Is manufacturing engineering a good career? For most people who like solving practical problems on a real production floor, yes. The Bureau of Labor Statistics groups manufacturing engineers under industrial engineers, a group that earned a median of $102,440 in May 2025 and is projected to grow 12 percent from 2025 to 2035, which BLS calls much faster than average.
The tradeoff is that the job lives close to the plant. You will spend time on the floor, you will get pulled into urgent line problems, and your wins are measured in scrap, uptime and cost. If that sounds satisfying rather than stressful, this is one of the steadiest engineering paths we recruit for.
Key takeaways
- BLS counts manufacturing engineers inside the industrial engineers occupation (SOC 17-2112), with a May 2025 median wage of $102,440.
- Industrial engineering employment is projected to grow 12 percent from 2025 to 2035, with about 23,100 openings a year on average.
- The work blends process design, lean and continuous improvement, CAD, automation and a lot of cross functional communication.
- Most roles want a bachelor’s degree in manufacturing, industrial or mechanical engineering; SME’s CMfgE is an optional credential for experienced engineers.
- Downsides include plant hours, pressure during launches and downtime, and less remote flexibility than design roles.
What does a manufacturing engineer actually do all day?
A manufacturing engineer figures out how to build a product reliably, safely and at the lowest sensible cost. O*NET describes the role as designing, integrating or improving manufacturing systems and processes, and notes that these engineers often work with designers to make products easier to produce.
In practice, that means a mix of desk work and floor work. A typical week might include reviewing a new part for manufacturability, rebalancing an assembly line, chasing the root cause of a defect, writing work instructions, and helping a technician bring a new machine online.
- Troubleshooting product and process problems involving designs, materials or equipment
- Running continuous improvement projects using lean methods to cut waste and cost
- Reviewing product designs for manufacturability before they are released
- Designing equipment layouts and workstations for better flow and safety
- Estimating costs, cycle times and staffing needs for new products
- Training production staff on new or updated methods
Those duties come straight from the task list O*NET publishes for the occupation, and they match what hiring managers tell our recruiters when they write job descriptions.
How much do manufacturing engineers make?
BLS does not publish a separate wage line for manufacturing engineers. The BLS handbook page lists manufacturing engineers as one of the types of industrial engineers, so the industrial engineer figures are the closest official benchmark.
According to that page, the median annual wage for industrial engineers was $102,440 in May 2025. The lowest 10 percent earned less than $74,370 and the highest 10 percent earned more than $159,860. For comparison, BLS lists a median of $108,620 for all engineers and $50,980 for all occupations.
| Industry (May 2025) | Median annual wage for industrial engineers |
|---|---|
| Professional, scientific and technical services | $107,610 |
| Computer and electronic product manufacturing | $105,370 |
| Transportation equipment manufacturing | $102,390 |
| Machinery manufacturing | $99,070 |
| Fabricated metal product manufacturing | $93,170 |
Pay moves with the complexity of the product and the regulation around it. In our experience, engineers who support tightly controlled products such as aerospace parts, semiconductors or medical devices, or who own automation and new product launches, tend to sit in the upper part of the range.
Are manufacturing engineers in demand?
Yes. BLS projects industrial engineer employment to grow 12 percent from 2025 to 2035, compared with 8 percent for engineers overall and 3 percent for all occupations. It also expects about 23,100 openings each year, many of them created when people retire or change careers.
BLS ties that demand to companies trying to lower costs, optimize production, manage supply chains and add automation. That lines up with what we see: reshoring projects, new plants and automation upgrades all need someone who can turn a design into a stable process.
If you want the bigger picture on the sector itself, our roundup of manufacturing statistics in the US covers output, employment and workforce trends.
Is manufacturing engineering a good career once you weigh the pros and cons?
Every engineering path has tradeoffs. Here is how manufacturing engineering stacks up based on the data above and on what candidates tell us after a few years in the job.
| Pros | Cons |
|---|---|
| Six figure median pay per BLS (May 2025) | Plant schedules can mean early starts, weekend work and on call support |
| Faster than average projected growth through 2035 | Launches and line down events bring real pressure |
| Visible impact: you see your process running every day | Less remote work than pure design or software roles |
| Skills transfer across industries, from food to aerospace | Noise, safety gear and floor time are part of the job |
| Clear routes into operations, quality or plant leadership | Some roles become firefighting if the plant is understaffed |
Recruiter tip: When you interview, ask how much of the role is new product introduction versus sustaining support for existing lines. Two jobs with the same title can feel completely different, and that one question tells you whether you will be building new processes or mostly fixing old ones.
What skills do you need to be a manufacturing engineer?
Employers look for a mix of process knowledge, software and people skills. O*NET lists CAD tools such as AutoCAD, SolidWorks, CATIA and Creo, CAM tools such as Mastercam and Siemens NX, statistical tools such as Minitab, and industrial control software such as PLC and SCADA programs.
Technical skills
- Lean manufacturing, root cause analysis and statistical process control
- GD&T and reading engineering drawings
- CAD and CAM, plus working knowledge of CNC, welding, molding or assembly processes
- Basic automation literacy: PLCs, robots, vision systems and sensors
- ERP and PLM systems for routings, bills of materials and change control
Soft skills
The engineers who move up fastest are the ones who can explain a change to an operator, a supervisor and a plant manager in three different ways. BLS lists communication, problem solving and interpersonal skills among the important qualities for industrial engineers.
We go deeper on this in our guide to the top skills manufacturing engineers need in an Industry 4.0 plant.
Is manufacturing engineering hard to get into?
It is one of the more accessible engineering paths. BLS says industrial engineers typically need a bachelor’s degree in industrial engineering or a related field, and it notes that some come from mechanical, manufacturing or general engineering programs. Licensure is not required for entry level roles.
Mechanical engineers move into manufacturing roles all the time, and so do electrical and mechatronics graduates who like automation. Internships and cooperative education programs at a plant are the single biggest advantage we see on entry level resumes.
Do you need a certification?
No, but it can help later. SME offers the Certified Manufacturing Engineer (CMfgE) credential and recommends at least eight combined years of manufacturing related education and work experience, including at least four years of work experience. Lean or Six Sigma training is also common on resumes, though requirements vary by employer.
What is the career path for a manufacturing engineer?
Most careers follow a similar ladder, though titles vary by company size.
| Stage | Typical focus |
|---|---|
| Manufacturing engineer I or associate | Work instructions, data collection, supporting one line or cell |
| Manufacturing engineer II | Owning a process area, running improvement projects, supporting launches |
| Senior manufacturing engineer | New product introduction, capital equipment, mentoring junior engineers |
| Lead or principal engineer | Plant wide process strategy, automation roadmaps, supplier and design influence |
| Manager or plant leadership | Engineering manager, operations manager or plant manager |
BLS notes that some industrial engineers advance into management, supervising teams of engineers and technicians. Others branch into quality, supply chain or controls engineering, which is why this role is such a flexible starting point.
How does manufacturing engineering compare to mechanical or controls engineering?
Mechanical engineers usually design the product, while manufacturing engineers design how it gets built. Our look at whether mechanical engineering is a good career covers the design side in detail.
Controls engineers program the PLCs, drives and HMIs that run automated equipment. Manufacturing engineers often specify that equipment and own the process it runs, so the two roles work side by side. If automation is what excites you, read our breakdown of whether controls engineering is a good career.
Recruiter tip: If you are a mechanical engineer thinking about switching, put your production exposure at the top of your resume: time studies, fixtures you designed, scrap you reduced, launches you supported. Hiring managers for manufacturing roles scan for plant results first and design credentials second.
Frequently asked questions
Is manufacturing engineering a dying field because of automation?
No. BLS projects faster than average growth for the industrial engineer group through 2035 and specifically points to automation expertise as a source of demand. Automation changes the work, but someone still has to design, validate and improve the process.
Is manufacturing engineering stressful?
It can be during launches, audits or when a line goes down. Plants with good staffing and preventive maintenance feel much calmer, so ask about headcount and on call expectations before you accept an offer.
Can I become a manufacturing engineer with a mechanical engineering degree?
Yes, and it is one of the most common routes. BLS lists mechanical and manufacturing engineering degrees among the related fields for industrial engineers, and many employers treat them as interchangeable for this role.
Do manufacturing engineers make less than other engineers?
Slightly, on the official numbers. BLS reports a May 2025 median of $102,440 for industrial engineers, the group that includes manufacturing engineers, versus $108,620 for engineers overall. Specialized industries and senior roles can close that gap.
Can manufacturing engineers work remotely?
Mostly not. Some documentation, data analysis and planning can be done from home, but the core of the job is on the production floor, so fully remote roles are rare.
Ready to find your next plant or process role? Our manufacturing engineering recruiters work with manufacturers hiring at every level, from entry level process engineers to plant leadership. Send us your resume and we will help you find a team where your work shows up on the line every day.
