneous engineering" groups smaller majors such as biomedical, environmental and materials engineering. Tap a major to open its free loan-vs-upside calculator.

Every engineering major clears the all-majors mid-career median of $87,000, and the lowest early-career figure on the list ($65,000 for engineering technologies) is still $7,000 above the all-majors starting median. The real spread is between the top and bottom of the family: $35,000 a year at mid-career separates chemical engineering from industrial engineering.

Notice that industrial engineering starts high ($83,000) but grows the least by mid-career ($100,000). The data can't say exactly why, but BLS notes that some industrial engineers advance to management positions, and that demand is driven by companies trying to cut costs through better production processes, supply chains and automation.

If cost is part of the decision, run your own numbers in the degree loan vs. lifetime upside calculator.

Which engineering careers have the most job growth through 2035?

Majors are the path; careers are where the paychecks come from. These are the main engineering careers in the BLS Occupational Outlook Handbook, with May 2025 median pay, projected growth from 2025 to 2035 and average openings per year. Openings include jobs that open up when engineers retire or change fields, so they matter more than the growth rate for a student looking for a first job.

Source: U.S. Bureau of Labor Statistics, Occupational Outlook Handbook (pages last modified Aug. 27, 2026). Each career name links to its BLS profile.

Two patterns stand out. The biggest engineering careers by far are civil, industrial, mechanical and electrical engineering, each with about 300,000 to 380,000 jobs and 16,000 or more openings a year. The highest-paid careers, like petroleum, nuclear and computer hardware engineering, are much smaller. Petroleum and nuclear engineering are also barely growing, so a student betting on them is betting on a narrow market.

Which engineering majors have the highest and lowest unemployment?

For recent grads (ages 22 to 27), the New York Fed data shows:

• Lowest: engineering technologies 1.7%, aerospace engineering 2.2%, civil engineering 2.3% and electrical engineering 3.2%.
• Highest: computer engineering 7.8%, chemical engineering 4.7% and general engineering 4.5%.

The all-majors rate for recent grads is 4.2%, so most engineering majors sit near or below average. Computer engineering is the outlier, and it lines up with computer science at 7.0%. Entry-level tech hiring has been tough for both, even though BLS still projects growth for computer hardware engineers (9%) and software developers (10%).

Underemployment tells a different story from unemployment. Engineering technologies has the lowest unemployment on the list but the highest underemployment (44.4%), and general and industrial engineering are above 30%. Aerospace (14.7%), civil (15.6%) and computer engineering (15.8%) grads are the least likely to land in jobs that don't need their degree. For the same comparison across every major, see our ranking of college majors with the highest and lowest unemployment.

Which engineering major is the worst for the job market right now?

No engineering major is a bad bet on this data, but the weakest spot right now is computer engineering's entry-level market. At 7.8%, its recent-grad unemployment is the highest of the 10 engineering majors and above the 4.2% all-majors rate. It also has the highest early-career pay ($90,000), so grads who land a job do very well. That combination usually means fewer entry-level openings and more competition for them.

On the career side, petroleum (2%) and nuclear engineering (little or no change) have the slowest projected growth in the BLS data. They pay very well, but there are only about 1,000 and 800 openings a year nationwide. A student who loves energy can keep options open with a chemical or mechanical engineering degree, which feeds into both fields.

If you want to compare computer engineering with its closest cousins, our computer science vs. software engineering vs. IT breakdown and computer engineering career guide cover the details.

Engineering or computer science: which has better job prospects?

On pay, they're close. Computer science grads earn a median $87,000 early and $120,000 mid-career, the same mid-career figure as mechanical engineering and below chemical, computer, aerospace and electrical engineering. On entry-level unemployment, most engineering majors currently do better: computer science sits at 7.0%, while civil, aerospace and electrical engineering are all under 3.5%.

The size of the market is where computer science wins. BLS counts about 1.7 million software developer jobs and about 106,100 openings a year for software developers, QA analysts and testers combined. That's more openings than all 12 engineering careers in the table above put together. So the trade-off is roughly this: computer science has the bigger market and more competition at the entry level, while engineering has smaller, steadier markets tied to physical industries like construction, manufacturing and energy.

Are engineering degrees safe from AI?

Nobody can promise how AI will change any job, so be wary of confident lists. What the BLS projections show is that the large, hands-on engineering fields are still growing faster than average: mechanical engineering 11%, industrial 12%, civil 6%. BLS ties mechanical engineering demand partly to automation, since factories adding complex machinery need engineers to integrate it.

Engineering work also comes with things software can't easily take over: licensing, physical sites and legal sign-off. BLS notes that civil engineers usually must be licensed if they provide services directly to the public, and that a licensed professional engineer (PE) may oversee other engineers, approve design plans and sign off on projects. Industrial engineering demand, BLS adds, comes partly from companies that want expertise on automation. For the wider picture across all majors, see our list of college majors that hold up under automation.

What are all the engineering majors?

Most universities offer some version of these. The first group covers the large majors the New York Fed tracks separately; the second covers smaller, specialized majors:

• Large majors: mechanical, civil, electrical, computer, chemical, aerospace and industrial engineering, plus general engineering and engineering technology.
• Specialized majors: biomedical engineering, environmental engineering, materials science and engineering, nuclear, petroleum, agricultural, mining and architectural engineering.

Specialized majors can be great, but they lock in a field early. If your teen is interested in, say, biomedical engineering but isn't sure, a mechanical, electrical or chemical engineering degree with a biomedical minor or electives keeps more doors open, since those majors feed the specialized careers too.

Is engineering technology a good alternative to an engineering degree?

It can be. BLS describes engineering technology programs (in its mechanical engineering profile) as focusing less on theory and more on practical application, often with internships and co-ops. In the New York Fed data, engineering technology grads have the lowest unemployment of any engineering major (1.7%) and still earn $104,000 at mid-career.

The trade-off is underemployment: 44.4% of recent engineering technology grads work in jobs that don't typically require a degree, the highest share on the list. And licensing can be harder, because a PE license usually requires a degree from an accredited engineering program. If your teen likes hands-on work more than calculus, engineering technology is worth a look, and so is our guide to two-year degrees that pay well, since many engineering technicians start with an associate's degree.

How should a teen choose an engineering major?

Start with the problems, not the paycheck. Every engineering major pays well, so the bigger risk is a student who is bored by the work. A quick way to sort the main majors:

• Machines, engines, robots: mechanical or aerospace engineering.
• Bridges, roads, water systems: civil engineering or environmental engineering.
• Circuits, power, chips: electrical engineering or computer engineering.
• Chemistry, energy, materials: chemical engineering or materials engineering.
• Making systems run better (factories, hospitals, supply chains): industrial engineering.

Then check the trade-offs in the two tables above. Many universities start engineering students in a shared first year of math, physics and intro design, so check whether the colleges on your list let students pick a specific engineering major after year one. Our free assessment helps with the first step: it scores your teen's strengths and interests with our proprietary scoring and returns their top 3 major matches, so you can see whether engineering is a real fit before the applications go out. For careers across the whole engineering family, see what you can do with an engineering degree.

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