To hire a semiconductor engineer, first pin down which kind you need (process, equipment, yield, facilities, test or design), because each one comes from a different talent pool and is screened a different way.
Then set pay against current BLS benchmarks for electronics and materials engineers, recruit from the fabs, universities and adjacent cleanroom industries near your site, and interview with real fab problems instead of textbook questions.
Be upfront about cleanroom work and shift coverage, since that is where many offers fall apart. The steps below walk through each part.
Key takeaways
- “Semiconductor engineer” is an umbrella title. Write the req for one variant: an etch process engineer and a test engineer share almost no day-to-day skills.
- BLS has no separate semiconductor engineer category. Electronics engineers (except computer) are the closest pay benchmark, with a May 2025 median of $130,220 overall and $146,700 inside semiconductor and electronic component manufacturing.
- Fab ramps in Taylor, Austin, Dallas, Phoenix and upstate New York are drawing from the same small pool of people with high-volume manufacturing experience, so passive candidates matter more than job board traffic.
- Screen for data-driven root cause work (SPC, DOE, FDC, 8D) and tool-specific depth, not just a list of process steps.
- State the cleanroom, gowning, on-call and shift expectations in the posting. Surprises at the offer stage cost you candidates.
What does a semiconductor engineer do, and which type do you need?
Semiconductor engineers develop, run and improve the processes, tools and products that turn bare silicon wafers into working chips. In a fab, most engineering headcount sits in process, equipment and yield. Back-end and fabless companies lean toward test, product and design.
The O*NET profile for electronics engineers lists job titles such as integrated circuit design engineer, product engineer and test engineer, which shows how wide the label is. If you are hiring for a front-end fab role, the core of the job is closer to a process engineer in a very tightly controlled environment.
| Variant | What they do | Typical background |
|---|---|---|
| Process engineer (etch, lithography, deposition, CMP, implant, diffusion) | Owns one module’s recipes, process windows and SPC charts. Runs DOEs, handles excursions and qualifies process changes. | BS or MS in chemical, materials or electrical engineering, physics or chemistry. Module-specific fab experience. |
| Equipment engineer | Keeps tools such as etchers, scanners, CVD/PVD chambers and CMP polishers up and matched. Leads PMs, drives uptime and works with OEM field service. | Mechanical, electrical or mechatronics engineering, or senior equipment technicians who moved up. Vendor platform experience. |
| Yield / device engineer | Connects inline defect, parametric (e-test) and sort data to find what is killing die. Runs failure analysis requests and splits. | EE, physics or materials science, often MS or PhD. Strong statistics and data tools. |
| Facilities / fab utilities engineer | Designs and runs ultrapure water, process cooling water, bulk and specialty gases, chemical distribution, exhaust and abatement, and cleanroom HVAC. | Mechanical, chemical or electrical engineering. Background in pharma, data center or large industrial utilities. Some roles need a PE. |
| Test and product engineer | Builds and debugs test programs on ATE, sets bin limits, owns probe and final test yield and handles customer returns. | EE or computer engineering. ATE platform experience and scripting. |
| Design engineer (ASIC, analog, mixed signal) | Designs or verifies the circuits. Usually works at design centers or fabless companies rather than in the fab itself. | MS or PhD in EE. Cadence or Synopsys flows, Verilog/SystemVerilog, UVM for verification. |
The work itself matters when you write the req. Process and equipment engineers spend real time in the cleanroom in full gowns, and fabs run around the clock. Many sites staff technicians on rotating 12-hour shifts while engineers work days with on-call or weekend coverage rotations. During a fab ramp, expect tool install, qualification and extra hours. Say this in the posting.
Location adds context. The CHIPS and Science Act of 2022 gave the Department of Commerce $50 billion, including $39 billion for manufacturing incentives and $11 billion for research and development, according to NIST’s CHIPS for America office.
Awards include up to $4.745 billion to Samsung for new logic fabs and an R&D fab in Taylor plus an Austin expansion, up to $6.6 billion for three TSMC fabs in Phoenix, and funding for Micron’s planned DRAM megafab in Clay, New York. Those projects compete with existing Dallas and Austin employers for the same experienced engineers. For a closer look at local pressure, see our posts on hiring semiconductor engineers in DFW and the hardest semiconductor roles to fill in Austin.
What skills and certifications should you require?
No license is required for most semiconductor engineering roles. Facilities engineers who stamp utility designs are the main exception. Hire for proven skills and ask for evidence in interviews, not certificates.
| Area | Required | Preferred |
|---|---|---|
| Education | BS in EE, ChE, materials science, ME, physics or chemistry | MS or PhD for yield, device, integration and design roles |
| Process control | SPC, control charts, out-of-control action plans, DOE | APC/run-to-run control, FDC tuning, virtual metrology |
| Problem solving | Structured root cause (8D, 5 Why, fishbone), FMEA | Six Sigma Green or Black Belt |
| Data tools | JMP, Spotfire or Python for wafer-level data analysis; SQL basics | Wafer map and defect classification tools, MES experience |
| Tool platforms | Hands-on experience with the platforms you run (for example Applied Materials, Lam Research, Tokyo Electron, KLA or ASML tools) | Chamber matching, tool qualification and new tool install during a ramp |
| Safety | Cleanroom protocol, hazardous gas and chemical awareness, lockout/tagout | Familiarity with SEMI safety guidelines such as S2 for equipment |
| Test and design roles | ATE platforms (Advantest, Teradyne) or Cadence/Synopsys flows as relevant | Verilog/SystemVerilog, UVM, DFT, scripting in Python or Perl |
| Facilities roles | UPW, gases, chemical distribution, exhaust and HVAC systems | PE license, experience in pharma or data center critical facilities |
Some programs involve export-controlled technology. If your role does, talk to your trade compliance or legal team before you post, and word any work authorization requirement to match what the law actually requires.
For more on how cleanroom classes are set and checked, see what cleanroom certification is and why it matters.
How much does it cost to hire a semiconductor engineer?
BLS does not track semiconductor engineers as a separate occupation. Electronics engineers, except computer (17-2072) are the closest benchmark for process, yield, test and design roles. Materials engineers (17-2131) are a useful second benchmark, and BLS lists semiconductor engineers as one type of materials engineer. Electrical engineers (17-2071) are the better comparison for facilities and power roles.
| BLS occupation (proxy) | Median annual wage | Lowest 10% earned less than | Highest 10% earned more than |
|---|---|---|---|
| Electronics engineers, except computer (17-2072) | $130,220 | $81,840 | $206,960 |
| Electrical engineers (17-2071) | $120,630 | $76,550 | $184,300 |
| Materials engineers (17-2131) | $112,860 | $72,300 | $175,720 |
Industry matters more than the national median suggests. BLS reports that electronics engineers working in semiconductor and other electronic component manufacturing had a median wage of $146,700 in May 2025, the highest of the top industries it lists for that occupation.
That industry also employs 14% of all electronics engineers. If you are benchmarking a fab role, start from that figure, not the overall median.
For local benchmarks, the latest metro figures we could verify are from May 2023. Use them for relative comparison between markets, and expect current offers to be higher.
| Metro area | Electronics engineers: median hourly | Electronics engineers: annual mean | Materials engineers: median hourly | Materials engineers: annual mean |
|---|---|---|---|---|
| Austin-Round Rock, TX | $63.28 | $131,600 | $51.15 | $114,050 |
| Dallas-Fort Worth-Arlington, TX | $60.23 | $126,760 | $55.61 | $123,590 |
| Houston-The Woodlands-Sugar Land, TX | $59.54 | $121,230 | $66.16 | $140,770 |
| Phoenix-Mesa-Scottsdale, AZ | $61.65 | $123,730 | $62.11 | $124,210 |
| Albany-Schenectady-Troy, NY | $62.97 | $124,960 | $52.87 | $117,470 |
Base pay is only part of the cost. Fabs commonly add shift differentials, relocation, sign-on bonuses and equity or retention awards, and you should budget for them. Contract engineers are a practical way to cover a tool install, a qualification push or a ramp before permanent headcount is approved. Our guide to contract staffing vs direct hire covers how the costs compare.
Recruiter tip: Experienced fab engineers often carry unvested stock or a retention bonus. Ask early what they would leave on the table, and build a sign-on amount to cover it instead of finding out after the offer is declined.
Where do you find semiconductor engineers?
People with high-volume manufacturing experience rarely apply to postings. Plan to go to them, and widen the pool with adjacent industries and new graduates you can train.
- University programs near fab clusters. In Texas, NIST’s Texas semiconductor fact sheet points to UT Austin’s Microelectronics Research Center and Texas Institute for Electronics, the UT Austin-Taylor Center for Semiconductor Training and Research, UT Dallas’s Texas Analog Center of Excellence and North Texas Semiconductor Institute, and Texas A&M. Arizona State University and the University at Albany and Rensselaer programs serve the Phoenix and New York markets.
- Community and technical colleges. The North Texas Semiconductor Workforce Development Consortium (UT Dallas, Dallas College, Collin College, North Central Texas College, Texas State Technical College and UT Arlington) and Austin Community College feed technician pipelines. Strong technicians with a degree are a proven source of equipment engineers.
- Industry associations and events. SEMI and the SEMI Foundation run workforce programs, career events and SEMICON West. IEEE Electron Devices Society, AVS (thin films and vacuum) and SPIE (lithography) chapters are good places for specialist outreach.
- Adjacent industries. Solar and photovoltaics, flat panel display, MEMS, data storage, compound semiconductors, advanced packaging and pharma cleanrooms all build transferable skills. Pharma and data center critical facilities are strong sources for fab utilities engineers.
- Equipment OEMs and suppliers. Field service and applications engineers from tool makers know the platforms deeply and often want a site role with less travel.
- Military veterans. Nuclear, avionics and electronics technicians are used to procedure-driven, high-consequence work. The SEMI Foundation also runs programs to help veterans move into the industry.
How do you write the job description?
Lead with the module, tool set and problem the person will own. Put the pay range, shift and cleanroom expectations near the top. Our guide on how to write a great job posting covers titles and pay transparency in more detail. Here is a template you can adapt.
[Module] Process Engineer, [Fab name or site], [City, State]
Pay: [$X to $Y] base plus [shift differential / bonus / relocation]. Schedule: [Days, Monday to Friday] with [on-call rotation / weekend coverage]. Environment: Class [X] cleanroom, full gowning, about [X]% of time on the fab floor.
What you will own: [Etch / litho / thin films / CMP] processes on [tool platforms] for [technology node or product line]. You will hold process windows and SPC, run DOEs to improve [CD uniformity / defectivity / throughput], lead excursion response and qualify process and tool changes.
You have: BS or higher in [ChE / MSE / EE / physics]. [X]+ years of [module] experience in a high-volume fab. Working knowledge of SPC, DOE and structured root cause. Data analysis in [JMP / Spotfire / Python].
Nice to have: [Tool install or ramp experience], [APC/FDC], [Six Sigma], [specific platform]. [Work authorization requirements, if any, as confirmed by counsel.]
What interview questions should you ask?
Use questions that make candidates walk through real work with numbers, tools and decisions. For a larger bank by discipline, see our semiconductor engineering interview questions, and for general structure, questions to ask an interviewee.
- Walk me through the last excursion you owned. What tripped first, how did you contain affected lots, and how did you prove the root cause?
- (Process) Your etch CD is drifting across the wafer, center to edge. What would you check first, and what DOE would you set up?
- (Equipment) A chamber passes PM but fails the post-PM qual. How do you work out whether the tool, the part or the recipe is at fault?
- (Yield) Sort yield dropped on one product but not others running the same flow. Which data sets do you pull, and in what order?
- (Facilities) UPW resistivity dips during peak demand. What in the system do you suspect, and how do you protect production while you fix it?
- (Test) How would you decide whether a yield loss at final test is a real failure or a test program or hardware issue?
- Tell me about a change you pushed through change control. Who had to sign off, and what data convinced them?
- How do you feel about cleanroom time, on-call nights and the hours during a ramp? What has worked for you in the past?
Recruiter tip: Candidates from fabs are often under strict confidentiality rules. Tell them up front that you do not want recipe details or proprietary numbers, only how they reasoned. You get better answers, and you avoid a candidate who is willing to share what they should not.
What red flags should you watch for?
- Lists every module (litho, etch, CVD, CMP, implant) at the same depth but cannot go deep on any one.
- Describes results as “improved yield” with no baseline, method or data behind it.
- Offers proprietary recipe settings or customer details from a current or former employer.
- Talks about fixing problems by adjusting settings until the chart looks good, with no mention of containment, change control or documentation.
- Brushes off gowning, chemical or gas safety rules as red tape.
- Has only R&D or lab experience but is applying for a high-volume role and has not thought about uptime, cycle time or cost.
- Is vague about shift or on-call expectations, or hopes they will not apply to them.
Frequently asked questions
Can I hire a semiconductor engineer without fab experience?
Yes, for many roles, if you have senior engineers who can train them. Engineers from solar, display, MEMS, pharma or other cleanroom manufacturing already know SPC, change control and contamination control. Keep module lead and yield lead roles for people who have done the work in a fab.
Do semiconductor engineers need a PE license?
Usually not. Process, equipment, yield, test and design engineers work under company processes, not state licensure. Facilities engineers who stamp utility or building system designs may need one, depending on the state and the scope.
What does a semiconductor engineer earn?
BLS does not publish a semiconductor engineer category. The closest proxy, electronics engineers except computer, had a national median of $130,220 in May 2025, and $146,700 in semiconductor and electronic component manufacturing. Pay moves with module, seniority, shift and location.
Should I use contract engineers during a fab ramp?
Contract engineers work well for tool install, qualification and startup, when the workload peaks and then levels off. Many companies use them to cover the ramp and hire permanent staff for steady-state operations.
What is the difference between a process engineer and an equipment engineer?
The process engineer owns what happens to the wafer: the recipe, the results and the process window. The equipment engineer owns the tool: uptime, preventive maintenance, parts and chamber matching. They work closely, and strong candidates for either role understand both sides.
If you are hiring in Texas, Apollo Technical can help. Our recruiting teams work with semiconductor employers on semiconductor recruitment in Dallas, semiconductor engineering recruitment in Austin and engineering recruitment in Taylor, covering process, equipment, yield, facilities, test and design roles on a contract or direct hire basis. Tell us about your open role.
