Per-MW pricing, regional variance, and cost drivers for owners scoping hyperscale & AI builds.
Salary benchmarks across the 14 mission-critical disciplines.
If you want top pay in nuclear QA/QC in 2026, code ownership matters more than title.
From what I see in this article, most posted roles fall into a few clear bands:
The short version: nuclear pay climbs when you own audits, supplier control, turnover packages, and NRC-facing work. SMR and FOAK jobs often sit near the top because they add factory oversight, module traceability, and site handoff work.
Here’s what this article shows you:
Bottom line: if you can point to audit ownership, supplier oversight, Section III records, ITAAC or turnover closeout, and direct nuclear compliance work, you’re in the strongest pay bracket in this market.
If I were benchmarking an offer, I’d look at scope first, pay second: who owns the program, who signs off hold points, who handles NCRs, how much travel is involved, and whether per diem and overtime are part of the deal.
Nuclear QA/QC Manager Salary Ranges by Profile & Project Type 2026
A Nuclear QA/QC Manager’s scope changes based on the project phase and the owner’s rules. At the core, the role owns the QA program, the controls behind it, and the records that show safety-related work met the approved basis. Under 10 CFR Part 50, Appendix B, that program has to cover 18 quality criteria across design, procurement, fabrication, construction, testing, and records retention.[3] In plain English: the broader the quality scope, the more the job tends to pay.
On a normal day, the manager runs the audit and surveillance schedule, controls nonconformance reports (NCRs), tracks corrective actions through verified closure, manages supplier oversight, and makes sure turnover packages are complete and traceable before systems are handed off. The role also sits in the middle of the owner, engineering, construction, suppliers, and the NRC. That’s why employers screen hard for standards knowledge and compliance depth.
Project type changes where the time goes.
New-build projects put heavy weight on program implementation, supplier qualification, material traceability, construction inspection, and building complete turnover documentation from scratch. This is where traceability, supplier qualification, and turnover packages take center stage.
SMR projects add factory oversight and a lot more coordination across parties. The manager may need to work across a technology vendor, A/E firm, module fabricator, constructor, and owner at the same time. In practice, that means quality oversight stretches beyond the jobsite into module manufacturing and factory-to-site handoffs, sometimes across multiple units or sites.
Refurbishment and life-extension work looks different. The plant is already there, and the QA program is already in place. So the focus shifts to outage planning, replacement-component qualification, documentation recovery for aging assets, and checking that new work fits cleanly into the existing licensing basis.
Decommissioning roles lean more toward radiological work controls, waste characterization records, contractor oversight, and long-term records retention.
Employers usually split these four functions by what each one produces and how much authority it carries.
Program QA sets the governance framework. Field quality leadership applies those rules where the work is happening. Supplier quality pushes oversight off-site into fabrication shops, which matters more now because much of the SMR and advanced-reactor work is being built away from the plant site.
If a candidate has worked in only one of these areas, it’s smarter to say that plainly. On more complex projects, employers often want a manager who can cover more than one function. People with experience across several of these areas usually have an edge when competing for higher-paying roles. Those day-to-day demands tie directly to the standards and audit expectations employers screen for next.
When a job post asks for NQA-1 experience, employers usually mean hands-on execution, not just coursework or awareness. These standards show up in hiring for a simple reason: they shape the records, controls, and proof a manager has to manage every day.
These requirements often appear together in nuclear QA/QC job posts, but they do different jobs.
ASME NQA-1 is the quality-program framework. It covers organizational structure, procedure control, supplier qualification and auditing, nonconformance review, corrective-action tracking, and records protection.
10 CFR Part 50, Appendix B is the NRC rule set for safety-related work. It drives inspection plans, supplier oversight, hold points, and document control.
10 CFR Part 21 covers defect and noncompliance reporting for safety-related and dedicated commercial-grade items. The QA/QC manager handles containment, evaluation, extent-of-condition review, and corrective-action records.
ASME BPVC Section III covers the design, materials, fabrication, examination, testing, and certification of nuclear pressure-retaining and safety-related components. A manager with Section III experience has managed weld procedures, welder qualifications, weld maps, NDE reports, material heat-number traceability, pressure test records, and N-stamp certification documentation. Section III experience is separate from NQA-1 program leadership.
In day-to-day work, all of this turns into a records-control challenge.
Audit readiness means approved procedures, current training, traceable materials, signed inspections, calibrated tools, and active corrective actions are available at all times. The records a manager controls can include procurement documents and supplier evaluations, material certificates tied to heat numbers, weld maps and NDE reports, inspection and test plans with documented hold and witness points, nonconformance reports with approved dispositions, as-built drawings, and final turnover packages indexed by system or component.
That’s why one missing document can cause so much trouble. A missing material certificate or an unsigned inspection report can delay system turnover and pull in regulators.
"A single undocumented deviation can halt work, trigger a regulatory review, and ripple into months of delay." - iRecruit.co [1]
Turnover packages are the organized proof that a system was built, inspected, tested, and accepted under approved requirements. A QA/QC Manager controls the turnover basis document, the required record set, punch-list classification and closure, as-built incorporation, and final acceptance.
When you interview someone for this kind of role, ask for turnover metrics such as:
Standards knowledge by itself doesn’t prove program leadership. That gap is often what hiring managers use to separate basic familiarity from someone who has actually run the work.
A good interview prompt is a real discrepancy scenario: supplier discovery, containment, review, disposition, Part 21 screening, and record retention. A qualified candidate can walk through each step without needing hints.
The more of this stack a candidate has owned, the stronger the pay leverage in 2026.
Pay goes up when you own NQA-1, Appendix B, Part 21, and Section III compliance. Basic familiarity doesn’t move the needle much. The biggest salary gaps usually come from people who have run and defended an NQA-1 program, with direct responsibility for audits, NCRs, supplier controls, and turnover records.
Knowing where you fit in the market starts with a plain look at what nuclear employers compare when they size up candidates. The table below shows how that usually breaks out across the three main profile tiers in 2026.
What separates these tiers isn’t the title as much as the level of ownership. Employers look hard at who has handled audits, supplier control, and turnover records.
A baseline candidate might come from oil and gas, pharma manufacturing, or aerospace. That background can help, but most people at this level still need nuclear-specific onboarding before they can take over a program on their own.
A strong candidate usually brings prior nuclear site work and can point to direct NQA-1 exposure, ASME Section III/IX familiarity, and working knowledge of NRC Part 50/52. That’s a different conversation from “I’ve seen similar systems before.”
The highest-paid candidate has already carried the load. They’ve led supplier audits under NQA-1 criteria, managed NCR disposition through corrective action, and worked with NRC inspectors without getting stuck in repeat review cycles.
That’s where the big pay jumps tend to happen: field ownership, not paper credentials alone.
SMR and first-of-a-kind (FOAK) project work is also turning into its own pay premium. The reason is pretty simple. Modular fabrication moves more quality control off-site, so supplier quality and fabrication oversight matter more than general site-only QA/QC.
NQA-1 Lead Auditor is one of the clearest separators for this role. If a candidate has planned, led, and documented supplier or internal audits under NQA-1 criteria - and can defend findings through the corrective-action process - that person usually has stronger salary leverage.
Recruiters in 2026 are also checking for hands-on work with N-stamp fabricators and procurement of Section III components under NB, NC, ND, and NE [2].
General industrial credentials such as ISO 9001, API, and ASQ can still help. They show a solid base. But they do not replace nuclear-specific code knowledge. For operating plants or refurbishment work, verified radiological work planning and ALARA program leadership are critical for QA/QC roles [2].
The project backgrounds that most often push candidates into the top pay tier include:
Candidates who can show NCR closures, audit results, or ITAAC closure work tend to stand out. Hiring managers like concrete proof. It ties straight back to the audits, supplier oversight, and turnover control the role calls for every day.
Once scope and compliance ownership are set, pay usually falls into two buckets: permanent roles and contract assignments. And in 2026, the gap between those buckets can be pretty wide.
Broad market data puts average pay at $118,074, with most roles landing between $83,000 and $144,500. Senior permanent roles often sit in the $102,000–$171,000 range, and top leadership postings can go past $180,000. [7][11][12] That spread isn’t random. It maps back to who owns the NQA-1 program, how deep the Appendix B scope goes, how much ASME Section III work is involved, and who carries turnover accountability.
SMR and advanced-nuclear companies are posting pay near the top of the market. Elementl Power listed a Manager, Quality Assurance - Nuclear Energy role at $155,000–$185,000 base salary plus bonus eligibility. [9] The Nuclear Company posted a Manager, Quality Assurance role with an estimated starting salary of $150,000–$173,000. [10] Pay runs higher in SMR work because the quality scope often stretches beyond site work into modular fabrication, factory acceptance testing, and site integration.
That gap shows up most clearly when you compare permanent jobs with contract work.
For permanent roles, base salary is only part of the story. A lower number can still win if the package includes strong health coverage, a 401(k) match, bonus potential, and relocation support. On paper, two offers may look close. In practice, they may not be.
Contract work needs a different kind of review. You want clear answers on a few points:
Contract nuclear quality assignments run at about $104,000–$166,000 annualized, while higher-scope setups - such as program recovery, SMR deployment, or multi-discipline quality leadership - can reach about $150,000–$195,500 annualized. [5]
Use these ranges as scope benchmarks, not simple title averages.
Once you know the employment model, line the offer up against the job’s actual authority and travel burden. Title alone won’t tell you much.
What matters most is whether the manager owns the QA program or works inside someone else’s system, how much supplier and audit responsibility sits with the role, how much field turnover ownership is attached to it, and how heavy the travel or location burden will be. In this market, direct nuclear compliance ownership tends to drive pay more than tenure or title.
To land the top pay tier for a Nuclear QA/QC Manager role - around $150,000 to $195,000+ per year - you need a track record that goes well beyond basic quality work.
Employers want to see deep experience with ASME NQA-1, strong audit leadership, and direct work with regulators. In plain terms: they’re looking for someone who can walk into a high-stakes nuclear setting, run the quality side with confidence, and hold up under scrutiny.
A strong background in 10 CFR 50 Appendix B and ASME Section III matters too. Just as important, you need documented results managing nuclear-grade documentation and turnover workflows. That kind of experience helps cut onboarding time and lowers compliance risk, which is a big deal in environments where mistakes can be expensive and hard to fix.
Convert each offer into one annual, risk-adjusted total compensation number so you can compare them on equal footing.
For a contract role, start with the hourly rate and multiply it by the expected yearly hours, including any overtime you can count on with some confidence. Then add per diem, travel pay, completion bonus, and any other cash items. After that, subtract the dollar value of benefits the contract does not include, such as health insurance, 401(k) match, paid time off, holidays, sick time, and bonus eligibility. It also makes sense to discount the total a bit for job-gap risk if the contract has a fixed end date or shaky extension odds.
For a permanent role, use base salary first. Then add the expected yearly bonus, 401(k) match, health benefits value, paid time off, holidays, and any other employer-paid items. If the role includes regular overtime or site premiums, count those too. The goal is simple: get both offers to one yearly dollar figure that reflects what you’ll actually take home in pay and what you’d otherwise have to fund yourself.
A simple comparison framework looks like this:
Once the money is lined up, compare the scope of the role. That part matters because not all QA/QC Manager jobs sit at the same pay level, even if the titles match.
If one offer leans into broad nuclear QA/QC ownership, that usually supports stronger pay. The same goes for work tied to audit readiness, NQA-1, document control, ASME Section III, 10 CFR 50 Appendix B, and a turnover-heavy scope. Why? Because that mix usually means the manager is doing more than checking boxes. They’re helping hold the whole compliance system together while keeping construction, turnover, and client demands from going off the rails.
A narrower role might focus on field inspections, punch-list closeout, or a smaller document lane. That can still be a solid job, but it doesn’t usually justify the top end of the 2026 QA/QC Manager pay range the way a broader nuclear compliance and turnover role does.
So when you compare the offers, look at both pieces side by side:
If one job pays a bit less on paper but owns audit readiness, turnover, code compliance, and formal quality systems, that role may still be priced closer to the top of the 2026 market range. If the contract pays more cash up front but leaves you covering benefits and taking on end-date risk, the gap may be smaller than it first appears.
ASME NQA-1 is the main standard for nuclear QA/QC roles in 2026. It’s the core quality assurance requirement for nuclear construction and SMR projects.
Candidates should also know ASME Section III well. For some roles, ASME Section IX, 10 CFR 50 Appendix B, and NRC requirements matter too, especially for traceability, inspections, and compliance.
