Per-MW pricing, regional variance, and cost drivers for owners scoping hyperscale & AI builds.
Salary benchmarks across the 14 mission-critical disciplines.
Nuclear construction is where data center construction sat in 2021 — a pre-volume market about to become the defining buildout of the decade. iRecruit.co is building the bench now: the project managers, superintendents, QA/QC, commissioning, and controls leaders who will deliver SMR programs, plant restarts, uprates, and fuel-cycle facilities — screened against NQA-1, ASME Section III, and the access and fitness-for-duty gates that govern every nuclear site.
Generalist recruiters treat nuclear as a folder. iRecruit.co runs it as a practice — dedicated nuclear recruiters mapping the SMR programs, restarts, uprates, and fuel-cycle plants that will define the next decade of American construction, and building candidate density before the volume arrives.
Nuclear is a pre-volume market — exactly where data centers sat in 2021, before hyperscale demand rewrote the hiring map. SMR programs are pouring first safety-related concrete, DOE loan-backed restarts are re-staffing shuttered plants, uprates are squeezing more megawatts out of the operating fleet, and hyperscaler power deals keep pulling schedules left. We are building nuclear network density now, so our clients are not sourcing from a cold start the week their program mobilizes.
Commercial-grade dedication, Part 21 reportability, corrective action programs, ITAAC closure, N-stamp scope — our screens are built on the working vocabulary of nuclear quality. We verify that a candidate worked inside an NQA-1 program rather than near one, and we pressure-test every resume against the code, licensing, and safety-culture reality of the site it claims. That is the difference between a slate a nuclear hiring panel trusts and a stack of near-misses.
FOAK schedules move. Restart scopes grow during condition assessment. Our engagement models — retained executive search, recruiting support, RPO, and embedded teams — are structured for programs whose hiring plans are milestone-driven rather than headcount-driven, so recruiting capacity flexes with the license, the loan draw, and the fuel-load date instead of billing against a static org chart.
Four program types, one network. Most of the talent that will deliver the SMR decade is working somewhere in this cycle today — and our practice maps it continuously, from the operating fleet to the first-of-a-kind sites.
First-of-a-kind and follow-on small modular reactor builds — site prep and safety-related civil work, module fabrication and delivery, and the Part 52 endgame where ITAAC closure paces fuel load. These programs hire PMs who can hold an NRC interface, QA leadership fluent in NQA-1 and commercial-grade dedication across a novel supply chain, and commissioning managers who can take unproven systems through preoperational and startup testing without burning the schedule margin.
Returning shuttered units to service — the DOE loan-backed template the industry is now repeating. Restarts front-load condition assessment, system-by-system restoration, receipt inspection on decades-old spares, and a craft ramp that behaves like a mega-outage: pipefitters, electricians, and I&C techs surging against a synchronization date. The management overlay is QA/QC-heavy, ALARA-aware, and scheduled to outage discipline rather than greenfield logic — a staffing profile generalist desks consistently misread.
Extended power uprates, measurement uncertainty recapture, subsequent license renewal, and major component replacement inside operating plants. This is construction executed through refuel-outage windows measured in days, with 50.59-aware planning, dose budgets, and zero tolerance for schedule slip against breaker-open dates. The talent pool is fleet-raised — outage directors, project managers, and planners who have delivered inside a licensed operating envelope — and it is the pool restarts and SMR sites poach from first.
Enrichment expansion, HALEU production, deconversion, and new fuel fabrication lines — the industrial build racing to close the domestic fuel gap. These are NQA-1 construction programs with security and material-control overlays, blending process-plant rigor with nuclear quality: precon and estimating against first-of-a-kind process equipment, Section III-aware mechanical scopes, and commissioning teams handing over to licensed operations. Some scopes add federal clearance requirements on top of standard access authorization.
Every title below links to a dedicated hiring page. Most nuclear engagements involve a coordinated set of these seats on the same program — often hired against the same licensing, restart, or mobilization milestone.
Owns delivery on SMR new builds, restarts, and major plant projects — NQA-1 execution, NRC interface, and milestone discipline from first safety-related concrete through fuel load.
Field leadership across civil, mechanical, and electrical scopes — work-package execution, craft ramp management, and housekeeping standards a nuclear site audit can live with.
Leads preoperational and startup testing through turnover — system walkdowns, test procedures, and the records that support ITAAC closure on new builds and synchronization on restarts.
Runs the site quality program — receipt inspection, commercial-grade dedication, NCR and corrective-action workflows, supplier surveillance, and audit-ready records from first pour.
Integrated cost and schedule control on milestone-driven nuclear programs — earned value discipline, DOE-grade reporting, and forecast rigor an owner can take to a board or a loan office.
P6 logic for nuclear sequences — licensing gates, module deliveries, test windows, and restart system-restoration paths built into defensible, claim-ready critical paths.
Industrial safety leadership inside a nuclear safety culture — fitness-for-duty-aware supervision and coordination with radiation protection and ALARA planning on dose-relevant scopes.
Nuclear talent is not verified by keyword match. NQA-1 recruiting is its own discipline — these are the credential and culture gates every iRecruit.co nuclear candidate is screened against before a hiring manager sees the slate.
ASME NQA-1 is the quality backbone of nuclear construction — the standard that turns the 18 criteria of 10 CFR 50 Appendix B into working procedures, records, and audits. We screen for candidates who have owned pieces of a compliant program: receipt inspection, commercial-grade dedication of items bought outside the nuclear supply chain, Part 21 reportability judgment, NCR disposition, and supplier surveillance. Candidates who once sat adjacent to a quality department do not survive this screen — and should not reach your panel.
Every nuclear interview panel probes safety culture — the questioning attitude, the willingness to stop work, the record of raising and documenting problems inside a safety-conscious work environment. We ask those questions first: how the candidate used the corrective action program, what they did when a schedule pressured a hold point, how they handled a condition adverse to quality. A strong resume with a weak safety-culture story fails live, in front of your panel — our screens make sure it fails privately, with us, instead.
Managers on nuclear scopes do not have to be code welders, but they must know what Section III demands of the work and the records — the difference between Section III Division 1 scope and B31.1 power piping, what an N-stamp or NPT certificate holder is accountable for, why weld traceability and code data reports are schedule-critical, and how material certs move through a nuclear supply chain. We read resumes at that resolution, so a “nuclear piping” claim gets verified as code scope, not proximity.
No nuclear start date survives an unmanaged access timeline. Unescorted access authorization, 10 CFR Part 26 fitness-for-duty, background investigation, psychological evaluation, and continuous behavioral observation are gates every badge-holder clears — and some fuel-cycle and defense-adjacent scopes layer federal clearances on top. We verify each candidate’s access history, flag anything that will slow processing, and build realistic badging lead time into every offer plan so mobilization dates hold.
Nuclear hiring managers can tell within one slate whether a recruiter speaks the language. The failure patterns are consistent:
Our nuclear screens are built by people who know where those lines sit. It is the reason our shortlists survive first contact with a nuclear interview panel.
Whichever model fits your program, every nuclear engagement runs on the same delivery discipline — clear scope up front, verified candidates, and full ownership of the process through offer, badging, and start.
30 minutes with the nuclear practice lead. We map the roles, credential stack, access timelines, and site logistics against your program milestones — and quote a concrete proposal, with pricing, within 48 hours.
A dedicated recruiter is assigned from the nuclear practice. Intake with your hiring managers, calibration on the first candidates, and sourcing across the restart, SMR, and fuel-cycle network — qualified slates in 14–21 days on retained engagements.
Every candidate is screened against NQA-1 program history, code fluency, safety-culture record, and the actual delivered scope claimed. Interview coordination, feedback loops, and weekly reporting run by iRecruit.co.
Offer structuring calibrated to nuclear premiums — comp, per-diem, and relocation for remote program sites. Access-authorization and fitness-for-duty lead time built into the start plan, notice-period management, and replacement guarantees on retained roles.
30-minute scoping call — we map the roles, the credential gates, and the access timelines, and quote a concrete proposal within 48 hours.
The right model depends on the seat, the program phase, and your internal recruiting capacity. Most nuclear programs blend two of these across a single milestone plan — retained for the leadership seats, program models for the ramp.
Program directors, site VPs, and the leadership seats a licensing, loan, or restart milestone depends on — confidential outreach, calibrated slates, replacement guarantees.
Pricing — retained, 30% of first-year compensation
Contingent search for project managers, engineers, QA/QC, and field leadership — multi-channel sourcing with nuclear-literate screens on every submittal.
Pricing — 20% success fee, pay on placement
Recruitment process outsourcing for program ramps — a coordinated team hiring the full role set against your mobilization schedule, with program pricing instead of stacked placement fees.
Pricing — from a $15k service fee, volume-based placement structure
A dedicated recruiter or team operating inside your hiring workflow — your systems, your brand, our nuclear network — for sustained hiring across a multi-year program.
Pricing — monthly volume-based fee + success fee
A Site Director, Program Director, or VP whose seat gates your milestone plan — and the search cannot leak to the market or the regulator’s attention. Executive search gives you confidentiality, a calibrated slate in 14–21 days, and a replacement guarantee.
A full delivery org — PM, superintendent, QA/QC, commissioning, controls — hired against a restoration or fuel-load date. RPO puts a coordinated team on the whole role set at once, sequenced to your badging pipeline, with recruiting support flexing on individual seats.
Roles open every month across a program measured in years, and your internal team is stretched. Embedded recruiting puts a dedicated talent partner inside your hiring workflow — running intake, sourcing, and interviews on your systems, with capacity that flexes as the program ramps.
Our nuclear network maps to the live program landscape — the restarts re-staffing shuttered plants, the SMR sites pouring first concrete, and the fuel-cycle plants racing to close the domestic enrichment gap. Wherever your program sits in the cycle, we calibrate comp, per-diem, and relocation to the local market reality. Track the full landscape on our nuclear & SMR construction tracker.
The tracker, guides, and adjacent practices that sit around this page — the same intelligence we apply when we recruit for nuclear programs.
The roles, credentials, pay signals, and staffing patterns of the nuclear construction workforce — from NQA-1 quality careers to SMR delivery teams and the restart craft ramp.
The wider energy practice this page sits inside — generation, transmission, and the grid buildout that new nuclear capacity feeds.
Solar, wind, and storage construction recruiting — the other side of the clean-power buildout, and a frequent talent crossover lane for nuclear program staff.
Gas, nuclear, and renewable generation construction — how the buildouts differ, and how the hiring differs with them.
What PMs, superintendents, QA/QC, and commissioning leaders earn by sector and market — including the premium nuclear programs pay for verified credentials.
The deepest seat in most nuclear engagements — NQA-1, ASME Section III, NRC interface, and rad-worker fluency verified before the slate reaches you.
A nuclear construction recruiter sources, qualifies, and places the delivery talent behind SMR new builds, plant restarts, uprates, and fuel-cycle facilities — project managers, superintendents, QA/QC and commissioning managers, project controls leaders, schedulers, and safety managers, from project engineer to executive. The work goes well beyond sourcing: it means verifying that a candidate actually worked inside an NQA-1 quality program, reading a resume for ASME Section III scope rather than commercial power piping, probing the safety-culture record a nuclear interview panel will test, and building unescorted-access and fitness-for-duty lead times into the offer plan so the start date holds. iRecruit.co’s nuclear recruiters run that screen on every candidate before a hiring manager ever sees the slate — which is why the slates survive contact with the panel.
NQA-1 is the American Society of Mechanical Engineers’ quality assurance standard for nuclear facility applications — the framework, rooted in the 18 criteria of 10 CFR 50 Appendix B, that governs how safety-related work is planned, performed, documented, and audited on a nuclear project. It matters in hiring because NQA-1 is experiential: procedures, records, receipt inspection, commercial-grade dedication, corrective action, and Part 21 reportability are learned by working inside a compliant program, not by reading about one. Nuclear hiring panels screen for that lived history first, and a candidate with only commercial-construction “quality experience” will fail the screen no matter how strong the rest of the resume is. A recruiter who cannot make that distinction fills your pipeline with near-misses — which is why NQA-1 fluency is the first filter iRecruit.co applies to every nuclear candidate.
SMR construction hiring blends two talent pools that traditional gigawatt-scale projects never had to mix. First-of-a-kind SMR programs run on modern licensing paths — many under 10 CFR Part 52, where ITAAC closure paces the endgame — with factory-built modules, compressed site organizations, and DOE milestone funding shaping the hiring cadence. That favors people who wear more than one hat: project managers who can hold an NRC interface, quality leaders fluent in both NQA-1 and advanced-manufacturing supply chains, and commissioning managers comfortable taking novel systems through first-time testing. Traditional large-plant and restart work leans harder on deep fleet experience — outage-style execution, craft ramp at scale, and ALARA planning around legacy systems. iRecruit.co recruits across both pools, and much of our nuclear work is matching veterans of the operating fleet with the mission-critical and industrial crossovers the SMR decade needs.
30-minute scoping call. We map the roles, the credential gates, the access timelines, and the engagement model that fits your program — and quote a concrete proposal within 48 hours.
iRecruit.co recruits across SMR new builds, restarts, uprates, and fuel-cycle programs — from project engineer to executive. Submit your resume to be matched to confidential searches as the wave builds.
