Industrial Engineer Salary by State 2026

National industrial engineer salary overview

At the national level, industrial engineering is one of the clearer signals that manufacturing is getting more technical. O*NET reports a national median annual wage of $102,440, with the 75th percentile at $129,250 and the 90th percentile at $159,860. Source: O*NET national wage row.

The employment outlook is also strong. O*NET's national trends panel shows 351,100 industrial engineer jobs in 2024, projected to reach 389,600 by 2034. That works out to 11% projected growth and 25,200 annual openings. Source: O*NET national trends panel.

The state spread is wide enough to matter. Across states with published wage data, the average state median is $106,510. The gap from South Dakota to Alaska is $63,310, or about 68%. That is not a rounding error. It can change plant budgeting, recruiting strategy, consultant pricing, and the economics of where to put advanced manufacturing capacity.

Industrial engineers do not all do the same job. In one plant, the title may mean labor standards and time studies. In another, it may mean simulation, material flow, ERP routing cleanup, automation support, or value stream redesign. That role flexibility is exactly why salary data needs context. The BLS Occupational Outlook Handbook describes industrial engineers as people who devise efficient systems that integrate workers, machines, materials, information, and energy. That definition fits the factory floor better than most job descriptions do.

Top-paying states for industrial engineers

The highest-paying states tend to have one or more of three traits: expensive engineering labor markets, aerospace and defense density, or advanced manufacturing clusters where process improvement talent is scarce. Use this table as a pay benchmark, not as a promise that every plant in the state pays at the median.

Source: O*NET local wage pages linked by state in the table.

Lower-paying states for industrial engineers

Lower median pay does not mean weaker talent. It often reflects local cost structures, industry mix, and the difference between corporate engineering roles and plant-level continuous improvement roles. For employers, the risk is assuming a low median gives you permission to underbid the market. The better read is to compare median pay against growth and opening counts.

Source: O*NET local wage pages linked by state in the table.

Fastest-growth states for industrial engineer jobs

Projected growth is where the table gets more interesting. A state with only average wages today can become a difficult recruiting market quickly if factory investment, warehouse automation, aerospace work, semiconductor projects, or reshoring activity pulls more engineers into the same labor pool.

Source: O*NET local trend pages linked by state in the table.

States with the most industrial engineer openings

Openings matter more than growth percentage when you are hiring now. Big manufacturing states can post moderate growth and still need thousands of industrial engineers each year because the installed base of factories is so large. These are the markets where recruiting teams, consulting firms, software vendors, and training providers will usually find the most active demand.

Source: O*NET local trend and wage pages linked by state.

Industrial engineer salary by state, full table

The full table below includes every state plus the District of Columbia. Wage columns come from the O*NET local wage pages. Employment, projected employment, projected growth, and annual openings come from the O*NET local trend pages, which cite Projections Central for state-level projections and BLS for national projections.

Sources: O*NET local wage and trend pages linked for each state.

How manufacturers should read this data

First, do not treat industrial engineering as overhead by default. In a plant with thin margins, the person who fixes labor standards, line balance, material flow, constraint management, and changeover loss can pay for themselves quickly. The wage table only shows what the labor market pays. It does not show the cost of bad routings, unmanaged bottlenecks, or automation projects built around the wrong assumptions.

Second, state salary data should be read with industry mix in mind. An industrial engineer in aerospace, semiconductor equipment, medical device manufacturing, or large-scale automotive work may command a different salary than someone in a smaller job shop. The same job title can cover plant layout, capital project support, standard work, ergonomics, warehouse slotting, simulation, MES cleanup, and supervisor training.

Third, pay bands need to account for the work you actually need done. If you need someone to run time studies under a senior manager, a median benchmark may be enough. If you need someone to own throughput improvement across multiple value streams, the 75th percentile is a better place to start. If you need someone who can combine Lean, data analysis, automation planning, and cross-functional change management, the 90th percentile may be closer to reality.

For marketers and sales teams, this page is useful because industrial engineering demand is a proxy for operational pressure. States with high openings and growing employment are often active markets for ERP cleanup, MES, simulation software, automation integrators, recruiting, training, plant layout consultants, and continuous improvement support.

What drives industrial engineer pay?

Plant complexity

The more complex the plant, the more valuable the role becomes. High-mix manufacturing, regulated products, tight delivery windows, labor constraints, and heavy automation all raise the cost of poor process design. Industrial engineers who can work across production, maintenance, quality, finance, and supply chain are usually worth more than narrow time-study support.

Data and systems fluency

A modern industrial engineer may need to pull ERP data, validate cycle times, build capacity models, clean up routings, use BI tools, and translate noisy plant data into decisions supervisors can use. That blend of engineering and practical data work is a major salary driver.

Automation and capital projects

Automation does not remove the need for industrial engineers. It often increases it. Someone has to define the process, validate the business case, design flow around the equipment, set labor assumptions, and measure whether the project delivered what the spreadsheet promised.

Leadership range

The best industrial engineers can influence without owning every department. They can challenge a routing, explain the math to finance, earn trust from supervisors, and still get operators to tell them what really happens on the floor. That range is hard to hire, and hard-to-hire skills usually show up in pay.

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