Research reactor managerSalary, qualifications, career path and hiring demand, 2026 edition
A research reactor manager is the senior operating leader responsible for the safe, reliable and licensed use of a non-power reactor serving research, isotope production, education, materials testing or neutron science. The job combines reactor operations, operator qualification, maintenance, experiments, radiation protection, emergency preparedness, security, regulatory compliance, budgets and user priorities. Unlike a reactor physicist or principal investigator, the manager’s defining responsibility is operational authority: keeping the reactor inside its licence, technical specifications and safety basis while enabling the scientific mission.
TRX models established US research reactor managers at roughly $110,000–$135,000 base, with senior managers at $130,000–$155,000 and director-level leadership above $150,000. Oregon State University’s current reactor administrator profile runs from $86,688 to $151,764, while public MURR assistant-reactor-manager pay has been above $120,000. UK pay is an equivalent nuclear facility-management model because the country’s last civilian research reactor, Imperial’s CONSORT, shut down in 2012.
IAEA guidance says a reactor manager should have a university degree in engineering or science, several years of appropriate nuclear experience, management capability and facility-specific training. In the US, individuals who actually operate or supervise the controls of a research/test reactor require NRC Reactor Operator or Senior Operator licences under Part 55. A manager may also need to demonstrate deep knowledge of the facility licence, Technical Specifications, procedures, experiment-review process and emergency organisation.
The role at a glance
everything an employer will ask about in the first fifteen minutes of a screening call.
- Also called
- Reactor operations manager · reactor facility manager · research reactor director · reactor administrator · non-power reactor manager · reactor supervisor
- Entry qualification
- Engineering or scientific degree is the normal management route. IAEA guidance explicitly recommends a university degree plus several years of appropriate nuclear experience for reactor managers.
- Typical entry pay
- $90,000–$110,000 US TRX model for assistant/early management · £55,000–£68,000 UK-equivalent nuclear facility management.
- Senior pay
- $130,000–$155,000 US, with major research reactor directors and executive leaders extending above $170,000. UK equivalent senior nuclear operations/facility leadership models around £75,000–£92,000.
- Operator licence
- US managers who operate or supervise the reactor controls need an NRC RO or SRO licence. The SRO route is especially valuable because senior operators supervise operations during non-routine conditions and emergencies.
- Professional gate
- PE/CEng can help but is not the central operating credential. Facility-specific operator licensing, reactor experience and management authority are more important.
- Security
- University reactors may use lower security categories than power reactors, but access controls, NRC Part 73 requirements and site-specific security programmes still apply. DOE reactors have separate DOE security frameworks.
- Where the work sits
- Universities, national laboratories, government research centres, isotope-production facilities, test reactors and research-reactor organisations.
- Travel
- Usually low to moderate. Most responsibility is facility-based, with regulator meetings, conferences, fuel programmes, vendor visits and external research partnerships adding travel.
- Shift pattern
- Management is nominally day-based, but reactor operations can be continuous. Managers are commonly on-call for abnormal conditions, emergency response, significant maintenance and high-priority experiments.
- TRX segments
- New technology development · Nuclear medicine · Fuel cycle · Operating research facilities · National laboratories · Nuclear education
six versions of the same job title
research reactors vary from low-power teaching facilities to high-flux national assets. The manager title therefore changes in scale, but the common responsibility is safe operation under the facility’s authorised mission.
University teaching and training reactor manager
Runs a university reactor used for student operator training, reactor physics demonstrations, neutron activation analysis and workforce development. Staffing may include students alongside professional operations staff, making training, qualification and supervision unusually prominent.
High-flux research reactor operations manager
Leads a large facility serving neutron scattering, materials irradiation and isotope missions. Reliability, experiment scheduling, ageing management, maintenance and major multidisciplinary staffing become closer to national-laboratory operations than a small university laboratory.
Medical isotope production reactor manager
Operates a reactor whose schedule directly supports isotope production and radiopharmaceutical supply. The manager balances reactor safety and maintenance with irradiation targets, isotope-production commitments and downstream processing windows.
Materials test reactor manager
Runs a reactor used to irradiate fuels, cladding, structural materials and experiment capsules under controlled neutron environments. Experiment review, test-article safety, sponsor requirements and outage integration are major parts of the job.
Low-power / digital research reactor manager
Leads a lower-power training/research facility where education, instrumentation, digital I&C, cybersecurity and operator development may dominate more than isotope throughput. Purdue PUR-1 is a current example of a digitally controlled university reactor.
New research reactor commissioning / transition manager
Builds the operating organisation for a new or replacement reactor: staffing, licensing, procedures, training, commissioning readiness, maintenance, emergency preparedness and transition from project to operations. NextGen MURR is the strongest current US example.
What the week actually looks like
a composite day for the manager of an operating university research reactor with routine experiments, operator training and a planned maintenance outage approaching.
What research reactor managers are paid in 2026
“Research reactor manager” is a small occupation with inconsistent titles across universities and national laboratories. The US ladder below is a TRX model anchored to current reactor-administrator and MURR management evidence. The UK ladder is deliberately labelled equivalent-market because the UK’s last civilian research reactor ceased operation in 2012 and the former Imperial site was delicensed in 2022.
How research reactor management compares to adjacent roles
Research reactor titles vary widely. University facilities can sit below national-laboratory reactors; major isotope/test reactors can sit well above them. Facility scale, licence-holder responsibility and SRO/operations accountability matter more than title alone.
| Occupation | Median | P10 | P90 | What moves the number |
|---|---|---|---|---|
| Research reactor manager | $135,000 | $90,000 | $180,000 | Reactor power/mission, SRO authority, regulator accountability, staff size and isotope/user programme complexity |
| Oregon State Reactor Administrator 3 | $119,232 midpoint | $86,688 min | $151,764 max | Current 2026 university reactor management grade |
| MURR facility project manager | $85,000–$120,000 range | — | — | Current research-reactor facility project-management anchor |
| MURR manager — quality assurance | $90,000–$135,000 range | — | — | Current regulated MURR management benchmark |
Research reactor titles vary widely. University facilities can sit below national-laboratory reactors; major isotope/test reactors can sit well above them. Facility scale, licence-holder responsibility and SRO/operations accountability matter more than title alone.
SRO / senior operator credibility
Managers who can directly supervise reactor operations and understand requalification, abnormal operations and emergency response carry the strongest operating premium.
Isotope or high-flux mission responsibility
Research reactors tied to medical isotope supply or national neutron-science commitments have greater reliability and programme accountability.
Regulatory recovery / major upgrade experience
Managers who have led restart, licence amendment, digital I&C, LEU conversion or major ageing-management programmes are unusually scarce.
Three ways in
Reactor managers are almost never hired straight into management from academia alone. The usual route is facility-specific operations, reactor engineering or safety work followed by licensed-operator and supervisory responsibility.
Reactor operator to manager
Reactor engineer / safety route
National lab / research facility management route
Are you actually ready to compete for a research reactor manager role?
A strong CV must show reactor authority, not just nuclear expertise. Name the facility, licensed power, operating licence/SRO status, staff size, shifts, Technical Specification ownership, regulator inspections, experiments, fuel movements, maintenance programmes, emergency exercises and reliability outcomes you led. “Managed reactor operations” is too generic; the shortlist wants evidence of the exact operating organisation you controlled.
Free resume scoring on avua. Your score is yours; it is not shared with employers.The biggest uplift usually comes from proving operator authority, regulator-facing accountability and staff leadership rather than listing research publications alone.
Illustrative TRX shortlisting pattern only.
The credentials that actually gate the work
The role is gated by facility-specific operating competence and regulatory accountability. Research credentials help; they do not replace operating qualifications.
| Credential | Jurisdiction | Required for | Time | Notes |
|---|---|---|---|---|
| Engineering / scientific degree | International | Normal reactor-manager entry | 4 yrs typical | IAEA guidance recommends a university degree plus several years of appropriate nuclear experience. |
| NRC Reactor Operator licence | US NRC research/test reactors | Operating controls | Facility-specific | Licence is reactor-specific and not portable between facilities. |
| NRC Senior Reactor Operator licence | US NRC research/test reactors | Supervising operation / non-routine conditions | Facility-specific | Strongest operations credential for manager/supervisor roles. |
| Requalification programme participation | US licensed operators | Maintaining RO/SRO licence | Continuous | Two-year written-exam cycle and annual operating tests at research/test reactors. |
| 10 CFR Part 50 / Technical Specification competence | US | Facility licensing and operation | Role-specific | Research/test reactors operate under Class 104 Part 50 licences. |
| Emergency preparedness / security qualification | All | Management duty | Role-specific | NRC inspections include emergency preparedness and security; DOE facilities use DOE requirements. |
| Radiation protection / fuel movement competence | All | Reactor operations | Role-specific | Manager need not be the health physicist, but owns organisational integration and readiness. |
| Security vetting / site access | Facility-specific | Controlled reactor facility work | Weeks–months | Requirements vary between universities, NIST and DOE national-laboratory reactors. |
NRC operator licences are issued for six years and are specific to one facility. Research/test reactor managers who personally operate or supervise controls therefore need facility-specific licensing rather than a generic national operator credential.
What appears on a 2026 research reactor manager shortlist
Employers screen for someone who can run a reactor as a licensed facility while preserving its value as a research and teaching asset.
Named on the specification
- Reactor operations and Technical Specifications — startup, shutdown, operating limits, surveillance, abnormal conditions, logs and decision-making inside the licensed basis.
- Operator licensing / requalification leadership — RO/SRO pipeline, written exams, operating tests, training records, medical/qualification status and staffing coverage.
- Experiment / irradiation safety review — evaluating user experiments, target assemblies and modifications against analysed conditions and facility procedures.
- Maintenance / ageing / configuration control — preventive maintenance, corrective work, surveillance, modifications, equipment reliability and controlled facility configuration.
- Regulatory compliance and inspection readiness — Part 50/55, licence amendments, FSAR/Technical Specification updates, corrective actions and regulator commitments.
- Emergency preparedness / radiation protection integration — drills, emergency organisation, dose/radiological controls, fuel handling and security interfaces.
What decides between two shortlisted candidates
- Active SRO licence — strongest proof of direct operating authority at the specific facility.
- High-flux or isotope-production experience — operation where scientific and medical supply commitments create demanding reliability expectations.
- Reactor restart / recovery leadership — experience restoring safe operation after an extended outage, event or regulatory hold.
- Digital I&C / major reactor upgrade — modernisation without losing licence, configuration or operator-training control.
- LEU conversion / fuel programme experience — fuel qualification, core transition and non-proliferation-driven research-reactor change.
- Scientific user / commercial programme leadership — balancing reactor availability among universities, industry, isotope customers and national programmes.
The 2026 demand map
The US research-reactor market is small but strategically important. Demand is strengthened in 2026 by isotope production, ageing-facility modernisation, new research-reactor development and continued university workforce programmes.
| Programme | Location | Phase in 2026 | Engineering demand |
|---|---|---|---|
| Missouri University Research Reactor (MURR) | Missouri, US | Operating at 10 MW; isotope/research expansion | Very high — highest-power US university reactor plus active management and facility hiring |
| NextGen MURR | Missouri, US | 20 MW design/licensing development | Very high / growing — first new US research reactor project in decades; operating organisation must eventually be built |
| NIST NBSR / NCNR | Maryland, US | 20 MW full-power operations resumed in 2026 | Very high — operating recovery, ageing management and future replacement planning |
| MIT Nuclear Reactor Laboratory | Massachusetts, US | 6 MW operating research reactor | High — 24/7 research operation, irradiation work and national user programmes |
| Purdue PUR-1 | Indiana, US | Operating / digital control and research expansion | High specialist relevance — fully digital NRC-licensed university reactor and workforce-development mission |
| High Flux Isotope Reactor (HFIR) | Tennessee, US | Operating at 85 MW in 2026 | Very high national-lab relevance — neutron science, isotopes, materials irradiation and high-reliability operation |
| Advanced Test Reactor (ATR) | Idaho, US | Active DOE test reactor | Very high national-lab relevance — national-priority fuels/materials irradiation for government, universities and industry |
| DOE University Fuel Services / research reactor infrastructure | 24 US universities | Active FY2026 support | Steady / strategic — fuel support for 25 operating research reactors plus reactor upgrades and sharing programmes |
The US research-reactor market is small but strategically important. Demand is strengthened in 2026 by isotope production, ageing-facility modernisation, new research-reactor development and continued university workforce programmes.
small headcount, high replacement risk.
The profession does not generate large vacancy volumes because each reactor has only a small senior management team. But facility-specific knowledge, operator licensing and long tenure make succession difficult. DOE’s FY2026 programme still supports fuel services for 25 research reactors at 24 universities, while major facilities such as NBSR, MURR, MITR, HFIR and ATR remain nationally important.
ageing reactors plus new mission demand.
MURR is expanding isotope production while developing a new 20 MW reactor; NIST resumed full-power operations in 2026 while also planning a future neutron source; Purdue is using PUR-1 as a digital-reactor research platform. That combination creates demand for managers who can run ageing assets safely while introducing new controls, experiments, fuel strategies and operating models.
Adjacent and onward roles
Research reactor management can progress into facility directorship, isotope programmes, national-laboratory operations or new-reactor commissioning.
Questions research-reactor candidates genuinely ask recruiters
How much does a research reactor manager earn in 2026?
TRX models established US research reactor managers at roughly $110,000–$135,000 base, senior managers at $130,000–$155,000 and facility directors at $150,000–$180,000. Oregon State University’s current Reactor Administrator 3 grade is $86,688–$151,764, with a $119,232 midpoint. UK figures are equivalent nuclear facility-management bands rather than a direct research-reactor market because the UK has no operating civilian research reactor in 2026. This pay reflects performance management and the complexity of managing nuclear safety and regulatory compliance.
Does a research reactor manager need an NRC Senior Reactor Operator licence?
Not automatically by job title. NRC Part 55 requires a licence for individuals who operate or supervise operation of the reactor controls. If the manager’s assigned duties include supervising those operations, an SRO licence is required; many reactor managers therefore maintain SRO status because it gives direct operating authority and emergency credibility. A purely administrative project director above a licensed operations manager may not personally need one.
How is managing a research reactor different from managing a power reactor?
The safety and regulatory discipline is still nuclear, but the mission is different. Research reactors may change experiments frequently, serve student operators, produce isotopes, support materials irradiation and operate at much lower thermal power. Managers therefore spend more time on experiment review, user scheduling and education, while power-reactor managers carry much larger generation, staffing and commercial responsibilities. Collaboration with regulatory bodies and ensuring compliance with nuclear regulatory commission requirements are critical.
What qualifications does the IAEA recommend for a research reactor manager?
IAEA guidance says reactor-manager candidates should have a university degree in an engineering or scientific discipline, several years of appropriate nuclear experience, demonstrable management skills and facility-specific training commensurate with the position. The guidance emphasises analytical, supervisory, leadership and communication capability as well as technical knowledge. Preferred qualifications often include a master's degree or bachelor's degree in nuclear engineering or a related field.
Where is demand strongest in 2026?
The United States has the clearest market. MURR is operating and expanding while NextGen MURR advances through design/licensing; NIST returned the 20 MW NBSR to full-power operation in 2026; MITR, Purdue PUR-1, HFIR and ATR remain active. DOE’s FY2026 University Fuel Services programme supports fuel for 25 operating research reactors at 24 universities, demonstrating continued national infrastructure demand. This growth is driven by complex projects in research reactor construction management and isotope production.
What is the most valuable experience for a senior research reactor manager?
A combination of facility-specific licensed operations and organisational leadership. The strongest profile can show SRO or equivalent authority, regulator inspections, Technical Specification decisions, experiment review, maintenance/outage leadership, emergency exercises, operator qualification and measurable reactor availability. Publications help; a clean, reliable operating record matters more for this role. Experience in continuous improvement, implementing nuclear safety measures, and providing technical support is highly beneficial.
We only recruit in nuclear. That is the whole point.
TRX can assess whether your background fits research reactor management, reactor operations, licensing, isotope production, commissioning or national-laboratory facility leadership. If your experience comes from power reactors, test facilities, critical assemblies or military reactors, we can identify which operating and supervisory evidence transfers into a research-reactor environment.