Engineering: Highest Paying Jobs by Discipline

In official US data for May 2025, the engineering highest paying jobs were computer hardware engineers (median $161,740), petroleum engineers ($144,910), aerospace engineers ($134,960) and nuclear engineers ($133,970). The median for all architecture and engineering occupations was $99,520, almost double the $50,980 median for all US jobs.

Key facts

• Computer hardware engineers had the highest median pay of any US engineering occupation in May 2025, at $161,740 a year, with 76,100 jobs in 2025. (U.S. Bureau of Labor Statistics, Occupational Outlook Handbook, May 2025)
• The median annual wage for architecture and engineering occupations was $99,520 in May 2025, compared with $50,980 for all occupations. (U.S. Bureau of Labor Statistics, Architecture and Engineering Occupations, May 2025)
• Petroleum engineers earned a median of $144,910 in May 2025, but employment is projected to grow only 2 percent from 2025 to 2035. (U.S. Bureau of Labor Statistics, Petroleum Engineers, May 2025)
• Employment of industrial engineers is projected to grow 12 percent and mechanical engineers 11 percent from 2025 to 2035, much faster than average. (U.S. Bureau of Labor Statistics, Mechanical Engineers, 2026)
• Electrical engineers had a median of $120,630 and electronics engineers $130,220 in May 2025; together they held 297,900 jobs. (U.S. Bureau of Labor Statistics, Electrical and Electronics Engineers, May 2025)
• In the UK, electrical engineers had the highest median full-time pay among engineering professionals in April 2025, at £60,303 a year. (Office for National Statistics, ASHE Table 14.7a (provisional 2025), Oct 2025)

Engineering is one of the best paid fields you can enter with a bachelor's degree. In the United States, the median wage for architecture and engineering occupations was $99,520 in May 2025, according to the Bureau of Labor Statistics (BLS), almost double the median for all jobs. But pay varies a lot between disciplines, and so do the number of jobs and the outlook for growth.

This guide ranks the main engineering disciplines by official median pay, shows how many jobs each one has and how fast employment is expected to grow, compares the same fields in the United Kingdom, and explains how to choose a discipline that pays well and still has room for new engineers.

Engineering highest paying jobs: the ranking

The table lists median annual pay in the United States for May 2025, from the BLS Occupational Outlook Handbook. The median is the middle wage: half of the engineers in the occupation earn more and half earn less. All of these occupations normally require a bachelor's degree to enter.

Source: U.S. Bureau of Labor Statistics, Occupational Outlook Handbook, median pay for May 2025. Within the electrical and electronics group, electrical engineers had a median of $120,630 and electronics engineers (except computer) $130,220.

Pay is only half the story: jobs and growth

A high median is less useful if there are few jobs or little growth. The table below adds the number of US jobs in 2025 and the projected change in employment from 2025 to 2035 for the disciplines where the BLS publishes both.

Source: BLS Occupational Outlook Handbook, occupation pages, 2025 to 2035 projections.

Two patterns stand out. First, the very top paying disciplines are small: petroleum and nuclear engineering together had about 35,000 US jobs, and their projected growth is low or flat. Most openings there come from replacing engineers who retire or change careers. Second, the big disciplines pay a little less but offer far more jobs and faster growth. Industrial, mechanical, civil and electrical engineering together account for more than 1.3 million US jobs, and all four are projected to grow faster than the average for all occupations.

A closer look at the top five

Computer hardware engineers

They design and test processors, circuit boards, memory devices and networks. Demand comes from data centres, consumer electronics and specialised chips. Employment is projected to grow 9 percent over the decade, much faster than average. A degree in computer engineering or electrical engineering is the usual route.

Petroleum engineers

They find ways to extract oil and gas from below the surface. Pay is high and depends heavily on energy prices, and the field is concentrated in a few regions and countries. Growth is projected at only 2 percent, so competition for openings can be strong when prices fall.

Aerospace engineers

They design aircraft, spacecraft, satellites and missiles. Many roles are with defence contractors and government agencies, and some of these require a security clearance. Employment is projected to grow 8 percent from 2025 to 2035.

Nuclear engineers

They work on nuclear power, medical and research applications of radiation. Pay is high, but the BLS projects little or no change in employment over the decade, with openings mainly from people leaving the field.

Chemical and electrical engineers

Chemical engineers apply chemistry to manufacturing processes, from fuels to food and pharmaceuticals. Electrical and electronics engineers design power systems, motors, communications and control equipment. Both share a median of $125,040, but electrical and electronics engineering is more than ten times larger by number of jobs and is projected to grow 8 percent.

How engineering pay compares in the UK

Engineering salaries in the UK are lower in pounds than US salaries in dollars, as with most professions. Official UK data from the Office for National Statistics for April 2025 shows these medians for full-time employees:

Source: ONS, Annual Survey of Hours and Earnings, table 14.7a, provisional 2025 results. All of these UK medians are well above the UK full-time median of £39,039. Engineering technicians, a role often reached through an apprenticeship rather than a degree, also earn above the national median.

Exchange rates, taxes, health care costs and living costs differ a lot between countries, so compare take-home pay and living costs, not only gross salaries, when you consider working abroad.

What engineers do all day

Job titles can hide the real work. Here is what a normal week looks like in a few of these fields.

A civil engineer plans roads, bridges, pipes and buildings. Much of the week is spent at a desk with drawings and models. Some days are on site, checking work and meeting builders. There are many meetings, because big projects need many people.

A mechanical engineer designs parts and machines. They use design software, test ideas, and fix problems on the factory floor. They often work with suppliers to get the right parts at the right price.

An electrical engineer works on power, motors and control systems. Some design new systems. Others keep old systems safe and running. Safety rules matter a lot in this work.

An industrial engineer looks for waste. They study how people, machines and materials move, then make the work faster, safer and cheaper. If you like fixing how things are done, this field suits you.

How engineering pay grows over a career

New engineers start below the medians in this guide. Pay then rises as you gain skills and take on more. The steps often look like this. You start as a junior or graduate engineer and learn under a senior. After a few years you lead parts of projects. Later you may lead whole projects or teams. Some engineers move into management. Others become deep experts in one area. Both paths can pay well.

A licence or chartered status often comes with a pay rise, because it lets you sign off designs. Moving to a larger employer, a busier region or a field with more demand can also lift your pay.

Skills that raise engineering pay

• Software skills. Design tools, simulation and coding are useful in every field now.
• Project skills. Planning, budgets and leading people help you move up.
• Clear writing and speaking. Engineers who explain ideas well get trusted with more.
• Safety and quality. Knowing the rules well makes you valuable on any site.
• A niche. Deep skill in a growing area, such as power systems or chips, can raise your value.

Working as an engineer abroad

Engineering skills travel well. The maths and science are the same in every country. But the rules are not. Many countries ask foreign engineers to have their degree checked, and some ask for a local licence before you can sign off work. Defence and nuclear jobs are often open only to citizens. If you want to work abroad, check three things early: whether your degree is recognised, whether you need a local licence, and whether employers in that country sponsor work visas for engineers. Our country pages show live engineering jobs by country, which helps you see where demand is.

Is engineering right for you?

High pay is a good reason to look at engineering. It should not be the only reason. Ask yourself a few honest questions.

• Do you like maths and science? You will use both every day.
• Do you enjoy solving problems? Most of the job is finding out why something does not work.
• Can you work with detail? Small mistakes can be costly or unsafe.
• Do you like working in teams? Few engineers work alone.
• Are you ready for a long degree? Most of these roles need four years of study.
• Will you keep learning? Tools, codes and standards change, and good engineers keep up with them through courses and reading for their whole career.

If you said yes to most of these, engineering could suit you well. If not, look at related roles. Technicians, drafters and project coordinators work close to engineers. Many of these roles pay well too. Some take less time to train for. You can also start in one of these roles and move up later.

Talk to people who do the job. Ask what they like and what they do not. Ask what a hard day looks like. Their answers will tell you more than any table. A short visit to a site, a lab or a factory can also show you what the work feels like.

How to choose a well paid engineering discipline

1. Look at pay and size together. A slightly lower median in a large, growing field can mean more job offers and faster promotion than a top median in a small field.
2. Check where the jobs are. Petroleum, mining and aerospace jobs cluster in certain regions. Civil, mechanical and electrical jobs exist almost everywhere.
3. Think about industry cycles. Energy and mining pay rise and fall with commodity prices. Infrastructure and manufacturing are steadier.
4. Consider licences and clearances. Some roles need a professional engineering licence, chartered status or a security clearance, which affects how easily you can move between employers and countries.
5. Match your interests. You will spend decades in the field. Pay matters, but so does whether you enjoy designing chips, bridges, aircraft or factory processes.

How to get into a high paying engineering job

Education

A bachelor's degree in an engineering discipline is the standard entry route for all the occupations in the US table. Accredited programmes matter, because many employers and licensing boards require them. A master's degree can help for research, specialised design and some senior roles, but it is not required for most jobs.

Experience

Internships and co-operative education programmes give practical experience and often lead to job offers. Graduate schemes at large employers offer structured training in the first years.

Licences and chartered status

In the United States, a Professional Engineer licence is needed to approve designs for public projects in many fields, especially civil engineering. In the UK and many Commonwealth countries, chartered engineer status from a professional institution signals senior competence. Both take several years of experience after graduation.

Alternative routes

If a full degree is not possible right now, engineering technician roles are a realistic start. UK data shows engineering technicians earn a median of £44,843, and many employers support technicians who later study for a degree part time.

Common mistakes when choosing by salary

• Chasing the top median only. The top two disciplines by pay have far fewer jobs than civil or mechanical engineering.
• Ignoring location. Some well paid disciplines are tied to specific regions or industries.
• Forgetting the long term. Projections over ten years matter more than one year of high pay.
• Comparing gross pay across countries. Taxes and living costs can change the picture completely.

Checklist before you pick a discipline

• I know the median pay, number of jobs and growth outlook for each option.
• I know where the jobs are located and whether I can move there.
• I know the degree, licence or clearance the field requires.
• I have spoken to at least one engineer working in each discipline I am considering.
• I have looked at real job adverts to see entry requirements and pay.

Example: choosing between petroleum and electrical engineering

This example was written for this guide and is not about a real person. Omar was offered places to study both petroleum and electrical engineering. Petroleum had the higher US median at $144,910, but only 18,500 jobs and 2 percent projected growth. Electrical and electronics engineering had a median of $125,040, 297,900 jobs and 8 percent projected growth, with jobs in almost every region. He also noticed that UK electrical engineers had the highest median among UK engineering professionals. He chose electrical engineering for its wider choice of employers and countries, and planned to specialise in power systems, which connects to energy work without depending on oil prices.

Live on Dev Global Jobs

Right now there are 112,779 open jobs on Dev Global Jobs (live count, 12 November 2026). Browse engineering jobs to see which disciplines are hiring in your country, filter by city and experience level, and set a job alert for the fields in the tables above.

Frequently Asked Questions

Sources

1. Architecture and Engineering Occupations, U.S. Bureau of Labor Statistics, Occupational Outlook Handbook. Accessed 3 October 2026.
2. Computer Hardware Engineers, U.S. Bureau of Labor Statistics, Occupational Outlook Handbook. Accessed 3 October 2026.
3. Petroleum Engineers, U.S. Bureau of Labor Statistics, Occupational Outlook Handbook. Accessed 3 October 2026.
4. Electrical and Electronics Engineers, U.S. Bureau of Labor Statistics, Occupational Outlook Handbook. Accessed 3 October 2026.
5. Mechanical Engineers, U.S. Bureau of Labor Statistics, Occupational Outlook Handbook. Accessed 3 October 2026.
6. Occupation (4 digit SOC): ASHE Table 14, 2025 provisional, Office for National Statistics. Accessed 3 October 2026.

Source: Dev Global Jobs, updated 12 November 2026.