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Aerospace Engineer

Design the things that fly. Four years of hard math, then aircraft, rockets, satellites or missiles.

Typical pay
$134,960a year
Time to qualify
4 to 8 yearsafter high school
Demand
Very high
Licence needed
Noanyone can do it

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  1. 1.MoneyWhat you earn and what it costs to get there.5 screens
  2. 2.EducationThe exact path from high school to qualified.5 screens
  3. 3.OptionalThings you don't need, but that help.3 screens
  4. 4.ExtrasDay to day, pros and cons, where you'd work.4 screens
  5. 5.FactoidsThings people don't tell you.4 screens

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Money

What you earn and what it costs to get there.

What aerospace engineers make

Median

$134,960

Entry engineer

$86,700

Senior or chief engineer

$205,890

The national median is $134,960 a year, and the bottom tenth start near $86,700. This is one of the best paid bachelor's degree jobs in the country, and the reason is simple: the work is hard, the math is real, and the consequences of getting it wrong are severe.

Your first job

$75,000 to $90,000

First engineering role out of a four year degree

Embry-Riddle, one of the biggest aerospace schools, reports an average starting salary of $74,798 for its graduates within a year of finishing. That sits below the survey's bottom tenth because it counts every first job, including ones outside aerospace.

The top tenth

$205,890

Chief engineers and technical fellows

Above that sit program managers and technical fellows at the big manufacturers. A security clearance also raises your pay, because the pool of people who hold one is small.

What it costs to get there

Bachelor's degree, in-state at a public university
Roughly $11,000 a year in tuition and fees
Private aerospace school
$40,000 a year and up before aid
Fundamentals of Engineering exam
A few hundred dollars, usually taken in your final year
Principles and Practice of Engineering exam
A few hundred dollars, taken years later if you need the license
Roughly, all in
$28,000 to $165,000

Tuition, fees, exams and kit. Not rent, food or travel

The low end is two years at a community college then transfer into an in-state public engineering program, plus the Fundamentals of Engineering exam in your final year. The high end is four years at a private aerospace school at list price. Most aerospace jobs never require a professional license, so the Principles and Practice of Engineering exam years later is optional for many people. Paid co-op placements and heavy scholarship money mean few people pay the high figure in full, and the FAFSA (Free Application for Federal Student Aid) opens the federal side of that.

File the FAFSA (Free Application for Federal Student Aid) every year. Engineering degrees also attract a lot of scholarship money, and paid co-op placements can cover a chunk of your tuition.

What comes with the job

  • Paid internships and co-op terms

    Manufacturers pay students well for six month placements, and most hiring happens from that pool.

  • Tuition help for a master's

    Common at large employers, who will pay for a part time graduate degree while you work.

  • Security clearance

    Expensive to obtain, so employers sponsor it, and it follows you around the industry.

  • Retirement savings with a match

    A 401(k) plan where the employer adds money on top of yours.

Education

The exact path from high school to qualified.

The path

An accredited engineering degree is the whole gate. Everything after it is optional.

  1. 1

    High school

    Grades 11 and 12

    Calculus, physics and chemistry. Strong math grades are what get you into an engineering program.

  2. 2

    Bachelor's degree in aerospace or mechanical engineering

    4 years

    Four years, accredited by ABET (the body that accredits engineering degrees in the United States). Embry-Riddle's aerospace degree runs 129 credits with tracks in aeronautics, astronautics, jet propulsion and rocket propulsion.

  3. 3

    Internships or co-op

    Summers, or a six month term

    A paid placement at a manufacturer, a research lab or a government center. This is how most graduates get hired.

  4. 4

    First engineering job

    Year 1

    You work under experienced engineers on one small part of a huge system. Expect two years before you own anything.

  5. 5

    Optional license or master's

    4 or more years

    The Fundamentals of Engineering exam, four years of experience and the Principles and Practice of Engineering exam gets you a Professional Engineer license. Most aerospace engineers never need it.

High school courses that help

  • Calculus

    Not optional. Aerospace engineering is applied calculus for four years.

  • Physics

    Mechanics and thermodynamics are the actual content of the degree.

  • Computer science

    You will write code to run simulations from your first semester.

  • Technology or shop class

    Knowing how things are actually built makes you a better designer.

Time and money, at a glance

Years after high school
4 to a job, 8 to a Professional Engineer license
Admission
Competitive, on math and science grades
Total in-state public tuition
About $45,000 to $60,000
Paid while training?
Only through paid internships and co-op placements

Licensing, and the rule that matters more

Engineering licenses are issued by state boards, coordinated by NCEES (the National Council of Examiners for Engineering and Surveying), which covers 68 member boards across the states and territories. The route is an accredited degree, the Fundamentals of Engineering exam, four years of experience and then the Principles and Practice of Engineering exam. Most aerospace engineers never do it, because companies that manufacture products are exempt. The rule that will actually affect you is ITAR (the International Traffic in Arms Regulations): most defense and space work requires United States citizenship or permanent residency.

Where people study

  • Embry-Riddle Aeronautical University

    Campuses in Daytona Beach, Florida and Prescott, Arizona. Four propulsion and flight tracks, all accredited.

  • Purdue University, Georgia Institute of Technology, University of Michigan

    Large public programs with wind tunnels, propulsion labs and deep recruiting pipelines.

  • Massachusetts Institute of Technology, California Institute of Technology

    Small, extremely competitive, and heavily research focused.

  • Your state university's mechanical engineering degree

    A perfectly normal route in. Many aerospace engineers hold mechanical degrees with aerospace electives.

Optional

Things you don't need, but that help.

Specialties inside the field

  • Propulsion

    Jet engines and rocket motors. The hardest and best paid corner.

  • Aerodynamics

    Airflow, wind tunnels and simulation. Heavy on computation.

  • Structures and materials

    Making something strong enough and light enough at the same time.

  • Guidance, navigation and control

    Keeping the vehicle pointed where it should be. Very mathematical.

  • Test engineering

    Instrumenting hardware and breaking it on purpose. Hands on, often at remote ranges.

Nice-to-haves

  • A rocketry or design build club

    Rocket, drone and aircraft design teams are the single best thing on a student resume in this field.

  • Computer-aided design

    Learn a real modeling package. Employers expect it on day one.

  • Python and MATLAB (an engineering math and simulation program)

    The two languages engineering work is actually done in.

  • A pilot's license

    Not required at all, but it changes how you think about flight testing.

Two industries in one

Defense and government work is stable, clearance gated and funded on long contracts: fighter aircraft, satellites, missiles, NASA (the National Aeronautics and Space Administration) programs. Commercial space is faster, younger and harder on your hours, with launch companies iterating hardware in months. The skills are the same and people move between them, but the cultures are not alike. NASA hires through the federal jobs site and runs a Pathways internship program that leads directly to full time jobs.

Extras

Day to day, pros and cons, where you'd work.

A typical day

Most of it is at a computer: running simulations, checking someone else's analysis, updating a model after a test result came back wrong. Then design reviews, where you defend your numbers in front of people who will find the weak part. A few weeks a year you are at a test stand or a wind tunnel instead, watching hardware do what the model said it would, or not. Documentation is constant, because everything that flies has to be traceable.

The honest trade-offs

The good

  • Among the highest paid four year degrees in the country
  • You work on things that genuinely did not exist before
  • Bright outlook with rapid projected growth
  • Skills transfer to any other engineering field

The hard parts

  • The degree is hard and the dropout rate is high
  • Jobs cluster in a handful of states
  • Most defense work needs citizenship and a clearance
  • Programs get canceled and layoffs follow the contracts

Work life

Typical hours
40 to 50 a week, spikes before test and launch
Remote work
Partial. Hardware work is on site.
Physical demand
Low, except during test campaigns
Unionized
Some engineers at large manufacturers are

Factoids

Things people don't tell you.

Accreditation is a global system

ABET (the accrediting body for engineering degrees in the United States) has accredited 4,863 programs at 950 institutions across 42 countries, and more than 200,000 students graduate from them every year. If a degree is not accredited, licensing boards may not count it.

68 boards, one exam system

There is no national engineering license. The National Council of Examiners for Engineering and Surveying coordinates 68 separate state and territory licensing boards, which is why the exams are national but the license is not.

The space agency has a student pipeline

The NASA (National Aeronautics and Space Administration) Pathways Internship Program takes students for multiple semesters and is described by the agency as a direct pipeline to full time employment after graduation. Applications go through the federal jobs site.

Rocket propulsion is a degree track

At Embry-Riddle you choose between aeronautics, astronautics, jet propulsion and rocket propulsion inside the same 129 credit aerospace degree. You are picking your corner of the field before you graduate.

Where these numbers come from

Last checked September 2026. Pay figures are typical full-time annual amounts in United States dollars, based on Bureau of Labor Statistics wage data and published pay scales. They vary by state, employer and experience. Tuition is for in-state students at public schools unless the card says otherwise.