To hire a manufacturing engineer, first decide which kind you need: a process engineer who keeps a line running, a new product introduction (NPI) engineer who launches parts, an industrial engineer who balances flow and labor, or an automation-leaning engineer who specifies cells and equipment.
Then screen for the tools that matter on your floor, such as PFMEA, control plans, SPC and GD&T, and test candidates with a real problem from your plant instead of textbook questions. Budget around the BLS median for industrial engineers, the closest federal pay benchmark, and adjust for your metro and industry. Source from plants that run processes like yours, not just from job boards.
Key takeaways
- “Manufacturing engineer” covers several different jobs. Pick the variant (process, NPI, industrial, quality-adjacent, automation) before you write the posting.
- BLS counts manufacturing engineers inside industrial engineers (SOC 17-2112). That occupation had a median wage of $102,440 in May 2025.
- Process experience that matches yours (machining, molding, stamping, electronics assembly, welding, and so on) usually matters more than a certificate.
- Ask candidates to walk through a PFMEA, a control chart or a line balance they built. The quality of that walkthrough tells you more than the resume.
- The best candidates are usually employed at nearby plants. Plan to go find them rather than wait for applicants.
What does a manufacturing engineer do, and which type do you need?
A manufacturing engineer designs, launches and improves the way a product gets made. O*NET describes the job as designing, integrating or improving manufacturing systems, and lists titles such as process engineer, process improvement engineer, plant engineer and facility engineer under the same Manufacturing Engineers profile (17-2112.03). In practice, the day-to-day work splits into a few distinct roles, and hiring the wrong one is a common and expensive mistake.
| Variant | What they do | Typical background |
|---|---|---|
| Process / sustaining manufacturing engineer | Owns an existing line or cell. Fixes scrap and downtime, writes work instructions, maintains PFMEAs and control plans, supports operators on every shift. | BS in manufacturing, mechanical or industrial engineering; years on a production floor in your process type |
| New product introduction (NPI) engineer | Takes a design from engineering to production. Runs DFM reviews, builds pilot lots, specifies tooling and fixtures, supports PPAP or first article inspection. | Mechanical or manufacturing engineering; strong GD&T and CAD; experience launching parts, not just sustaining them |
| Industrial engineer | Designs flow and capacity. Time studies, line balancing, layout, labor standards, simulation, capital justification. | BS in industrial engineering; lean tools; comfort with data and cost models |
| Quality-adjacent manufacturing engineer | Sits between production and quality. Leads root cause and corrective action, runs SPC and capability studies, supports audits and customer complaints. | Engineering degree plus quality tools; often ASQ training; regulated industry experience for medical or aerospace work |
| Automation-leaning manufacturing engineer | Specifies and commissions robots, vision systems and automated cells. Works with integrators and controls engineers on buy-off. | Mechanical, electrical or mechatronics background; some PLC and robot exposure, though usually not a full controls engineer |
If you mainly need someone to keep a line stable, look at our explainer on what a process engineer does.
If the role leans toward inspection systems and audits, compare it with what a quality engineer does. If you need someone who can write and debug PLC code, you probably need a controls engineer rather than a manufacturing engineer. For the candidate’s side of the market, see is manufacturing engineering a good career.
Recruiter tip: Before you open the requisition, list the last five problems this person would have solved if they had started a year ago. If most are launches, you need NPI. If most are scrap, downtime and customer complaints, you need a process or quality-adjacent engineer. That list becomes your job description and your interview.
What skills and certifications should you require?
Keep the required list short and tied to the job. Manufacturing engineers do not need a license for most plant roles; BLS notes that licensure is not required for entry-level industrial engineer positions, though some experienced engineers earn a PE. Certifications are useful signals but should rarely be a hard filter.
| Required (most roles) | Preferred (depends on variant) |
|---|---|
| Bachelor’s in manufacturing, industrial, mechanical or a related engineering field | SME Certified Manufacturing Engineer (CMfgE) or Certified Manufacturing Technologist (CMfgT) |
| Hands-on experience with your process family (machining, molding, stamping, welding, assembly, SMT, and so on) | Lean Certification (Bronze, Silver or Gold) or documented kaizen leadership |
| PFMEA, control plans and work instructions | ASQ Six Sigma Green Belt or Black Belt (CSSBB); ASQ Certified Quality Engineer (CQE) for quality-adjacent roles |
| Root cause tools: 8D, 5 Why, fishbone | PPAP and APQP for automotive; first article inspection (AS9102) for aerospace; validation (IQ/OQ/PQ) for medical devices |
| SPC basics: control charts, Cpk, gauge R&R | Minitab or similar statistics software |
| Reading drawings with GD&T | Fixture and tooling design in SolidWorks, Creo, CATIA or NX |
| CAD fluency for layouts and simple fixtures | Robot, vision or PLC exposure for automation-leaning roles |
| Clear written communication with operators and management | ERP/MES experience (SAP or similar) for routings and BOMs |
A few notes on the credentials. SME says the CMfgE is aimed at engineers with advanced experience and recommends at least eight combined years of manufacturing-related education and work. SME’s Lean Certification requires real project work and a peer review, not just an exam.
ASQ’s Six Sigma Black Belt requires at least one completed project with a signed affidavit, which makes it more meaningful than belts from short online courses. The ASQ CQE is the better signal for a quality-adjacent hire. If you are weighing whether a PE matters for the role, our guide on PE vs EIT vs no license covers when it does.
How much does it cost to hire a manufacturing engineer?
BLS does not publish a separate wage series for manufacturing engineers. Its Occupational Outlook Handbook lists manufacturing engineers as a type of industrial engineer, so industrial engineers (SOC 17-2112) are the right benchmark. Mechanical engineers are a useful second reference, since many manufacturing engineers come from mechanical programs.
| Occupation (BLS proxy) | Median annual wage | Lowest 10% earned less than | Highest 10% earned more than |
|---|---|---|---|
| Industrial engineers (17-2112), includes manufacturing engineers | $102,440 | $74,370 | $159,860 |
| Mechanical engineers (17-2141), secondary benchmark | $104,110 | $73,990 | $164,340 |
Industry matters too. In May 2025, BLS reported median wages for industrial engineers of $105,370 in computer and electronic product manufacturing, $102,390 in transportation equipment manufacturing, $99,070 in machinery manufacturing and $93,170 in fabricated metal product manufacturing. Demand is not slowing: BLS projects industrial engineer employment to grow 12 percent from 2025 to 2035, with about 23,100 openings a year.
For local pay, the most recent metro-level figures we could verify on bls.gov are from May 2023. They are older than the national numbers above, so compare each metro with the May 2023 U.S. figure in the last row, not with the 2025 median.
| Metro area | Employment | Median hourly wage | Annual mean wage |
|---|---|---|---|
| Atlanta-Sandy Springs-Roswell, GA | 3,930 | $47.01 | $102,330 |
| Dallas-Fort Worth-Arlington, TX | 7,920 | $49.05 | $108,890 |
| Houston-The Woodlands-Sugar Land, TX | 7,210 | $52.22 | $117,120 |
| Austin-Round Rock, TX | 2,290 | $48.05 | $102,050 |
| Charlotte-Concord-Gastonia, NC-SC | 2,460 | $47.35 | $99,730 |
| Raleigh, NC | 1,190 | $48.41 | $104,160 |
| San Antonio-New Braunfels, TX | 1,540 | $48.24 | $103,820 |
| Chicago-Naperville-Elgin, IL-IN-WI | 12,060 | $48.42 | $104,570 |
| United States (May 2023) | 332,870 | $47.78 | $103,150 |
Salary is only part of the cost. Relocation, sign-on bonuses for engineers leaving a bonus cycle, and the time a line runs without an owner all add up.
If you need coverage for a launch or a backlog of corrective actions, a contract engineer can bridge the gap while you search for a permanent hire. Our comparison of contract staffing vs direct hire walks through when each makes sense.
Where do you find manufacturing engineers?
Most strong manufacturing engineers are employed and not reading job boards. Go where they already spend time.
- Plants that run your process. A molding engineer from a medical device plant can move to automotive molding faster than a machining engineer from your own industry can learn molding. Map the plants within commuting distance by process type, not by end market.
- Professional associations. Local SME chapters, IISE chapters for industrial engineers, and ASQ sections for quality-minded engineers all hold meetings and plant tours where you can meet people in person.
- Engineering programs with co-ops. Schools with manufacturing, industrial or mechanical engineering co-op programs are the best pipeline for junior engineers. A co-op who spent two terms on your floor is a low-risk hire.
- Your own technicians. Experienced process technicians, tool and die makers and quality techs who finished an engineering degree at night often make excellent sustaining engineers.
- Adjacent roles. Equipment suppliers, automation integrators and contract manufacturers employ engineers who have seen dozens of plants. Military veterans from maintenance and logistics fields can fit industrial engineering roles well.
- Referrals from your current engineers. Ask them who they would call if a line went down on a Saturday. That list is often better than any search.
Recruiter tip: Offer a plant tour as part of the first conversation. Manufacturing engineers judge a job by the floor: how clean it is, how the equipment looks, whether operators talk to engineers. A good floor sells the job better than a benefits summary, and a candidate’s questions on the tour show you how they think.
How do you write the job description?
Name the process, the product and the problems. Engineers skip postings that read like a list of every tool ever invented. Include a pay range, the shift expectations and how much time is spent on the floor. For more on structure and titles, see how to write a great job posting.
Manufacturing engineer job description template
Title: [Process / NPI / Industrial] Manufacturing Engineer, [process type, e.g. CNC machining or injection molding]
About the role: You will own [number] [lines/cells] producing [product] for [industry] customers at our [city] plant. About [percent] of your time is on the production floor, supporting [shifts].
What you will do:
- Reduce scrap and downtime on [line or process] using root cause tools and SPC
- Own PFMEAs, control plans and work instructions for [product family]
- Launch new parts through [PPAP / first article / validation], including tooling and fixture design
- Lead [kaizen events / line balancing / capital projects] with operators, maintenance and quality
Required: Bachelor’s in [manufacturing / industrial / mechanical] engineering; [number]+ years in [process type]; working knowledge of GD&T, PFMEA and SPC.
Preferred: [Lean or Six Sigma certification], [CAD software], [industry standard such as IATF 16949, AS9100 or ISO 13485].
Pay and schedule: $[range] plus [bonus]. [Day shift with off-shift support as needed / rotating on-call].
What interview questions should you ask?
Use questions that force the candidate to explain their own work in detail. Bring a real drawing, a real control chart or a short video of a station on your line if you can. For general and behavioral questions, see our list of questions to ask an interviewee.
- “Walk me through a PFMEA you built. What was the highest-risk failure mode and what did you change?” Listen for real detection and prevention controls, not just scores.
- “Here is a control chart from one of our stations. What do you see and what would you do first?” A good answer separates special cause from common cause and asks about the measurement system before blaming the process.
- “Read this drawing callout and tell me how you would fixture and inspect the part.” This tests GD&T, datum understanding and practical judgment at once.
- “Tell me about a scrap or downtime problem you solved. How did you prove the fix worked, and is it still holding?” Look for data before and after, and for a control that kept the problem from coming back.
- “Describe a part you launched. What went wrong between the pilot build and full production?” Essential for NPI roles. Everyone has a launch story with problems; candidates who claim none probably were not close to it.
- “How would you balance a line with these cycle times and this takt time?” Give a small data set. Industrial engineering candidates should handle this quickly.
- “You specified a robot cell and the integrator’s buy-off run misses rate. What do you check?” For automation-leaning roles, listen for cycle time breakdowns, part presentation and acceptance criteria in the purchase spec.
- “An operator tells you your new work instruction does not work. What do you do?” The best engineers go to the station and watch before they defend the document.
What red flags should you watch for?
- Lean or Six Sigma certificates with no project they can describe in detail, including the baseline, the change and the result.
- Talking about “the team” for every accomplishment and never saying what they personally did.
- No floor time. Engineers who spent their careers in an office running reports will struggle in a sustaining role.
- Treating the PFMEA as paperwork for the auditor rather than a tool they use.
- Blaming operators by default. Good manufacturing engineers look at the process, the fixture and the instruction first.
- A resume that claims mastery of every process, every CAD package and every standard. Depth in two or three areas is more believable and more useful.
- Short stints at several plants with no launch or improvement they saw through to the end.
Frequently asked questions
What is the difference between a manufacturing engineer and an industrial engineer?
Manufacturing engineers usually focus on the physical process: tooling, fixtures, equipment and process parameters. Industrial engineers focus on the system: flow, layout, labor, capacity and cost. BLS groups them together, and many plants blend the two jobs, so define the work rather than relying on the title. Our post on industrial engineering as a career covers the IE side in more depth.
Do manufacturing engineers need a PE license?
Usually not. BLS notes that licensure is not required for entry-level industrial engineer positions. A PE matters mainly when the engineer signs off on work provided directly to the public, which is uncommon inside a plant.
Should I require a Six Sigma Black Belt?
Only if the role is mainly leading improvement projects. For most sustaining and NPI roles, list it as preferred and test statistical skill in the interview instead. If you do value the credential, a project-based certification such as ASQ’s CSSBB means more than a course completion certificate.
Can a mechanical engineer do a manufacturing engineering job?
Yes, and many do. BLS notes that some industrial engineers hold degrees in other engineering disciplines, such as mechanical or manufacturing engineering. What matters more is time on a production floor and experience with your process type.
How many interview rounds should I plan?
Three is enough for most roles: a phone screen on background and process fit, a technical interview with a real drawing or data set, and an on-site visit with a floor walk and time with operators, maintenance and quality. Employed engineers drop out of long processes, so keep feedback between rounds fast.
Need a process, NPI, industrial or automation-focused engineer who can own your line from day one? Apollo Technical’s manufacturing engineering recruiters find engineers matched to your process, industry and shift. Tell us about your open role.
