Career profile

Automotive Engineer

Automotive engineers design vehicle systems, then test how well they work together.

How do you prove a change to a car's steering or structure works? Automotive engineers turn that question into designs, measurements and decisions.

An adult automotive engineer testing a vehicle component on an automotive laboratory rig and comparing physical measurements with a colleague.

A day in the life

1An automotive engineer compares two body-panel models on a monitor and discusses a reinforcing-rib change with an older design colleague.

Update a body panel's design

Simulate each option's strength by computer, minding cost and weight, then discuss a change with the design engineer.

2Beside a parked test vehicle, an automotive engineer uses a connected tablet and a route diagram to brief two colleagues on a repeatable track test.

Plan a repeatable track test

Set conditions, confirm the loaded software release, and brief the track crew so each run tests one question.

3An automotive engineer and a colleague compare an unexpected peak in recorded test data with handwritten test notes to decide the next investigation.

Trace a reaction nobody expected

Match logged data against test notes, then choose to rerun or dig into the car's software and hardware.

4From a protected control room, an automotive engineer adjusts engine software and monitors output and emissions while an engine runs on a dynamometer.

Hit performance and emissions requirements

In calibration jobs, adjust control-software settings, then measure the engine's output on a dynamometer test stand.

Quick facts

Preparation

Usually a bachelor's degree

United States

Pay

Not displayed

Pay depends on the particular engineering role and its experience requirements.

Outlook

Not displayed

A national growth rate is not available for this specialty alone.

Quick orientation

Preparation, pay & outlook

Preparation

Usually a bachelor's degree

Engineering study is the usual starting point.

Geography
United States
Period
Not applicable

Pay

Not displayed

Pay depends on the particular engineering role and its experience requirements.

Geography
United States
Period
Not applicable

Outlook

Not displayed

A national growth rate is not available for this specialty alone.

Geography
United States
Period
2025–2035

Fit, tradeoffs & changing tools

Things to weigh

  • Expect substantial screen time and written records alongside vehicle work.
  • Track-testing schedules can extend beyond normal hours when vehicles or facilities are available.

Where AI may help

Scripts can automate repeated bench and vehicle tests. Computer simulations help engineers compare designs before building them.

What people still lead

You still choose useful test conditions and decide what an unexpected result means for the next test or design change.

What we can’t predict yet

How much physical testing a simulation can replace depends on the vehicle system and how faithfully the model reproduces its behavior.

Pay in context

Earnings

The broader mechanical-engineering field gives you useful pay context. These figures include specialties beyond automotive engineering.

Median and pay spread

U.S. mechanical engineers had a median wage of $104,110 a year, or $50.05 an hour. The 10th–90th percentile range was $73,990–$164,340 annually. Those endpoints describe lower- and higher-paid workers across the occupation, not starting and senior salaries.

Geography
United States
Period
May 2025
Pay basis
Annual and hourly median wages; annual 10th and 90th percentiles for Mechanical Engineers

Pay across workplace types

For mechanical engineers, annual median pay was $105,560 in transportation equipment manufacturing, $103,440 in architectural, engineering, and related services, and $132,040 in scientific research and development services. These broad industry groups include work beyond vehicles; they do not predict what a particular employer will offer you.

Geography
United States
Period
May 2025
Pay basis
Median annual wages for Mechanical Engineers within each named industry

Openings across mechanical engineering

Employment of mechanical engineers is projected to grow 11% from 2025 to 2035, with about 17,800 openings a year on average. Openings include replacing people who leave the occupation. These projections cover the whole mechanical-engineering field and do not isolate automotive jobs.

Geography
United States
Period
2025–2035
Pay basis
Employment growth and average annual openings; not a compensation measure

Getting started

Study mechanical engineering with an automotive focus

What the route involves
Complete a bachelor's degree with math, physics, engineering labs, and design projects. Automotive coursework can add vehicle performance and engine design.
What it can lead to
You develop the technical foundation for vehicle design and testing roles, with project work to discuss in interviews.

Combine your degree with paid cooperative work

Paid
What the route involves
Choose a degree with integrated cooperative education. Kettering's mechanical engineering program combines classes and labs with paid industry work.
What it can lead to
You gain workplace experience while studying and can develop a senior design project with your employer.
What to check
This is a route through college; the work experience accompanies the degree.

Build an engineering foundation, then apply it to vehicles through projects and work experience.

After entry

Career paths

This starts where the entry routes leave off: early work, growing capability, and advancement or specialization.

  1. Get established

    Learn your team's test procedures and keep clear records so another engineer can reproduce your results.

  2. Develop a specialty

    Take deeper responsibility for a system. In engine calibration, learn how control settings affect performance and how to investigate results that miss the target.

  3. Lead technical decisions

    Advance toward leading a design analysis or vehicle-testing effort, coordinating other people's work and explaining the evidence behind decisions.

Where you can work

Automaker design teams

Work with other engineers around computer models and design reviews, resolving competing performance, weight, and cost requirements.

  • Office

Vehicle-system suppliers

In engine-management work, you translate a customer's performance targets into settings and tests. Expect contact with customer engineers, dynamometer work, and possible travel.

  • Office
  • Lab
  • Travel

Proving grounds

Closed test tracks put you beside real vehicles and recording equipment. Weather, vehicle readiness, and track access shape the working day.

  • Outdoors
  • Vehicle
  • Safety-sensitive

Try it

See whether the job clicks before you commit to the path.

Roll a toy car down a low cardboard ramp onto two different surfaces. Keep the release point fixed, repeat each trial, and measure stopping distance. Write what changed and what you would test next. Notice whether making the comparison fair interests you as much as the result.

Stay safe: Use a clear floor area and a toy car; this is not a test to perform with a real vehicle.

Explore more careers

Sources

  1. O*NET OnLine. Automotive Engineers — 17-2141.02. Accessed 2026-10-03.
  2. O*NET OnLine. National Wages: Automotive Engineers. Accessed 2026-10-04.
  3. U.S. Bureau of Labor Statistics. Occupational projections and worker characteristics. Accessed 2026-10-03.
  4. Ford Motor Company. Body Exteriors and Closures CAE Engineer. Accessed 2026-10-03.
  5. General Motors. Autonomous Vehicle Test Engineer. Accessed 2026-10-03.
  6. Bosch Group. Calibration Engineer for Engine Management System — Two Wheeler and Powersports. Accessed 2026-10-03.
  7. General Motors. 2027 Summer Intern — Systems/Calibration Engineer, ADAS Drive. Accessed 2026-10-03.
  8. Kettering University. Mechanical Engineering, B.S.. Accessed 2026-10-03.
  9. U.S. Bureau of Labor Statistics. Mechanical Engineers — Occupational Outlook Handbook. Accessed 2026-10-04.

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