Per-MW pricing, regional variance, and cost drivers for owners scoping hyperscale & AI builds.
Salary benchmarks across the 14 mission-critical disciplines.
For 2026 U.S. hiring, I’d budget $110,000–$140,000 in base salary for standard data center QA/QC oversight and $110,000–$150,000 for project-level fab construction roles. These are planning ranges - not national medians. Compare local postings with the same duties before setting your number.
Based on the postings reviewed through October 21, 2026, here’s how I’d compare the two:
My rule: compare guaranteed pay first. Then check location, authority, weekly hours, travel rotation, and assignment length. Keep variable bonuses, equity, benefits, and expense reimbursements separate, and get <u>pay terms and travel support in writing</u>.
2026 QA/QC Manager Salary: Data Centers vs. Semiconductor Fabs
Published job postings put many project-level data center QA/QC manager roles at $105,000–$140,000 in base salary. Senior electrical/MEP, owner-side, and highly complex assignments can reach $150,000–$187,000. These are advertised ranges - not a national median.[4][6][8][9]
Cumming Group lists $104,600–$139,466.68 for a data-center construction QA/QC Manager in Fort Worth, Texas.[8] Miller Electric lists $132,433.28–$185,407.04 for a Project QA/QC Manager in Richmond, Virginia.[6] Oracle’s Data Center Construction QA/QC Manager posting spans $91,400–$187,000, with possible bonus and equity eligibility.[4]
Base pay is the starting point. Bonuses, equity, travel pay, and overtime can add to the package.
For data center roles, look beyond the base salary. Oracle’s bonus and equity eligibility does not mean guaranteed pay. Check the target bonus, vesting schedule, and eligibility rules.[4]
A Phoenix hyperscale posting offers $58.62–$63.15 per hour - about $121,930–$131,352 annually at 2,080 hours, before overtime, per diem, travel premiums, or unpaid time; confirm paid hours and overtime eligibility to compare offers on a like-for-like basis.[7]
Scope matters more than title. Site-only oversight differs from MEP/electrical or owner-side responsibility. Electrical distribution, controls, and commissioning interfaces support higher pay, though the postings don’t isolate an exact MEP premium.[6][9]
Check whether the role covers commissioning readiness, turnover, and phased occupancy. Also confirm the number of buildings, phases, contractors, and disciplines involved. Responsibility for multiple buildings or projects supports a higher pay band.
Budget $110,000–$140,000 in base salary for standard project oversight and $140,000–$180,000 for complex MEP/electrical work or large-campus responsibility.[4][6][9]
Get the scope, schedule, project duration, bonus terms, and travel support in writing. When comparing offers or approving a budget, adjust these bands for the actual scope, travel demands, and schedule.
Fab construction QA/QC pay depends on high-purity systems, cleanroom scope, and the complexity of tool installation.
Compare construction QA/QC roles - not semiconductor manufacturing quality roles.
Phoenix CSA quality work lists $82,000–$110,000; Taylor/Round Rock construction QA/QC lists $90,000–$150,000; a broader advanced-manufacturing senior quality role lists $116,900–$175,400 and serves as upper-end context, not a fab-specific benchmark.[10][12][11]
Base salary is only part of the offer. Bonuses and travel terms can make a big difference in total pay.
The Texas posting does not confirm bonus, per diem, relocation, or travel support.[12] Before accepting a fab construction offer, check bonus eligibility, per diem, relocation, travel reimbursement, and how overtime or exempt status applies. Keep assignment reimbursements separate from recurring compensation.
High-purity piping, cleanroom, and tool-installation experience command higher pay.
A specialized semiconductor-construction posting advertises $140,000–$200,000 and calls for high-purity piping experience, semiconductor environments, and technical standards such as ASME B31.3 and SEMI.[14]
Owning the sitewide quality system and leading corrective actions also support senior-level pay.
Fab construction budgets should increase as high-purity, cleanroom, and multi-discipline responsibilities grow.
Use these ranges as budget guides, not market medians: $90,000–$115,000 for area-focused or trade-specific roles, $110,000–$150,000 for project-level hiring, and $145,000–$175,000 or more for senior, multi-discipline leadership.[10][12][11]
Check specialized postings to support higher budgets when the scope calls for them.[14] Document trade coverage, reporting lines, decision authority, and whether the role covers one package or the full fab program.
Compare both sectors using the same pay categories: base salary, bonuses, allowances, reimbursements, and benefits. Base salary is fixed annual pay - not total compensation. CBRE’s advertised $96,500–$117,250 range excludes discretionary bonuses and any possible sign-on or relocation support.[5] Sort offers into these categories before comparing location and job scope.
Count allowances as recurring cash only when the offer guarantees payment. Keep them separate from base salary either way.
Recurring cash includes base salary plus any recurring payments guaranteed in writing. To estimate expected first-year cash, add only confirmed sign-on payments and bonuses backed by a payout history you can verify. Mark unverified bonuses as “not disclosed,” and list relocation reimbursements and benefits separately.
Location, experience, and project scale explain most of the remaining pay differences.
Start with current local postings, not a national benchmark. A single posting isn't a reliable benchmark unless its source date, methodology, and scope match the role you're pricing. Local pay data gives you a starting point. The matrix below shows which responsibilities can justify higher pay.
Price responsibility, not years on the job. Inspecting work isn't the same as owning inspection-and-test plans (ITPs), audits, nonconformance closure, and owner acceptance. For data-center construction, weigh power-path, MEP, testing, commissioning, and turnover duties. For fabs, weigh cleanrooms, high-purity process utilities, specialty gases, contamination control, validation, and traceability.
Compare the role's actual workload against these factors. The same title can cover different systems, project phases, and levels of authority.
Use this matrix to place the role within a local salary band - not to assign a fixed premium.
Count active work fronts, not square footage. Record the number of buildings, shifts, subcontractors, direct reports, and turnover systems. Clarify who can stop work, approve corrective action, and release systems for commissioning.
Startup and turnover squeeze testing and documentation into tighter timelines. Confirm expectations for nights, weekends, fixed acceptance deadlines, document-control support, rotation length, and paid travel time. Base pay discussions on the role's actual staffing, authority, and workload.
Use this worksheet to compare data-center and semiconductor-fab offers on the same cash, schedule, and travel terms. Match dated U.S. postings by location, seniority, discipline, project phase, and quality responsibilities. Keep each pay range’s minimum, midpoint, and maximum.
Then use the earlier pay bands to build an apples-to-apples comparison of first-year cash.
Comparison rules: Count each payment once. Include only guaranteed recurring cash in that subtotal - not discretionary bonuses or reimbursements. To calculate guaranteed first-year cash, add guaranteed, non-repayable first-year payments to guaranteed recurring cash. Keep benefits separate, and flag any sign-on or relocation clawbacks.
Get bonus metrics, prorating rules, payment dates, and employment-on-payment requirements in writing. Negotiate travel rotation, housing duration, per diem eligibility, and vehicle support. Confirm the tax treatment of per diem, relocation, and vehicle allowances.
For hiring teams, this worksheet doubles as a budget template. Set the guaranteed-pay floor first, then budget separately for incentives, travel, relocation, and benefits. Scarce commissioning or fab-process expertise, demanding schedules, and travel can justify higher guaranteed pay - especially when failures lead to rework, delayed energization, or missed tool move-ins. Weigh dependable compensation and workable conditions more heavily than advertised maximums.
Compare total annual pay - not just base salary. Include overtime pay, bonuses, and travel-related incentives [1][2][3].
Check whether each role is exempt or non-exempt. A non-exempt role that pays overtime can often deliver higher annual earnings than a role with a higher base salary but no overtime pay. Record expected weekly hours, shift requirements, and any extra pay for nights or weekends separately from base salary [1][3].
Yes. Employers value data center QA/QC experience in semiconductor fab construction. It shows you understand documentation, system readiness, and the high cost of work that doesn’t meet requirements.
Highlight your work with complex MEP systems, field work and controls, quality turnover packages, and strict commissioning standards. Then connect that experience to fab-specific requirements: cleanroom protocols, tool hook-up sequencing, and high-purity utility systems.
Focus on the risks you reduce - not just your years on the job. Show how your work keeps energization, commissioning, and final turnover on track [1][2].
Document achievements that go beyond routine duties, such as leading teams across disciplines, managing complex electrical or mechanical scope, or taking ownership of L1–L5 testing and turnover sequences. Use those results to make the case for pay that reflects your decision-making authority and effect on schedule performance, not just your job title [1][2].
