Mine closure & rehabilitation specialistSalary, qualifications, career path and hiring demand, 2026 edition
A mine closure and rehabilitation specialist leads closure execution plans, turning an operating or legacy mine into a stable, safe, and regulator-accepted end state. The role integrates rehabilitation management plans, landform design, mine waste rock and tailings interfaces, contaminated-ground remediation, mine water management, revegetation, rehabilitation monitoring, and handover. In nuclear, the distinctive work is uranium and radiological legacy closure: the specialist coordinates the whole end-state strategy alongside the assessment and approvals team rather than replacing tailings, hydrogeology, or radiation specialists who substantiate individual hazards.
Mine closure and rehabilitation specialist jobs sit around a modelled $118,000 US median in 2026, with experienced specialists commonly moving through $100,000–$175,000 posted ranges and closure leads reaching the high $100,000s. The UK market is much smaller for uranium-specific closure, so TRX models £55,000–£72,000 for established specialists against mining-engineering and remediation benchmarks rather than claiming an exact national series.
There is no universal closure licence. Employers gate the shortlist on evidence that you have taken closure work from plan into field execution: closure criteria, earthworks, contaminated material, mine water, monitoring and regulator acceptance. PE, CEng or equivalent registration helps at senior level; US field work may add HAZWOPER and mine-site training, while radiological sites add employer radiation-worker and site-specific access requirements.
The role at a glance
Everything an employer will ask about in the first fifteen minutes of a screening call.
- Also called
- Mine closure specialist · closure and reclamation specialist · rehabilitation specialist · mine remediation specialist · closure planning engineer
- Entry qualification
- Mining, civil, environmental, geotechnical or geological engineering; environmental science or hydrogeology also transfers with delivery evidence.
- Typical entry pay
- $78,000–$100,000 (US, early closure specialist) · £42,000–£55,000 (UK mining/remediation route)
- Senior pay
- $150,000–$178,000 (US senior/principal) · £85,000–£125,000 (UK principal to closure lead)
- Contract day rates
- £450–£650 specialist; £650–£850 senior/principal closure delivery; roughly $80–$150/hr for US specialist consulting.
- Professional gate
- No single licence. PE, CEng or P.Eng. helps where the role approves engineering or leads multidisciplinary closure work.
- Security
- Usually site access rather than nuclear clearance. Radiological or federal programmes can add background checks, badging and employer-specific controls.
- Where the work sits
- Uranium miners, legacy owners, government remediation programmes, consultancies, regulators and stewardship organisations.
- Travel
- Moderate to high. Specialists spend significant time at pits, waste facilities, water systems and rehabilitation workfronts.
- TRX segments
- Fuel cycle · Decommissioning & dismantling · Radioactive waste management · Environmental remediation · Legacy nuclear sites · New technology supply chain
Six versions of the same job title
"Mine closure specialist" changes with what must reach the end state: an operating uranium mine, legacy site, water liability, waste facility or stewardship programme. Meter = relative relevance across TRX's 2026 closure desk.
Integrated uranium mine closure
Owning the closure plan across pits, plant, waste rock, tailings, contaminated areas, water and final land use. The specialist keeps closure criteria, cost, schedule and regulator commitments aligned across disciplines.
Rehabilitation delivery
Turning the approved plan into earthworks, regrading, covers, drainage, demolition interfaces, soil placement and revegetation. The hiring filter is evidence that designs survived construction and achieved measurable rehabilitation outcomes.
Mine waste and tailings closure integration
Integrating waste-rock dumps, tailings facilities, covers, seepage controls and long-term stability into the site closure strategy. The specialist does not replace the tailings engineer; the value is making separate closure designs work as one end state.
Water and geochemical closure
Closure where groundwater restoration, acid drainage, seepage, pit lakes or long-term treatment dominate the liability. The role turns hydrogeology and geochemistry into practical closure criteria, monitoring and handover decisions.
Abandoned uranium mine remediation
Working on legacy sites with contaminated waste rock, open workings and radiological hotspots. The work combines investigation, remedy selection, excavation or consolidation, stakeholder engagement and long-term monitoring rather than conventional production-mine closure.
Long-term stewardship and institutional control
Taking a remediated site through performance confirmation, residual-risk definition and transfer into long-term monitoring or institutional control. The focus is proving that engineered and ecological systems remain stable after active closure ends.
What the week actually looks like
A composite day for a senior mine closure and rehabilitation specialist on a uranium legacy project, split between design assurance, regulator commitments and active earthworks. Site conditions, seasonal construction windows and water management shape the rhythm.
What mine closure & rehabilitation specialists are paid in 2026
There is no official wage series for the exact title. The ladder is a TRX market model anchored to BLS mining and geological engineering data, environmental-engineering data and 2026 specialist mine-closure postings. The US market is deeper; UK figures are equivalent-market benchmarks because uranium-mine closure employment is limited.
How mine closure & rehabilitation compares to adjacent roles
US figures. The three coded occupations are BLS May 2025; the specialist row is a TRX 2026 model because mine closure is not separately coded.
| Occupation | Median | P10 | P90 | What moves the number |
|---|---|---|---|---|
| Mine closure & rehabilitation specialist | $118,000 | $78,000 | $178,000 | Uranium/radiological closure, completed handover, owner-side liability and delivery authority |
| Mining & geological engineer | $106,220 | $67,490 | $169,990 | Mine type, commodity, site responsibility, technical authority and location |
| Environmental engineer | $107,110 | $69,990 | $162,220 | Federal work, remediation complexity, design responsibility and project leadership |
| Environmental scientist / specialist | $82,220 | $52,520 | $140,010 | Federal programmes, contaminated land, regulatory depth and field responsibility |
Sources: US BLS occupational data, May 2025, for coded occupations; TRX market model Q3 2026 for the specialist range, cross-checked against 2026 US mine-closure postings. UK figures use mining-engineering and remediation benchmarks because there is no uranium-closure salary series.
Completed uranium or radiological closure
Employers pay for people who have seen the full chain from closure criteria through construction, verification, regulator acceptance and post-closure monitoring.
Owner-side liability and closure-cost ownership
Being accountable for quantities, provisions, risk allowance and long-term obligations carries more value than producing one technical work package.
Water, tailings and stakeholder integration
Specialists who can connect mine water, cover systems, tailings, contaminated land and community commitments are harder to replace than single-discipline experts.
Three ways in, and the role becomes distinct when you integrate the whole outcome
Most people enter after several years in mining, environmental engineering, hydrogeology or remediation. The role becomes distinct when you start integrating the whole closure outcome rather than one technical package.
Mining or civil engineering
The role becomes distinct when you start integrating the whole closure outcome rather than one technical package.
Environmental science, hydrogeology or remediation
The role becomes distinct when you start integrating the whole closure outcome rather than one technical package.
Nuclear legacy / uranium remediation
The role becomes distinct when you start integrating the whole closure outcome rather than one technical package.
Are you actually ready to compete for a mine closure & rehabilitation role?
Everything above tells you what closure work involves and what the market pays. It does not tell you whether your CV proves completed field outcomes, regulator acceptance, closure-cost ownership and multidisciplinary integration. In this market, a list of studies is weaker than evidence showing what you closed, what standard it met and who accepted it.
Free resume scoring on avua, TRX's job search and application platform. Your score is yours; it is not shared with employers.A technically strong CV can still miss if it shows studies and monitoring but never proves closure criteria, construction decisions, quantities or end-state acceptance.
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
This role is gated by multidisciplinary closure delivery and site authorisation rather than one professional licence; requirements change sharply between operating mines, hazardous-waste sites and uranium remediation programmes.
| Credential | Jurisdiction | Required for | Time | Notes |
|---|---|---|---|---|
| Relevant degree | All | Professional entry | 3–4 yrs | Mining, civil, environmental, geological or geotechnical engineering; environmental science and hydrogeology also transfer. |
| PE / CEng / P.Eng. or equivalent | US / UK / Canada | Senior technical authority | 4–8 yrs | Preferred where engineering approval or accountable technical leadership is retained. |
| HAZWOPER 24/40-hour training | US | Covered hazardous-site work | 3–5 days | Level depends on exposure and task; annual refreshers apply. |
| MSHA training / hazard awareness | US mines | Mine access and work | Site-specific | Part 46 or 48 depends on mine type and task. |
| Radiation-worker training | Uranium sites | Controlled-area work | Site-specific | Employer arrangements set training, dosimetry and work controls. |
| Uranium closure framework knowledge | US / Canada / Australia | Specialist uranium closure | Years | Part 40/UMTRCA, CNSC or Australian approvals apply by project. |
| Site access / background checks | Programme-specific | Sensitive sites | Days–months | No universal nuclear clearance; controls follow the owner and programme. |
Credentials do not substitute for closure evidence. A chartered engineer without construction, contaminated-material or regulator-acceptance experience can lose to someone who has delivered those outcomes and can show the records.
What appears on a 2026 mine closure shortlist
Drawn from the technical requirements that recur across mine-closure, rehabilitation and uranium-remediation work; these are the filters that separate whole-site closure specialists from single-discipline environmental candidates.
Named on the specification
- Closure planning and end-state criteria — measurable requirements from regulatory and land-use commitments
- Landform, cover and earthworks integration — grading, drainage, constructability and verification
- Contaminated material interfaces — characterisation, excavation boundaries, segregation and disposal routes
- Mine water and geochemical risk — groundwater, seepage, treatment and monitoring triggers
- Regulatory completion documentation — closure plans, commitments, verification evidence and reports
- Field delivery and contractor control — sequencing, hold points, QC and change control
What decides between two shortlisted candidates
- Completed uranium closure scope — radiological legacy or abandoned-mine delivery
- Regulator-accepted handover — closure moved into monitoring or institutional control
- Traditional Owner / Tribal engagement — technical decisions shaped with Indigenous communities
- Tailings and mine-waste literacy — enough depth to challenge closure assumptions credibly
- Progressive rehabilitation experience — integrating closure before final mine shutdown
- Closure-cost and liability ownership — defendable quantities, contingency and long-term provision
The 2026 demand map
Demand concentrates where uranium legacy liabilities are moving from study into physical rehabilitation, where long-duration closure programmes need integration, and where sites must prove they can transition from active remediation into monitored stewardship.
| Programme | Location | Phase in 2026 | Engineering demand |
|---|---|---|---|
| Ranger Rehabilitation Project | Northern Territory, Australia | Active rehabilitation; Pit 3 dry-capping work | Very high; integrated uranium closure across landform, tailings and water |
| Rum Jungle Rehabilitation Project | Northern Territory, Australia | Stage 3; 15-year rehabilitation programme | Very high; earthworks, AMD, water treatment, covers and restoration |
| Gunnar Mine / Project CLEANS | Saskatchewan, Canada | Active remediation; licence renewed through 2031 | High; remediation completion and long-term monitoring planning |
| Moab UMTRA Project | Utah, US | Sub-pile and groundwater remediation after tailings removal | High; verification, groundwater and final closure work |
| Lukachukai Mountains Mining District | Arizona, US / Navajo Nation | 2026 EE/CA and removal planning | High; remedy selection, design and community engagement |
| Old Church Rock Mine | New Mexico, US / Navajo Nation | 2026 interim removal action | High; mine-waste stabilization and field execution |
| Section 32 & 33 uranium mines | New Mexico, US / Navajo Nation | Permitting/design for ~70,000 yd³ waste removal | Medium-high; repository, haulage and closure assurance |
| US Title II uranium recovery sites | Multiple US states | 20 sites undergoing decommissioning | Sustained; reclamation, groundwater, tailings and licence termination |
Programme phases move. This table reflects verified public status in September 2026; individual work packages and hiring volumes can change faster than the underlying programmes.
Closure is moving from planning into delivery
Ranger, Rum Jungle, Gunnar and several US uranium legacy programmes need people who can translate environmental commitments into buildable work and then prove performance. That changes what gets shortlisted. A candidate with five years of closure-plan authorship but no field implementation can be less competitive than someone who has managed cover placement, contaminated-material boundaries, water controls, hold points and as-built evidence. The 2026 market still values strategy, cost modelling and regulator-facing planning, but the sharper shortage is around specialists who can carry those commitments through contractors and construction without losing the long-term closure objective. Delivery evidence is becoming the differentiator, not an optional extra.
People who can integrate the whole liability
Tailings engineers, hydrogeologists, radiation specialists, geochemists and ecologists can each solve one part of closure. The difficult hire is the person who understands enough of every interface to maintain one coherent end state, schedule, cost model and acceptance case without pretending to be the design authority for every discipline. Uranium makes that integration harder: contaminated materials, radiation controls, groundwater restoration and very long monitoring horizons sit beside conventional mine earthworks. Add Indigenous or Tribal commitments and future land-use requirements, and technical decisions also carry social and cultural consequences. Employers therefore compete hardest for specialists who have already managed those interfaces through real closure decisions rather than only reviewing them on paper.
Adjacent and onward roles
Mine closure is an integration discipline, so progression moves into programme leadership or the specialties carrying the largest long-term liabilities.
Questions we get asked every week
How much does a mine closure & rehabilitation specialist earn in 2026?
In the United States, TRX models the role around a $118,000 median base, with early specialists roughly $78,000–$102,000 and senior/principal specialists commonly $115,000–$178,000. A 2026 Senior Mine Closure Specialist posting reached $100,000–$175,000. In the UK, where uranium closure is a thin market, the useful benchmark is about £55,000–£72,000 for an established specialist and £82,000–£125,000 at principal or closure-lead level. These figures reflect professionals delivering high quality outcomes in closure projects within the mining industry.
Do you need a licence to work in mine closure and rehabilitation?
No single closure licence exists. Engineering registration such as PE, CEng or P.Eng. is often preferred when the role retains certification providing technical leadership or design approval, but delivery history usually matters more. US field work can require HAZWOPER or MSHA training depending on the site and task, while uranium projects add site-specific radiation-worker, contamination-control and access requirements. Experience coordinating multidisciplinary technical studies and managing operational risks intersecting with environmental management supports compliance with international closure standards.
Can you become a mine closure specialist without a nuclear background?
Yes. Mining engineering, geotechnical, civil, environmental, hydrogeology and contaminated-land backgrounds all transfer well, because most closure problems are earthworks, water, waste, ecology and long-term stability problems first. For uranium work, however, you must add radiological risk, uranium-recovery regulation, contamination controls and the documentation discipline needed to demonstrate a safe end state to regulators and communities. The role often involves closure execution plans leading complex challenges and requires practical expertise in restoration ecology and soil science.
What is the difference between a mine closure specialist, a site remediation engineer and a tailings engineer?
The mine closure specialist owns the integrated end state: how pits, waste rock, tailings, water, contaminated land, infrastructure and future land use fit together. A site remediation engineer goes deeper on contaminated media and remedy performance. A tailings engineer owns the technical integrity and closure of the tailings facility itself. Closure specialists coordinate both disciplines but should not substitute for their specialist design authority. They often work alongside industry leaders and consultants applying systems thinking to deliver solutions that sustain communities and mitigate risk.
Is demand for mine closure & rehabilitation specialists strong in 2026?
Yes, particularly in uranium legacy programmes where physical remediation is active or moving toward construction. Ranger and Rum Jungle remain major Australian rehabilitation programmes, Gunnar is under a renewed Canadian licence through 2031, and the US has 20 Title II uranium recovery sites in decommissioning alongside substantial abandoned-uranium-mine cleanup. Demand is strongest for specialists who combine project management with executed field closure and regulator-facing completion evidence, ensuring compliance with regulatory expectations and tender documents.
Which mine closure skills are most valuable in 2026?
Whole-site integration leads: closure criteria, earthworks, contaminated material, water, tailings interfaces, monitoring and cost must remain consistent through construction. Completed uranium or radiological closure is a major differentiator, as is direct experience with Indigenous or Tribal stakeholders and long-term stewardship. Clearance is rarely the primary gate; evidence that you have taken a closure scope through verification and acceptance is usually more valuable. Skills in erosion modelling, growth medium assessment, closure identifying, and building capacity in environmental pressures are increasingly important.
We only recruit in nuclear. That is the whole point.
TRX works across uranium, fuel cycle, decommissioning, radioactive waste and legacy-site remediation in 14+ countries. Send us your CV and we will tell you whether your experience reads as mine closure, tailings, remediation or broader decommissioning — and where it fits.