Nuclear planner / schedulerSalary, qualifications, career path and hiring demand, 2026 edition
A nuclear planner / scheduler turns engineering, procurement, construction, maintenance or outage scope into an executable time-based plan. They build logic-linked schedules, establish baselines, collect progress, test critical paths, integrate contractor and system interfaces, and show where delay will hit milestones. Unlike the project controls manager, the planner owns schedule quality and forecast logic rather than the full cost-risk-change function. Nuclear planner jobs require coordination with professional and technical resources, ensuring compliance and safety in nuclear power plants while supporting international contracts.
There is no official exact-title wage series, so TRX models 2026 pay from live nuclear and complex-project scheduling roles. Westinghouse Electric Company LLC publishes $85,200–$106,500 for a Senior Schedule Planning Analyst and $103,200–$129,000 for a P6-led APX scheduling role; lead nuclear planning postings can exceed $180,000. UK nuclear / security-cleared P6 roles commonly sit around £48,000–£78,000 before lead level.
No nuclear planner licence exists. The practical gate is schedule evidence: Primavera P6, clean WBS and logic, baseline control, progress rules, critical-path analysis and enough nuclear engineering and construction context to spot impossible sequencing. BPSS / SC, unescorted access or outage work-management competence can become hard gates by programme.
The role at a glance
Everything an employer will ask about in the first fifteen minutes of a screening call.
- Also called
- Project planner · P6 scheduler · nuclear scheduler · senior planner · lead planner · outage scheduler · planning engineer · master scheduler
- Entry qualification
- Degree, HNC / HND, apprenticeship or equivalent delivery experience. Engineering / construction education helps, but experienced maintenance, operations and project-controls candidates can enter without a traditional engineering degree.
- Typical entry pay
- $72,000–$95,000 US · £40,000–£52,000 UK for developing planner / scheduler roles; exact pay moves quickly with P6 depth, site access and nuclear experience.
- Senior pay
- $120,000–$165,000 for US lead-planner scopes, with planning managers / master schedulers higher · £75,000–£95,000 UK lead planner, rising toward £115,000 for planning management.
- Contract day rates
- £450–£700/day experienced planner / scheduler and £650–£900/day senior / lead planning outside IR35; US nuclear plant planning commonly advertises around $55–$75/hr plus site-specific per diem.
- Professional gate
- Primavera P6 is the closest thing to a hard market gate on major projects. AACE PSP or PMI-SP helps at senior level; schedule quality, logic and delivered outcomes matter more than the certificate alone.
- Security
- UK BPSS is common and SC applies on sensitive programmes. US commercial plants may require unescorted access and fitness-for-duty; DOE / defence work can add citizenship and clearance requirements.
- Where the work sits
- Owner PMOs, EPC / architect-engineers, reactor vendors, Tier 1 contractors, operating utilities, outage teams, decommissioning programmes and advanced-reactor developers. Office / hybrid work is common until field integration or outage execution intensifies.
- Travel
- Low to moderate on design / PMO scopes; higher for supplier integration and site planners. Outage and turnaround schedules can require temporary relocation, extended site presence and non-standard hours.
- TRX segments
- Large new build · New technology development · Operating fleet · Fuel handling & fuel cycle · Decommissioning & dismantling · Radioactive waste management
Six versions of the same job title
"Planner / scheduler" changes with the lifecycle. A new-build planner integrates contractor activities across years; an outage scheduler may control hours and system windows on a live nuclear site. Bar shows relative hiring volume across TRX's 2026 desk activity.
Large new build / EPC schedule
Build and maintain integrated design, procurement, construction, testing and commissioning logic across major packages and suppliers.
Operating fleet / online work management
Sequence modifications, maintenance, surveillance and engineering work around plant operating constraints and work-control windows.
Refuelling outage planning
Build a resource- and system-constrained outage schedule where critical path is measured in hours, not months, and late work can affect restart.
SMR / advanced-reactor FOAK
Integrate maturing design, licensing, long-lead procurement, factory fabrication, module delivery and first-of-a-kind construction while assumptions are still changing.
Decommissioning / waste programme
Plan retrieval, dismantling, enabling works, waste routes and facility modifications across long horizons with radiological and access constraints.
Vendor / manufacturing / supply-chain schedule
Connect engineering release, material availability, fabrication, inspection, testing, logistics and customer milestones into an executable supplier or equipment schedule.
What the week actually looks like
A composite day for a senior nuclear planner / scheduler on a major project, maintaining an integrated P6 schedule across engineering, procurement, construction and project leadership. During outages the same disciplines compress into a much shorter control cycle.
What nuclear planners and schedulers are paid in 2026
There is no official wage series for "nuclear planner / scheduler". The ladders below are a TRX market model anchored to live 2026 nuclear scheduling roles, P6 contract rates and the broader BLS Project Management Specialist series. Outage / contractor pay is shown separately because hourly and day-rate assignments are not permanent salary.
How nuclear planning / scheduling compares to adjacent roles
The BLS project-management median is a broader occupation anchor; exact nuclear planning ranges are TRX market models because schedulers are not separately coded nationally.
| Occupation | Median | P10 | P90 | What moves the number |
|---|---|---|---|---|
| Nuclear planner / scheduler (TRX model) | $122,000 | $72,000 | $190,000 | P6 depth, nuclear / outage context, integrated schedule scale, lead responsibility and recovery record |
| Project management specialists (all industries) | $102,320 | $61,580 | $167,970 | Industry, project complexity, seniority, schedule / budget responsibility and client exposure |
| Lead nuclear project planner (live posting) | $149,000 | — | — | Major-project planning leadership, nuclear delivery, schedule integration and team / client responsibility |
| Cost estimators (all industries) | $78,740 | $48,530 | $130,820 | Industry, heavy-construction complexity, estimating depth and responsibility |
Sources: live 2026 Westinghouse nuclear scheduling and planning roles, current lead nuclear planning postings, UK P6 / security-cleared planning vacancies and BLS May 2025 occupation data. Contract rates are not converted into permanent salary equivalents.
Nuclear outage / work-management depth
Planners who understand system windows, isolations, work packages, resource loading and restart logic can command a premium because outage schedule mistakes become operational events.
Integrated EPC / FOAK critical path
Building and defending a logic network across design, procurement, licensing, construction and commissioning is scarcer than maintaining a single contractor schedule.
Schedule assurance and recovery
Employers pay for people who can diagnose bad logic, rebuild a credible forecast and challenge a preferred completion date with evidence rather than simply operate P6.
Three ways in, and only one of them starts with a planning degree
Nuclear planners usually enter through project controls, site work management or engineering / construction delivery. The strongest routes build both scheduling technique and judgement about how nuclear work is executed.
Project controls / planning route
The most direct route. Twelve or more years to planning manager.
Operations / maintenance / outage route
Highly valued on operating plants. Four steps to senior / lead nuclear planner.
Engineering / construction transfer
Best for planners who understand the workfront. Twelve or more years to programme planning leadership.
Are you actually ready to compete for a nuclear planner / scheduler role?
A planning CV must prove more than "Primavera P6". Show schedule scale, baseline ownership, critical-path responsibility, update cadence, contractor interfaces, outage / construction context and the recovery decision your analysis changed. The shortlist wants evidence that you can make the schedule tell the truth.
Free resume scoring on avua, TRX's job search and application platform. Your score is yours; it is not shared with employers.P6 on the skills list is not enough. Strong CVs quantify baseline or package size, show critical-path and recovery ownership, and explain which milestone or outage decision changed because of the analysis.
Illustrative figures based on TRX shortlisting patterns only. Your own score is generated by avua from your CV and the role you are targeting.
The credentials that actually gate the work
Nuclear planning is gated by demonstrable schedule competence, delivery context and programme-specific access requirements rather than a statutory licence. P6 is frequently a hard filter; professional credentials are supporting evidence.
| Credential | Jurisdiction | Required for | Time | Notes |
|---|---|---|---|---|
| Relevant degree / HNC / HND or equivalent delivery experience | All | Most planner appointments | 2–4 yrs / experience-based | Engineering, construction, project management or plant / trade experience can all lead into planning. |
| Primavera P6 competence | Global | Most major-project / outage scheduling roles | Experience-based | The common market hard filter: logic, baselines, updating, critical path and schedule quality, not just course completion. |
| AACE PSP / PMI-SP | Global | Senior planning credibility | Months + experience | Useful evidence of scheduling depth; rarely a statutory requirement. |
| Nuclear work management / outage planning competence | US / UK fleet | Plant and outage scheduling | Experience-based | System windows, permits, isolations, work packages and execution rules can be stronger gates than formal education. |
| Schedule quality / assurance methods | Global | Lead / assurance roles | Experience-based | DCMA-style health checks, logic analysis, baseline governance and contractor schedule challenge are commonly screened. |
| EVM / schedule-risk knowledge | US / major programmes | Integrated controls / government-facing work | Experience-based | Useful where schedule drives earned value, QRA or integrated cost-schedule reporting. |
| BPSS / SC | UK | Site / sensitive programmes | Days–months | BPSS common; SC applies where the programme or information requires it. |
| Unescorted access / fitness-for-duty / DOE clearance conditions | US | Commercial plant or national-security work | Site-specific | Commercial nuclear access differs from DOE / defence clearance and citizenship requirements. |
Requirements vary by programme and jurisdiction. P6 / scheduling competence is market-driven rather than legally mandated; AACE / PMI credentials, security, EVMS and site-access requirements apply only where the employer or programme calls for them.
What appears on a 2026 nuclear planner / scheduler shortlist
Recruiters screen for whether you can build, update and challenge a logic-linked schedule that reflects how nuclear work will actually happen, then explain the critical-path consequence clearly. Ordered by how often a hiring manager treats it as a hard filter rather than a nice-to-have.
Named on the specification
- Primavera P6 — Activity coding, calendars, relationships, constraints, baselines, layouts, filters, import / export and update control
- CPM and logic quality — Critical and near-critical paths, float, lags, open ends, constraints, out-of-sequence progress and schedule-health checks
- WBS / OBS / coding structure — Mapping schedule scope to engineering, procurement, construction, systems, contracts, work packages and responsible organisations
- Progress and forecasting — Data dates, actuals, remaining duration, physical progress, forecast rules, variance narrative and milestone confidence
- Resource / cost loading — Labour, key equipment, earned progress or cost integration where the programme requires resource-loaded or EVM-capable schedules
- Integrated schedule management — Contractor schedules, vendor milestones, design release, procurement, construction, testing, commissioning and owner interfaces
- Recovery and scenario planning — Resequencing, concurrency, acceleration, resource changes and impact analysis without creating impossible logic
- Nuclear work constraints — Configuration, permits, isolations, hold points, outage windows, quality records, testing and licensing milestones relevant to the scope
What decides between two shortlisted candidates
- Outage schedule ownership — Proven control of refuelling / maintenance critical path, work windows and shift-level execution rather than project-only planning
- Schedule assurance / DCMA-style health analysis — Ability to detect weak logic, excessive constraints, negative float, poor progress rules and artificial critical paths
- Schedule risk analysis — Quantitative schedule-risk thinking, uncertainty ranges and probability-based milestone confidence rather than deterministic dates alone
- FOAK / megaproject integration — Schedules where design maturity, licensing, supply chain and construction interfaces move continuously and must still produce a credible forecast
- Field credibility — Engineering, construction, maintenance or commissioning experience that lets you challenge durations and sequencing from evidence rather than software convention
- Digital planning integration — Power BI, Excel / Power Query, schedule analytics or data pipelines that improve visibility without replacing disciplined P6 logic
The 2026 demand map
Planner / scheduler demand follows programmes with dense interfaces, hard operating windows and large contractor networks. New build creates long-horizon integration work; operating plants and outages create shorter-cycle scheduling where execution discipline is equally scarce.
| Programme | Location | Phase in 2026 | Engineering demand |
|---|---|---|---|
| Sizewell C | Suffolk / London, UK | Major construction mobilisation and supply-chain ramp-up | Very high; integrated master schedules, package planning, contractor interfaces, baselines and readiness milestones |
| Hinkley Point C | Somerset, UK | Late construction, MEH installation, fit-out and commissioning preparation | Very high; detailed construction, system completion, commissioning and recovery scheduling |
| Sellafield / major-project portfolio | Cumbria, UK | Long-term remediation, retrieval and infrastructure delivery | Very high; programme planning, decommissioning logic, contractor integration and long-horizon baselines |
| Rolls-Royce SMR / Wylfa | North Wales, UK | Three-unit delivery contract; site-specific design and long-lead procurement under way | High; FOAK integrated planning across design, licensing, supply chain, modularisation and site delivery |
| OPG / BWRX-300 Darlington | Ontario, Canada | Nuclear construction under way; operating-licence application submitted | Very high; civil construction, systems, procurement, commissioning and multi-unit schedule integration |
| TerraPower Natrium | Wyoming, US | Construction permit issued March 2026; nuclear construction commenced | High; FOAK critical path, supplier milestones, construction sequencing and federal programme interfaces |
| Kairos Power Hermes 2 | Tennessee, US | Groundbreaking completed April 2026; demonstration-plant construction | High; advanced-reactor design-to-build integration, iterative delivery planning and construction readiness |
| US operating fleet / refuelling outages | United States | Ongoing operations, uprates, life-extension and outage cycles | Very high; work-week scheduling, refuelling critical path, resource loading and modification integration |
| Westinghouse APX / nuclear services portfolio | US & global | FEED, new-build development, supply-chain and operating-fleet project delivery | High; P6 project scheduling across engineering, procurement, customer milestones and service outages |
| NWS GDF programme | Cumbria, UK | Site evaluation and preparation for future site-characterisation consents | Growing; long-horizon programme schedules, consenting interfaces, investigations and major-capital planning |
Programme phases move. The table reflects public status verified in September 2026; candidates should confirm current construction, licensing, outage and contracting positions before making a relocation or contract decision.
Planning is closest to the workfront when delivery risk rises
Sizewell C, Hinkley Point C, Darlington and Natrium need integrated design-to-commissioning schedules, while operating fleets need planners who can work inside outage and work-management rules. P6 is common; the differentiator is whether the logic reflects real nuclear constraints.
People who can build believable logic, not just update dates
Nuclear employers can find software users; they struggle more with planners who can challenge assumptions, integrate thousands of dependencies, protect baseline traceability and explain the true critical path. Outage and commissioning experience tighten the pool further.
Adjacent and onward roles
Planning / scheduling is the schedule-specialist branch of project controls and connects directly into controls leadership, outage management and project delivery. These are the closest sibling and progression routes.
Questions we get asked every week
How much does a nuclear planner / scheduler earn in 2026?
TRX models the US base salary range from about $72,000–$95,000 at developing levels to $120,000–$165,000 for lead planners and up to $190,000 for planning-management scopes.
UK planners typically earn around £40,000–£62,000, rising to £75,000–£95,000 for lead planning roles. US nuclear contracts currently show about $55–$75/hr.
Is Primavera P6 mandatory for nuclear planner / scheduler jobs?
For most qualifying positions in major new build, decommissioning, outage, and EPC work, Primavera P6 is one of the most common hard filters.
Smaller organisations may use other options, but recruiters still expect CPM logic, baselines, data-date discipline, and critical-path analysis. Knowing the software without understanding schedule logic will not pass a senior interview.
Do you need an engineering degree to become a nuclear planner?
No. Engineering or project-management degrees are common, but an associate's degree, HNC / HND, apprenticeship, or experienced maintenance, military, or operations routes are established.
Employers often value planners who understand plant work or construction execution more than candidates with a bachelor's degree but weak scheduling evidence.
What is the difference between a nuclear planner / scheduler and a project controls manager?
The planner owns the time model: WBS, logic, baseline, progress, critical path, forecast dates, and recovery scenarios.
A project controls manager integrates schedule with cost, risk, change, and reporting and usually leads several controls disciplines. Planning can progress into controls management or remain a specialist career.
Is nuclear planning / scheduling a good career in 2026?
Yes. New build, SMR, and advanced-reactor construction, operating-fleet outages, decommissioning, and waste programmes all need credible schedules.
The caveat is that dates are commercial and political, so the job requires defending logic when stakeholders want a more optimistic answer.
Which planning skills are most valuable in nuclear right now?
Advanced P6, clean CPM logic, schedule assurance, outage / commissioning planning, contractor integration, and recovery analysis lead the shortlist.
Schedule-risk analysis and Power BI add value, but neither substitutes for field-aware logic and a clear explanation of what drives the milestone.
We only recruit in nuclear. That is the whole point.
TRX works across large new build, fusion, new technology development, operating fleet, decommissioning, radioactive waste management and nuclear medicine, in 14+ countries. Send us your CV and we will tell you whether your experience fits project planning, outage scheduling, integrated controls, project engineering or planning-management work, and what it is worth.