Career profile

Industrial Engineer

Industrial engineers plan how people, machines, and materials work together as one system.

How can production stall when every machine runs fine? You trace how work passes between stations, plan a better arrangement, then check whether it helps.

An industrial engineer reviews an assembly line plan with an operator.

A day in the life

1An industrial engineer records assembly timing while an operator points out an empty component bin causing a delay.

Find where work sits idle

Watch one assembly step, log how long each part takes, and ask its operator why holdups happen.

2An industrial engineer adjusts a workstation layout in drafting software to compare shorter routes for moving materials.

Redraw a workstation layout

In drafting software, compare several equipment layouts for one workstation to shorten how far materials travel.

3An industrial engineer compares inspection records and a product drawing, then highlights a sample feature for a production coworker to investigate.

Chase a rise in defects

When defects climb, check inspection records against the product specifications, then flag what the production team should investigate.

4An industrial engineer reviews calculated production costs and expected savings with a manager considering a workstation investment.

Put a price on a change

Calculate production cost and a suggested change's likely savings so a manager can decide if it's worth funding.

Quick facts

Preparation

Bachelor’s degree

United States

Pay

$102,440/year

United States · May 2025

Outlook

12% projected growth

United States · 2025–2035

Quick orientation

Preparation, pay & outlook

Preparation

Bachelor’s degree

Usually industrial engineering or a related engineering field.

Geography
United States
Period
Not applicable

Pay

$102,440/year

National median; equivalent to $49.25/hour.

Geography
United States
Period
May 2025

Outlook

12% projected growth

About 23,100 openings annually, including replacement needs.

Geography
United States
Period
2025–2035

Fit, tradeoffs & changing tools

Things to weigh

  • Some workweeks run beyond 40 hours.
  • A calculation is only part of the work; you also explain recommendations and handle questions from coworkers.

Where AI may help

In advanced manufacturing, computer models connected to real production data—called digital twins—can predict how a system will behave before you change it.

What people still lead

People define what the model must represent and check its predictions against the real operation before trusting the results.

What we can’t predict yet

How much planning these tools can take over depends on reliable data and models that work together. Building and checking those connections remains difficult.

Pay in context

Earnings

The median describes the middle worker’s pay, not a starting offer.

The national spread

The median was $102,440 a year, or $49.25 an hour. The 10th and 90th percentiles were $74,370 and $159,860 annually. These describe the wage distribution, not beginner and senior salaries.

Geography
United States
Period
May 2025
Pay basis
Annual and hourly employee wages; national percentiles

Workplace type matters

Annual medians were $107,610 in professional, scientific and technical services; $105,370 in computer and electronic manufacturing; and $93,170 in fabricated metal manufacturing.

Geography
United States
Period
May 2025
Pay basis
Median annual employee wages by industry

Getting started

Study industrial engineering

What the route involves
Complete a bachelor’s degree covering statistics, production systems, facilities design and engineering costs.
What it can lead to
Build preparation for engineering roles that design and improve entire work systems.

Enter through related engineering

What the route involves
Earn a bachelor’s degree in a related field, such as mechanical or electrical engineering.
What it can lead to
This is another recognized educational background for industrial engineering positions.

Compare the subjects you would study in these two education routes.

After entry

Career paths

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

  1. Learn the operation

    Start by tracing material flow and learning the production records behind it.

  2. Own an improvement

    Develop a system change, compare alternatives, and evaluate whether the result meets the project’s goals.

  3. Lead engineering work

    With experience, move toward managing engineers and technicians.

Where you can work

Manufacturing plants

Move between observing assembly on the factory floor and analyzing results in an office.

  • Indoors
  • Office

Hospital engineering teams

Work with clinical partners on appointment schedules, staffing workloads and room capacity. Patient access and the needs of care teams shape the design.

  • Indoors
  • Office

Try it

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

Make ten paper packets, each with three different sheets. Time your first assembly method, sketch where supplies sit, then change the layout or sequence and repeat. Count mistakes as well as seconds. Notice whether you enjoy explaining why one arrangement works better.

Explore more careers

Sources

  1. U.S. Bureau of Labor Statistics. Industrial Engineers — Occupational Outlook Handbook. Accessed 2026-10-03.
  2. O*NET OnLine / U.S. Bureau of Labor Statistics. National Wages: Industrial Engineers. Accessed 2026-10-03.
  3. O*NET OnLine. 17-2112.00 — Industrial Engineers. Accessed 2026-10-03.
  4. Purdue University. Industrial Engineering Undergraduate Program. Accessed 2026-10-03.
  5. National Institute of Standards and Technology. Digital Twins for Advanced Manufacturing. Accessed 2026-10-03.
  6. Mayo Clinic. Health Care Systems Engineering Section. Accessed 2026-10-03.

Your message goes to the Great Jobs team. How we use your information