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Rotary drill operators, oil and gas, set up or operate drilling rigs, control the rate of penetration and bottomhole pressure, monitor mud circulation, formations, and hole depth, organize the makeup and breakout of drill string, and record anomalies; well control and high-risk changes follow authorized procedures.
Drill operators first verify the well location, drilling program, drill string, and mud circulation, then control the rotary table, draw works, and footage while watching pressure and formation changes; for well control anomalies, lost returns, or equipment failure they stop drilling and escalate.
Derrick operators handle equipment above the drill floor and drill pipe, oil and gas roustabouts assist with moving and maintenance, earth drillers mainly drill non-oil and gas holes, and petroleum engineers design the wellbore and production plans. Drill operators are responsible for drilling per plan and crew coordination.
Rotary drill operators, oil and gas (O*NET 47-5012.00) set up or operate drilling rigs, monitor pressure and rotation speed, control drill pipe raising and lowering, verify mud circulation and formations, make up and break out drill string, and record footage. They may lead a drilling crew; well control and major changes must follow the plan and authorization.
O*NET 47-5012.00 provides oil and gas rotary drill operator tasks and work activities; the BLS 2025—2035 occupational projections table for 47-5012 gives employment and median annual wages, and the O*NET national wage page gives BLS 2025 percentiles. The survey scope, period, and occupational codes of different statistical programs must be labeled separately.
2025 national mining urban non-private sector pre-tax annual average wage (National Bureau of Statistics Table 2). The industry covers many occupations; for scenario reference only, not the wage of oil and gas rotary drill operators.
79,169 yuan/year
O*NET oil and gas rotary drill operator national wages｜https://www.onetonline.org/link/localwages/47-5012.00; BLS occupational employment projections table｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm; O*NET oil and gas rotary drill operator tasks｜https://www.onetonline.org/link/details/47-5012.00
47,010 U.S. dollars/year
| Entry-level positions | What you mainly do early on the job | What employers usually look at | How to prove it without experience | How it differs from other directions |
|---|---|---|---|---|
| Drilling trainee | Under supervision, verify the wellbore program, drill string, and mud | Able to point out stop-drilling conditions | Submit fictional daily reports | Starts with inspection and records |
| Rig operation trainee | Learn the rotary table, draw works, footage, and pressure | Able to record parameters, units, and anomalies | Submit simulated drilling cards | Closer to equipment control |
| Mud collaboration trainee | Learn pumping, returns, and lost returns |
Set up or operate oil and gas rotary rigs, control the rotary table, draw works, drill pipe, and footage, monitor pressure, mud returns, and formations, and record and hand over.
Derrick operators handle derrick equipment, roustabouts assist with installation and maintenance, and petroleum engineers design the plans; drill operators control drilling per the plan.
The typical BLS 47-5012 entry requires no formal educational credential, usually fewer than 5 years of related experience, and moderate-term on-the-job training; well control is verified separately.
The BLS 2025 national median annual wage cited by O*NET is 67,890 U.S. dollars, with P10 at 47,010 and P90 at 101,860 U.S. dollars; not individual quotes.
AI can help organize daily drilling reports and mud and pressure trends, but cannot independently judge well control, bottomhole condition, drill string sticking, or personnel safety; live parameters and return to work are decided by authorized personnel.
This page is based on O*NET occupational tasks and fictional drilling practice and does not predict individual hiring; well control, pressure equipment, tripping, and well site operations must be verified per location and employer procedures.
The BLS 2025 median annual wage for U.S. oil and gas rotary drill operators is 67,890 U.S. dollars; 2025—2035 employment is about 12.7 thousand to 12.9 thousand, a growth of 0.8%, with about 1.1 thousand annual openings. Chinese mining wages serve only as industry background.
Well location and program｜Verify the well site location, wellbore design, and drilling objectives. Rig inspection｜Verify the rotary table, draw works, pumps, and drill string condition. Drill string makeup and breakout｜Connect drill pipe and casing per procedure. Drilling control｜Monitor rotation speed, bottomhole pressure, and footage. Mud circulation｜Verify pumping, viscosity, and returns. Formation records｜Record depth, lithology, and coring. Crew coordination｜Communicate with derrick, mud, and well control personnel. Anomaly stop-drilling｜Escalate for kicks, lost returns, stuck pipe, or equipment failure. Handover review｜Keep parameters, materials, and unresolved risks.
Deliver daily drilling reports, footage, formation, drill string, mud, and equipment status records; on pressure or circulation anomalies, stop drilling and escalate per well control procedures. Completion, workover, and engineering design have separately verified responsibilities.
The BLS 47-5012 standalone row shows 2025 employment of 12.7 thousand and a 2035 projection of 12.9 thousand, a growth of 0.8%; the values are rounded and the table shows a net change of about 0.1 thousand. About 1.1 thousand annual openings include replacement.
Verify well location and drilling program → Inspect the rig and drill string → Make up and break out drill pipe → Control rotation speed and footage → Monitor mud and pressure → Record formations → Stop drilling on anomalies and hand over
The National Bureau of Statistics 2025 figures of 143,361 yuan for non-private mining and 79,169 yuan for private mining, as well as the manufacturing industry average, all cover many occupations; they are not oil and gas rotary drill operator wages and cannot be used to infer individual take-home income.
O*NET lists tasks such as controlling the rotary table and bottomhole tool pressure, recording footage and formations, operating the draw works, making up and breaking out drill pipe, mixing mud, monitoring mud pumps, and leading a drilling crew.
The BLS 2025—2035 oil and gas rotary drill operator occupation has about 1,100 job openings per year, including replacement from transfers and labor force exits; openings must not be treated as net growth.
Verify program and equipment → Verify drill string and mud → Supervised drilling → Watch pressure and returns → Record footage and formations → Stop drilling on anomalies → Crew handover
Well location, drill string, mud, pressure, footage, and formations must be kept as original records; AI summaries cannot replace gauge readings or on-site observation.
Record the well number, bit and drill pipe, mud batches, pump parameters, pressure, footage, formations, coring, anomalies, and stop-drilling handover.
Drill operators control drilling and the crew; derrick operators run derrick-related equipment, mud personnel maintain circulation, and petroleum engineers are responsible for the wellbore plan. Overlapping roles require authorization by duty.
Operate the derrick and related drill pipe handling equipment.
Control the rig and drilling parameters and record hole depth and formations.
Derrick equipment and drill pipe handling records.
Hole depth, rotation speed, pressure, mud, and drill string records.
O*NET 47-5012 emphasizes rig setup, operation, and drilling crew coordination; well control design, oil and gas production management, or all workover tasks must not be automatically assigned to this occupation.
Handle derrick and drill pipe raising and lowering collaboration as authorized.
Control the rig to drill and monitor pressure and mud.
Derrick equipment and drill pipe handling records.
Drilling, mud, formation, and anomaly records.
Derrick operators are responsible for derrick equipment and position operation.
Drill operators are responsible for authorized drilling control and stopping drilling, while well control and plan changes go to the responsible party.
Stop and escalate when derrick equipment is anomalous or drill pipe handling is unclear.
Stop drilling and respond per procedure for kicks, lost returns, stuck pipe, pressure anomalies, or personnel entering the danger zone.
Being able to handle derrick equipment does not mean being able to control drilling, mud, and bottomhole pressure.
Drill floor, derrick, mud, and engineering personnel share well control status and handover records.
Before applying, verify the onshore or offshore well site, rig type, well control, mud, shifts, equipment training, stop-drilling authority, and pay.
Verify the well location, drilling objectives, formations, and wellbore design.
Well location and program
Verify the rotary table, draw works, pumps, bit, and drill pipe condition.
Rig and drill string
Verify the division of duties among drill floor, derrick, mud, well control, and engineering.
Roles and authorization
Verify kick, lost return, stuck pipe, pressure, and stop-drilling procedures.
Well control and safety
Verify well site weather, noise, vibration, night shifts, and rotation.
Work environment
Verify wages, well site allowances, overtime, insurance, and development.
Compensation and growth
The first four rows compare derrick operators, roustabouts, earth drillers, and petroleum engineers; the last two rows compare onshore and offshore drilling. Look at the main equipment, well control responsibility, and training.
Adjacent occupations are based on the corresponding O*NET tasks; onshore and offshore are a 47-5012 scenario summary. The U.S. occupational classification does not represent mutual recognition of Chinese qualifications.
Compare the rig, derrick, support work, engineering plans, and well control boundaries.
Derrick operators handle derrick equipment and drill pipe; drill operators control drilling.
Suited to people willing to handle derrick equipment and tubulars.
Operate derrick and drill pipe handling equipment as authorized.
Derrick operators
Roustabouts do equipment handling, cleaning, and basic maintenance; drill operators control drilling parameters.
Suited to people who start with well site assistance and equipment preparation.
Assist with installing, moving, and cleaning well site equipment.
Oil and gas roustabouts
Earth drillers drill non-oil and gas engineering or exploration holes; oil and gas drill operators handle oil and gas well control.
Suited to people willing to drill formation samples rather than oil and gas wells.
Operate non-oil and gas earth drilling rigs and record formations.
Earth drillers
Petroleum engineers design the wellbore, production, and technical plans; drill operators execute approved drilling.
Suited to people willing to take on wellbore design and engineering analysis.
Design or evaluate oil and gas drilling and development plans.
Petroleum engineers
Onshore drilling focuses on roads, well site layout, and rig moves.
Suited to people willing to handle onshore well site equipment and shifts.
Control drilling and hand over at onshore well sites per plan.
Onshore rotary drilling
Offshore drilling also requires verifying the platform, sea conditions, and offshore emergency response.
Suited to people willing to take on offshore rotation and platform collaboration.
Operate the rig and record per offshore platform procedures.
Offshore rotary drilling
The portfolio uses fictional wellbore drawings, daily drilling reports, and pressure and mud logs, and is not connected to a real well site.
New entrants
First learn the wellbore program, drill string, mud, pressure, and well control handover; practice checking AI text with fictional daily reports.
Incumbent oil and gas rotary drill operators
Approved tools can organize daily drilling reports and mud trend drafts, which must be compared against gauges, hole depth, formations, and well control status.
On-site leads
Limit data, reviewers, stop conditions, and handover responsibility; AI suggestions must not replace the drilling program or well site return-to-work approval.
Equipment and safety officers
Verify equipment documents, well control and mud circulation record access, training, protection, and incident handover responsibility.
There is no reliable AI substitution rate for this occupation. AI can assist with records and trend organization, while drilling parameters, mud circulation, well control, and personnel safety require on-site authorized personnel to verify.
O*NET oil and gas rotary drill operator occupational profile
O*NET 47-5012 describes drilling, the draw works, drill pipe makeup and breakout, mud, and formation records and does not provide AI adoption rates.
BLS oil and gas rotary drill operator occupational projection
Supports 2025 wages and 2025—2035 employment; does not measure AI substitution causality.
ILO 2025 task exposure research
Cross-occupation task exposure research, not an unemployment forecast for well site drill operators.
AI task potential research
Estimates the likelihood that text-type tasks are affected, and does not prove that on-site rotary rigs and drill string can be automatically released.
O*NET oil and gas rotary drill operator occupational tasks
Describes oil and gas rotary drill operator rock drilling tasks; does not measure AI adoption or substitution rates.
NIST AI Risk Management Framework
NIST is for AI governance, not a substitute for well site safety regulations.
O*NET oil and gas rotary drill operator work activities
Used to understand oil and gas rotary drill operator on-site coordination tasks; does not provide incident rates or AI safety trials.
Distinguish AI text suggestions, rig automation, and employment projections; a trend draft cannot prove well control safety.
Extract well sections, drill string, and items to confirm from an approved wellbore program.
Drill operators verify the original wellbore program, well location, and authorization.
Organize de-identified daily drilling reports and pressure records.
The crew compares against gauges, footage, mud returns, and formations.
Flag checklist items that require verifying well location, well sections, mud, pressure, and stop-drilling handover.
Qualified personnel decide stopping, withdrawal, review, and return to work per the well site plan.
O*NET provides occupational tasks, ILO researches task exposure, and NIST provides AI governance; none provides a substitution rate for this occupation.
Does not provide a substitution rate for oil and gas rotary drill operators.
ILO generative AI and jobs update (2025)
Global occupational tasks
Text and trend organization may be assisted, while live drilling still requires on-site control.
Task potential does not equal deployed or unemployment numbers.
AI task potential research
U.S. labor task potential
Models can assist with some manual retrieval and record keeping.
The research did not verify drilling safety at specific well sites.
O*NET oil and gas rotary drill operator occupational tasks
U.S. occupational activity descriptions
Monitor drilling, make up and break out drill pipe, and control the draw works and mud pumps.
Task descriptions cannot prove AI can independently complete well site drilling.
NIST AI Risk Management Framework
AI system governance
Requires identifying purpose, data versions, errors, review, and responsibility.
O*NET occupational task data does not measure AI field effects and does not provide equipment, product, or work authorization certifications.
O*NET rotary drill operators, oil and gas 47-5012
Occupational tasks
The wellbore program, drill string, mud, pressure, and footage all require on-site responsible personnel to verify.
AI charts and daily report drafts can assist; fictional pressure, hole depth, or mud data creates well control risks.
Real adoption requires verifying tool authority, wellbore program versions, original gauge values, and well control approval.
Employment also depends on oil and gas demand, drilling investment, and turnover; BLS projections do not measure AI causality.
There is no credible drill operator substitution rate. Record drafts can assist, while drilling, well control, and safety remain human responsibilities.
O*NET tasks; ILO 2025
First master the wellbore program, equipment, mud, and pressure records, then practice with approved AI tools.
O*NET oil and gas rotary drill operator tasks and work context
Daily reports and trend drafts can assist; real hole depth, formations, mud returns, pressure, and well control status must be verified on site, and the model cannot decide drilling parameters.
O*NET tasks; NIST risk framework
Employment trend reference: BLS 47-5012 (rotary drill operators, oil and gas, a standalone occupation) projects a U.S. employment change of 0.8% over 2025—2035 and about 1,100 job openings per year. These are overall employment projections, not AI-attributed; openings include replacement and do not equal net new positions or an individual's probability of being hired.
BLS 2025—2035 Occupational Employment Projections Table 1.2 / related OOH occupation pages; rotary drill operators, oil and gas, as a standalone occupation. Growth rate and annual openings are different measures.
Cannot be determined alone. Recheck the wellbore program, footage, pressure, mud returns, and equipment; stop drilling and escalate if conditions are unclear.
O*NET oil and gas rotary drill operator tasks; on-site plans verified separately
There is no credible disappearance year for this occupation; cross-occupation AI research does not predict adoption timing at specific well sites.
ILO 2025；NIST
First learn the drill string, mud, pressure, footage, and well control; use fictional records to practice checking AI.
O*NET oil and gas rotary drill operator tasks
Model output is only a draft to be verified; humans check gauges, well location, formations, and mud, and return to work follows authorization.
Record wellbore program versions, model drafts, human edits, and gauge remeasurement.
Incorrect hole depth or pressure suggestions may endanger well control and equipment.
Compare against the original wellbore program, gauges, drill string, mud, and footage.
Paper simulation cannot prove well site safety.
Real formations, bottomhole pressure, and mud returns will change results.
Inspections must state the well number, well section, gauges, drill string, and uncovered conditions.
Verify tool instructions and the work face; stop when anything is unknown.
Well control and personnel safety responsibility cannot be transferred to a model.
Hand over according to the drilling, well control, stop-drilling, and return-to-work chain.
Incident records or personnel positioning may contain sensitive material.
Incumbents verify the hole depth, pressure, and mud data in AI drafts.
A checklist showing "pass" does not mean the on-site inspection is complete.
Designated personnel actually inspect and record non-conformities.
Wellbore program and daily reports
Hole depth and unit comparison
The model can list items to confirm.
Humans verify the original program, well location, well sections, and authorization.
Rig operation
Alarm and trend summaries
Humans verify the rotary table, draw works, mud pumps, and drill string.
Humans verify well control, stopping drilling, and return to work.
Mud and pressure
Pumping and return record organization
Humans verify drill floor, derrick, and mud crew handover.
Humans verify gauges, samples, and real returns.
Formations and drill string
Formation records and bit retrieval
The model can retrieve equipment instructions.
Humans verify real formations, bit wear, and stuck pipe.
Anomaly handover
To-verify checklists and daily report drafts
Humans confirm well sections, drill string, and unresolved anomalies.
Well control and stopping drilling
Hazard scenario reminders
The model can generate fictional Q&A.
Authorized personnel handle pressure anomalies and return to work per well control procedures.
Crew training
Fictional drilling Q&A
The model can generate simulated scenarios.
Leads verify training, equipment authority, and stop-drilling conditions.
Fictional drilling practice
Use only simulated wellbore drawings, mud, and pressure logs.
Write down what is known, unknown, stopped, and escalated.
Use a fictional well section to practice "program, drill string, mud, footage, pressure, handover"; do not connect to a real well site.
2025 national mining urban private sector pre-tax annual average wage (Table 5). The statistical population differs from the non-private sector; it does not constitute a wage range for this occupation or a same-job pay gap by ownership type.
2025 national above-designated-size mining enterprises "production, manufacturing, and related personnel" pre-tax annual average wage (Table 7). This is an industry × broad-job reference covering many occupations; the classification of this position is uncertain and it does not represent this occupation's median or starting pay.
2025 national above-designated-size enterprises "production, manufacturing, and related personnel" pre-tax annual average wage (Table 6 totals). Broader than industry × job, and does not represent income for oil and gas rotary drill operators, public institutions, or small and micro units.
First verify the employer's industry and unit type
Oil and gas drilling, mud circulation monitoring, and drill string operation correspond to the mining scenario; mining includes coal and metal mines and is not the independent wage of oil and gas drill operators, and onshore, offshore, and shift conditions must be verified separately.
2025 national urban non-private sector pre-tax annual average wage for all employed persons. Broader overall background, not used as this occupation's or an individual's quote.
2025 national urban private sector pre-tax annual average wage for all employed persons. The statistical population differs from the non-private sector; do not treat the two averages as the upper and lower bounds of occupation income.
Evidence gap: National Bureau of Statistics 2025 Tables 2, 5, 6, and 7 have no national wage distribution matching the precise occupation, region, and period of oil and gas rotary drill operators; industry and broad-job references cannot fill in the occupation median, starting pay, or hiring price.
Existing statistics do not support quantifying AI's effect on oil and gas rotary drill operator wages, and no wage increase or decrease is inferred.
Oil and gas drilling, mud circulation monitoring, and drill string operation correspond to the mining scenario; mining includes coal and metal mines and is not the independent wage of oil and gas drill operators, and onshore, offshore, and shift conditions must be verified separately. All of the above are 2025 pre-tax annual average wage references; region, shift, contract term, and pay composition should be verified separately, and individual take-home income cannot be estimated.
Entry-level training and safety qualifications: verified by position
Introduction to oil and gas drilling positions
The typical BLS 47-5012 entry requires no formal educational credential, usually fewer than 5 years of related experience, and moderate-term on-the-job training; well control and equipment requirements are verified with the employer.
Rig and well control training
Drill pipe makeup and breakout, rotary table and draw works, mud pumps, pressure, formations, and stop-drilling handover
Training must demonstrate drilling, mud, pressure, and well control records; practice does not grant live rig rights.
Well site directions
Onshore or offshore oil and gas drilling
Well sites, sea conditions, well control, and rotation conditions differ, and training is not automatically mutually recognized.
Transfer from adjacent positions
Derrick operator, roustabout, or earth driller background
Equipment inspection and crew communication transfer, but oil and gas well control, mud, and rig control must still be added.
Mining
The mining industry average is only industry background and cannot infer this occupation's wages.
Onshore well sites
Verify the wellbore program, drill string, mud, pressure, and equipment authorization.
Offshore platforms
Verify platform sea conditions, rotation, emergency response, and well control division of duties.
O*NET oil and gas rotary drill operator occupational profile｜https://www.onetonline.org/link/details/47-5012.00
Chinese oil and gas rig positions require verifying actual duties and local rules.
The table below is a training and position verification path, not an occupational wage table or a unified permit list.
Risk control takes priority over pay comparisons; on-site work must comply with employer plans, equipment instructions, and local regulations.
National Bureau of Statistics 2025 average annual wages of urban unit employees｜https://www.stats.gov.cn/english/PressRelease/202605/t20260518_1963740.html
This page supplements 2025 pre-tax wage references for the mining industry and industry × broad jobs. Evidence gap: a nationwide precise occupational distribution and comparable hiring quotes for oil and gas rotary drill operators in mainland China have still not been obtained; proxy information cannot fill in these values.
Hiring sample verification: mixed-position quotes not included
Hiring quotes with unclear duties and statistical scope are not used to infer this occupation's wages.
Hiring sample verification: different project terms not included
Onshore and offshore, rotation, allowances, and hours differ, so quotes cannot be compared directly.
Hiring sample verification: quotes without qualification conditions not included
Quotes missing well site, equipment, and well control conditions cannot represent drill operators.
For real positions, first verify the onshore or offshore well site, rig, well control, shifts, allowances, training, and stop-drilling authority.
National Bureau of Statistics 2025 average annual wages of urban unit employees｜https://www.stats.gov.cn/english/PressRelease/202605/t20260518_1963740.html
67,890 U.S. dollars/year
The O*NET wage page cites BLS 2025 data: the oil and gas rotary drill operator 10th percentile annual wage is 47,010 U.S. dollars; this is not starting pay.; O*NET national wages｜https://www.onetonline.org/link/localwages/47-5012.00
53,810 U.S. dollars/year
The O*NET wage page cites BLS 2025 data: the 25th percentile annual wage is 53,810 U.S. dollars; this does not correspond to a seniority level.; O*NET national wages｜https://www.onetonline.org/link/localwages/47-5012.00
67,890 U.S. dollars/year
The BLS 47-5012 standalone occupation row shows a 2025 median annual wage of 67,890 U.S. dollars; the O*NET wage page shows the same value.; BLS occupational projections table｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
81,360 U.S. dollars/year
The O*NET wage page cites BLS 2025 data: the 75th percentile annual wage is 81,360 U.S. dollars; this is not a quote for advanced qualifications.; O*NET national wages｜https://www.onetonline.org/link/localwages/47-5012.00
101,860 U.S. dollars/year
The O*NET wage page cites BLS 2025 data: the 90th percentile annual wage is 101,860 U.S. dollars; this does not mean an individual can obtain it.; O*NET national wages｜https://www.onetonline.org/link/localwages/47-5012.00
The BLS 47-5012 standalone row shows 2025 employment of 12.7 thousand, restated as about 12,700 people; the projection program and the wage survey sample differ.; BLS occupational projections table｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
Growth of 0.8% (the net change table lists about 100 people)
The BLS 47-5012 standalone row shows 2025 employment of 12.7 thousand and a 2035 projection of 12.9 thousand, a growth of 0.8%; the figures are rounded and the net change table lists about 0.1 thousand.; BLS occupational projections table｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
BLS projects about 1.1 thousand annual openings for oil and gas rotary drill operators, including replacement, which does not equal annual net growth.; BLS occupational projections table｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
O*NET 47-5012.00 and BLS 47-5012 are a standalone occupation; U.S. national wages and employment do not represent China or a single well site.
BLS 2025 oil and gas rotary drill operator median annual wage is 67,890 U.S. dollars, with 2025—2035 employment growth of 0.8% and about 1,100 annual openings. Wage percentiles are shown on the O*NET page citing BLS 2025 wages, and openings include replacement.
The wage survey and employment projections are different programs; the national distribution is not the same as well site quotes, and this page did not measure how much region, rotation, allowances, or experience affect income.
Occupation and statistical scope
The 2025 national median annual wage for oil and gas rotary drill operators is 67,890 U.S. dollars; the O*NET same page shows a median hourly wage of 32.64 U.S. dollars. Actual pay method, overtime, and project allowances must be verified per position.
Hourly and annual wage basis
The BLS median hourly wage cited by O*NET is 32.64 U.S. dollars, which does not directly imply rotation allowances or overtime.
Conditions affecting actual income
Onshore oil and gas drilling
This page did not obtain precise industry wages
Evidence gap: this page did not obtain segment wages for onshore, offshore, or specific rig types, and the national median cannot be substituted in.
Offshore oil and gas drilling
This page did not obtain precise industry wages
Sea conditions and rotation conditions differ, and no comparable segment wage median is currently available.
Different rig types
This page did not obtain precise industry wages
Rigs, well depths, and formations differ, and this page does not invent segment wages.
Drilling crew leads
This page did not obtain precise industry wages
A wage distribution broken down by responsibility level was not obtained.
No. The national occupational median includes different regions and experience and cannot be treated as an apprentice starting wage; check the actual position wage, hours, and training arrangements.
Actual take-home pay cannot be inferred directly from annual wages. Hours, overtime, taxes, benefits, and project allowances must be verified per contract and payslip.
Wage percentiles come from BLS 2025 national wages cited by O*NET; employment scale, growth, and openings come from the BLS 2025—2035 47-5012 standalone row.
High-risk scenarios are not necessarily high paying; verify region, shifts, qualifications, project term, and employer terms.
67,890 U.S. dollars/year
The 10th percentile of 47,010 U.S. dollars/year is a distribution threshold, not any region's legal minimum wage or an entry-level quote.
The median annual wage is 67,890 U.S. dollars and the median hourly wage is 32.64 U.S. dollars; half of observations are above the median and half below, and this does not predict individual pay.
The 90th percentile of 101,860 U.S. dollars/year is a distribution threshold and does not guarantee high-risk project income.
Suited to people willing to continuously monitor the rig, mud, pressure, and formations; interest scales are for exploration only.
The top three O*NET interests are RCI: Realistic 100, Conventional 46, Investigative 34; an occupational description does not prove individual performance or well site safety.
Being unwilling to face well site noise, shifts, and pressure monitoring, or not daring to stop drilling on anomalies, warrants caution.
Can reflect on whether you are willing to explain pressure, mud, and stop-drilling anomalies to the crew; this page found no Big Five criterion for performance or hiring in this role.
Evidence gap: no independent criterion linking Big Five to drilling quality, hiring, or incidents was found.
Willing to restate the wellbore program, well sections, well control, and stop-drilling conditions.
U.S. occupational materials cannot be used to infer unified Chinese position qualifications or personal suitability.
This page found no MBTI criterion for drilling safety or hiring and makes no type recommendation; scenario practice is for exploration and its validity has not been verified.
Evidence gap: no independent criterion linking MBTI to quality, incidents, or hiring in this role was found.
Verify drill string, mud, pressure, and personnel positions per plan; stop when information is unclear.
An MBTI label cannot grant on-site operating rights.
The Enneagram is for self-reflection only and is not a drilling position type recommendation.
Equipment training, well control, crew duties, and stop-drilling authority must be verified separately and are not replaced by personality type.
Under pressure, still willing to verify gauges, mud returns, and footage.
Evidence gap: no independent criterion linking Enneagram to drilling performance or hiring was found.
Hands anomalies to the well control, mud, or equipment responsible person and does not resume drilling on your own.
Reading drawings, measurement, and equipment understanding can be trained; no IQ threshold is set.
Evidence gap: no independent criterion linking IQ scales to performance or hiring in this role was found, and no score threshold is set.
Supervised practice of daily reports and gauge checks is possible, but real well sites cannot be guessed.
Maintaining stop-work and escalation under pressure to hurry is an observable emotional regulation skill.
Evidence gap: no independent criterion linking emotional intelligence scales to quality, incidents, or hiring in this role was found.
Stop drilling when well control, mud, or equipment protection is ignored.
Interest labels do not replace training, qualifications, and on-site authorization.
Supervised program, mud, pressure, and handover tasks can be used to explore preferences; the relative predictive validity of projects and personality scores has not been verified.
Non-oil and gas earth drilling
Can explore bits, drill string, and coring records.
Target formation and equipment training must be added, and oil and gas well control experience cannot be directly substituted.
Oil and gas well site assistance
Can explore tool inspection, equipment installation, and crew communication.
Assisting duties cannot substitute for rig control or well control authorization.
Pump operation
Can explore pumps, flow, pressure, and fault records.
Requires adding the transport purpose and target pump equipment, and does not equal well control operation.
Oil and gas derrick operation
Can explore tubular raising and lowering, drill string makeup and breakout, and well site handover.
Requires adding derrick position training and work-at-height duties; drill floor experience is not directly mutually recognized.
Petroleum engineering
Can explore daily drilling reports, formations, and wellbore program problems.
Requires adding engineering education and design duties; operating experience does not automatically grant design approval authority.
Wellhead pump operation
Can explore wellhead pressure, equipment, and production records.
Moving from drilling to production requires adding valves, pumps, and position authorization.
Yes. Introverts need only be able to clearly confirm on-site warnings, report anomalies, and work per the plan.
Yes. Extroverts must also act according to equipment limits and stop conditions.
This page found no criterion for MBTI type fit in drilling and makes no ranking.
The top three O*NET interests are RCI, for career exploration only and not representing qualifications.
O*NET lists rig control, the draw works, drill pipe, mud, and formation records.
This page found no independent criterion for personality scores on individual drilling quality or incidents, and does not predict from them.
Hole depth and pressure can be learned, but the rig must not be started when well control is unclear.
Emotional regulation shows up as explaining why work stopped and requesting a lead's review even when being hurried.
The Enneagram cannot determine rig position suitability.
Use fictional daily reports to compare equipment, mud, and formation tasks.
A willingness to track pressure, mud, and footage is a positive signal.
Ignoring well control or equipment protection is a caution signal.
Practice handover with fictional well sections, mud, and pressure logs.
O*NET is used to verify occupational tasks and work activities.
The O*NET wage page is used for U.S. occupational percentiles and does not predict individual income.
BLS is used for typical training and employment projections.
O*NET is not well control or well site safety regulations.
Danger zones and personnel positioning should be verified per the on-site plan.
Warning and communication procedures must be verified per the work scenario.
ILO is used as cross-occupation AI task background and does not provide an oil and gas rotary drill operator substitution rate.
NIST is used only for AI governance, not drilling safety regulations.
This module focuses on well control pressure, lost returns, stuck pipe, tubulars, equipment pinch points, and crew handover; controls follow the well site plan.
First verify the wellbore program, pressure, mud returns, drill string, personnel positions, and stop-drilling authority; when conditions are unclear they cannot be filled in by AI.
The risk scenarios are editorial simulations, not incident rates; O*NET tasks support the occupational scope and cannot replace oil and gas well site safety regulations.
Drill operators and drill floor personnel
Pressure anomalies or kicks can lead to well control risk.
Monitor, stop drilling, and escalate per well control procedures, and do not infer the bottomhole condition on your own.
Simulation: pressure rises, but the daily report still says normal.
Drill operators and the mud crew
Lost returns or abnormal pumping can change bottomhole pressure.
Verify pumps, flow, and returns, and stop drilling on anomalies and hand over to well control personnel.
Simulation: the return volume drops, but someone demands that drilling be sped up.
Drill operators and equipment maintenance personnel
Draw works, rotary table, or drill pipe handling failures can crush personnel.
Stop and isolate defective equipment, and have repair and return to work done as authorized.
Simulation: the draw works brake is abnormal, but someone still demands tripping.
Drill operators and the derrick crew
Drill string type or connection condition that does not match the plan can cause stuck pipe.
Compare against the plan, drill string records, and the physical items, and stop drilling for review on anomalies.
Simulation: the bit type does not match the plan.
Drill operators, mud, and engineering personnel
Missing footage and formation records affect decisions for the next well section.
Record the original hole depth, formation, mud, and pressure values.
Simulation: the log writes the hole depth unit incorrectly.
Drill operators, the crew, and the lead
Unclear handover of the stop-drilling reason or well control status may cause the next shift to start the rig by mistake.
Record the well section, gauges, drill string, mud, responsible person, and return-to-work conditions.
Simulation: the handover only says "equipment normal" without noting the well control anomaly.
O*NET supports the scope of rig operation tasks and does not provide incident rates.
Well control thresholds and equipment inspection follow the well site plan and manufacturer instructions.
Mud and pressure anomalies are handled per authorized procedures.
O*NET tasks do not grant wellbore design change or return-to-work approval authority.
NIST is used only for AI governance, not as a substitute for well site safety rules.
| Able to identify flow and pressure conflicts |
| Submit fictional mud cards |
| Does not equal mud design authority |
| Well control collaboration trainee | Learn kicks, pressure, and the stop-drilling chain | Able to distinguish reporting from return-to-work authority | Submit simulated well control cards | Does not grant well control sign-off authority |
| Derrick collaboration trainee | Learn tubular makeup and breakout and equipment handover | Able to distinguish drill floor and derrick tasks | Submit fictional drill string cards | Does not grant derrick position authority |
Education and experience
The typical BLS entry requires no formal educational credential, fewer than 5 years of related experience, and moderate-term on-the-job training.
Verify actual employer requirements separately.
Well control and equipment authorization
Rig, well control, repair, and return-to-work authority are separated.
Verify local and employer procedures.
Task evidence
The wellbore program, footage, mud, pressure, and anomaly records can show the process; relative predictive validity for hiring has not been verified.
Fictional cases show the boundaries.
Tools and records
Able to read equipment instructions, inspection cards, and approved plans and keep versions clear.
Equipment operating permits and rotary rig and drill string competence must be demonstrated separately.
Practice setup｜All fictional, no connection to a real rig
You are a supervised trainee who only checks wellbore drawings, mud, and pressure records and does not give real drilling parameters.
A1｜The wellbore drawing marks a hole depth of 800 meters, while the daily report says 800 feet, a unit conflict.
A2｜The mud return volume drops, but the crew still demands that drilling be sped up.
A3｜The bit type does not match the approved plan.
A4｜The pressure sensor calibration has expired, yet the system shows "normal".
A5｜The previous shift did not hand over a lost return anomaly; the trainee can only stop drilling and report, and return to work is decided by authorized personnel.
Task one: mark items that cannot be continued
List A1 unit, A2 lost return, A3 bit, A4 pressure calibration, and A5 handover issues.
Do not calculate real hole depth, mud formulation, or well control thresholds.
Task two: write the review and handover
Make a checklist by well number, well section, original program, equipment status, responsible person, and evidence pending.
Request verification of units, returns, bits, and gauges.
Record reported, retested, and approved-for-return-to-work separately.
Safety boundaries
This practice has no complete engineering conditions, equipment parameters, or authorization; AI can organize the problem list but cannot confirm safety or approve drilling.
Wellbore drawing card
Mark the A1 conflict between meters and feet and suspend that well section.
Others can see the unresolved unit problem.
Mud and drill string card
Place A2 the lost return and A3 the bit type mismatch side by side.
Do not treat a verbal "can continue" as verification.
Pressure handover card
List A4 the calibration, A5 the lost return handover, and the return to work pending.
Do not write stopped drilling as approved for resuming drilling.
Instrument calibration review checklist
For the A4 expired pressure sensor calibration record, note the instrument number, calibration validity period, review responsible person, and retest status.
The person taking over can use this to keep the anomaly record and wait for retesting and return-to-work confirmation per authorized procedures.
| Stage | What may be assessed | Observed evidence | Use boundaries |
|---|---|---|---|
| Hole depth verification | What to do when units conflict | Able to propose stopping drilling and rechecking the original drawing | An interview question does not grant operating authority |
| Mud verification | Whether work can continue when return volume drops | Able to require stopping drilling and escalating | Does not guess safety thresholds |
| Gauge verification | What to do when the pressure sensor calibration has expired | Able to isolate the reading and retest | Does not judge it normal directly |
| Handover review | How to explain lost returns and well control status | Able to clearly state the well section, responsible person, and evidence pending | Practice does not predict long-term performance |
Day one
Read A1, and mark the hole depth unit conflict.
Day two
Read A2 and A3, and verify returns and the bit.
Day three
Read A4 and A5, and write the gauge and lost return handover.
Day four
Read A4, and record the expired pressure sensor calibration and items awaiting retest, without treating the "normal" display as calibration or return-to-work approval.
Day five
Complete the A1—A5 problem list, assigning a responsible person and evidence to each unknown item.
Day six
Ask an experienced person to review only the practice text and check whether assumptions were written as facts.
Day seven
Keep the first draft and the revised draft, and review omissions, stop-work judgments, and communication quality.
| Qualification／identity | Who it mainly suits | Realistic role in job seeking | Whether it is a universal entry threshold | Application／registration conditions | Investment level | Important limits |
|---|---|---|---|---|---|---|
| No formal educational credential required | People referencing the typical BLS 47-5012 entry | U.S. vocational education statistics | Not the sole condition for all employers | Verify the well site position requirements | Basic training time | Education does not grant rig rights |
| Related experience and on-the-job training | People transferring into rig positions | BLS usually requires fewer than 5 years of related experience and moderate-term on-the-job training | U.S. occupational statistics | Verify the specific position | Varies with equipment | Experience does not transfer well control authority |
| Rig control training | People responsible for the rotary table and draw works | Understand rotation speed, footage, pressure, and stopping drilling | Verify per equipment authorization | Verify manufacturer and employer procedures | Requires hands-on work and refresher training | Being able to operate does not mean being able to design well control |
| Mud circulation training | People responsible for pumping monitoring | Understand returns, lost returns, and anomaly escalation | Verify per the well site position | Verify the mud program | Requires practice | Does not grant formulation design authority |
| Well control training | Personnel performing well control actions | Understand pressure anomalies, stopping drilling, and the return-to-work chain | Verify per the well site | Verify local and employer requirements | Requires refresher training | Practice does not replace well control qualifications |
| Continuing education or certificates | People with a target certificate | Add drill string, equipment, or well control knowledge | Not a unified practice license | Verify the issuing body and scope | Per course refresher training | A certificate does not transfer return-to-work sign-off authority |
The entry practice uses only fictional wellbore drawings, drill string, and mud logs to find unit, lost return, gauge, and handover conflicts; it does not grant on-site operating rights.
This page has no verifiable unified qualification list for Chinese oil and gas rotary drill operators; check the target region, industry, and employer requirements.
U.S. vocational education statistics cannot replace Chinese position admission requirements.
Simulated materials contain no real well conditions, equipment parameters, or on-site authorization and must not be used for actual drilling work.
Education, related experience, training, certificates, and equipment authorization are verified separately. Comparable hiring samples, well control qualification bodies, and specific well site rules for this position in China have not been obtained, so no unified starting pay or entry threshold can be given.
Certificate directories only suggest possible training directions; qualifications, employer appointments, and equipment authorization must all be verified separately.
The four stages represent capability growth, not fixed years or a promotion guarantee; job titles, equipment, and sign-off authority are determined by the employer and local rules.
Under supervision, can verify the wellbore program, drill string, mud, and pressure and point out unknown items and stop-drilling points.
Entry and supervised inspection
Can operate the rig as authorized and record footage, mud, and pressure.
Drilling and records
Can analyze stuck pipe, lost returns, and equipment anomalies and coordinate handling with well control personnel.
Anomaly analysis and crew coordination
Can mentor drill string, mud, and daily report handover; well control and program changes still follow authorization.
Crew mentoring and well control
The typical BLS 47-5012 entry requires no formal educational credential, usually fewer than 5 years of related experience, and moderate-term on-the-job training.
Training, certificates, well control qualifications, and employer authorization are verified separately.
O*NET describes U.S. occupations; Chinese oil and gas drilling requirements are verified with the location and employer.
The portfolio shows fictional wellbore drawings, drill string, mud, footage, pressure, and handover and does not grant live rig rights.
BLS training is U.S. occupational statistics, not a unified license.
O*NET is used to verify rig, draw works, mud, and formation tasks.
Chinese mining industry averages cannot infer individual wages.
NIST is AI governance background, not well control certification.
Complete training and authorization per the well site, equipment, and well control plan.
Practice verifying wellbore drawings, drill string, mud, and pressure.
Able to point out unresolved well sections and items to be confirmed.
Under supervision, prepare the rig and daily reports.
Drilling trainee
Complete training and authorization per the well site plan.
Practice the rotary table and draw works, drill pipe makeup and breakout, mud, and pressure handover.
Footage and pressure records are reviewable.
Control the rotary rig to drill as authorized.
Drill operator
Complete training and authorization per the well site plan.
Add stuck pipe, lost return, kick, and equipment failure collaboration.
Able to explain footage and pressure deviations.
For complex well sections, first verify formations, mud, well control, and the program.
Drilling crew backbone
Complete training and authorization per the well site plan.
Add mentoring, well control handover, and anomaly review.
Stop-drilling and well control evidence is traceable.
Guide drilling, mud review, and handover.
Drilling crew mentoring
Onshore well sites require verifying the site, rig moves, and equipment installation.
Add onshore rig, road, and well site preparation training.
Has supervised equipment inspection and daily report records.
Familiar with onshore well sites, the rotary table, draw works, and well control.
Onshore drilling trainee
Complete training and authorization per the well site plan.
Add onshore equipment, mud, and well control conditions.
Drill string, footage, and pressure records are complete.
Complete routine onshore drilling as authorized.
Onshore drill operator
Complete training and authorization per the well site plan.
Add complex formations, stopping drilling, and well control handover.
Anomalous well sections have stop-drilling and retest records.
Coordinate with the derrick and mud crews to handle anomalies.
Onshore drilling backbone
Complete training and authorization per the well site plan.
Add mentoring and cross-crew drilling review.
Forms reviewable daily report and handover specifications.
Guide multi-crew drilling, well control, and review.
Onshore drilling mentor
Offshore well sites require verifying the platform, sea conditions, and offshore emergency response.
Learn offshore platform, rotation, and well control differences.
Use fictional cases to compare onshore and offshore drilling risks.
Learn offshore equipment, mud, pressure, and sea conditions.
Offshore drilling trainee
Complete training and authorization per platform procedures.
Add offshore equipment and emergency training.
Drill string, mud, and pressure are traceable.
Operate the offshore rig as authorized and hand over anomalies.
Offshore drill operator
Complete training and authorization per platform procedures.
Add sea conditions, complex well sections, and well control handover.
Offshore daily drilling reports and anomalies are reviewable.
Assist with complex well sections and cross-crew review.
Offshore drilling backbone
Complete training and authorization per platform procedures.
Add mentoring and offshore risk management.
Well control changes and return-to-work evidence are reviewable.
Manage drilling handover and anomaly escalation.
Offshore drilling mentor
The BLS 47-5012 standalone row projects oil and gas rotary drill operator employment rising from 12,700 to 12,900 over 2025—2035, a growth of 0.8% and about 1,100 annual openings. Openings include replacement from separations and transfers.
Employment scale goes from 12,700 to 12,900 people, a growth of 0.8%.
A projection does not equal regional hiring or individual opportunity.
Employment scale and growth
BLS 47-5012 Rotary Drill Operators, Oil and Gas standalone occupation row
12,700→12,900 people; +0.8%
About 1,100 job openings, including replacement for separations.
An openings projection is not real-time hiring volume.
BLS 47-5012 Rotary Drill Operators, Oil and Gas standalone occupation row
Mainland China urban units
Mining non-private average 143,361 yuan and private average 79,169 yuan; for industry background only.
Oil and gas rotary drill operators are not listed separately, so individual wages or occupational employment scale cannot be estimated.
All employed persons in mining
143,361 yuan/year; 79,169 yuan/year
Used to verify the U.S. oil and gas rotary drill operator employment projection and annual openings.
Used to verify O*NET oil and gas rotary drill operator tasks and adjacent positions.
China reference: 2025 pre-tax average wages for the mining industry and industry × broad jobs; for wage background only, and it provides no employment projection for this occupation in China and no AI impact estimate.
Used to verify U.S. oil and gas rotary drill operator national wage percentiles.
Requires adding derrick equipment, tubular raising and lowering, and work-at-height collaboration.
Shares drill string makeup and breakout and well site communication.
Close: moves to a derrick position.
Requires adding well site equipment handling, installation, and maintenance.
Shares well site safety and tool inspection.
Close: moves to an assistant position.
Requires adding non-oil and gas drilling, coring, and formation records.
Shares bit and drill string inspection.
Moderate: the well control system differs.
Requires adding petroleum engineering education, wellbore design, and simulation.
Shares daily drilling reports and formation field evidence.
Distant: the core output is engineering plans.
Requires adding wellhead pumps, valves, and production management.
Shares pressure and equipment observation.
Moderate: moves from drilling to production.
Requires adding pump station equipment and fluid transport.
Shares pump, pressure, and fault records.
Moderate: the equipment purpose differs.
Requires adding gas compressors, pipeline networks, and gas processing.
Shares equipment operation and handover.
Moderate: the core object becomes compression and transport.
Requires adding mechanical disassembly and repair, diagnosis, and repair authorization.
Shares rig fault observation.
Moderate: moves from operation to repair.
This page did not obtain a precise occupational wage for Chinese oil and gas rotary drill operators; mining averages serve only as industry background.
BLS projects 0.8% employment growth over 2025—2035, with about 1,100 annual openings; openings include replacement and are not net growth.
There is no reliable AI substitution rate for this occupation. AI can organize daily reports and mud trends, while drilling, well control, pressure, and return to work are verified by people.
For kicks, lost returns, pressure anomalies, stuck pipe, or drill string or draw works failure, stop drilling and escalate per well control and equipment procedures.
Use only fictional wellbore drawings, mud, and pressure logs to practice unit conflicts and handover; do not connect to a real rig.
You can explore derrick, well site assistance, earth drilling, or petroleum engineering; the target position training and responsibility evidence must be added.
AI can assist with wellbore drawings, daily drilling reports, and mud summaries; pressure, drill string, formations, well control, and return to work are verified by on-site personnel.
Occupational tasks follow this page's O*NET and related BLS occupational materials; U.S. wages keep the original precise or clearly parent-category／combined basis, and employment trends use the BLS 2025—2035 projection. Chinese wages supplement the National Bureau of Statistics 2025 pre-tax industry and broad-job averages for mining, explicitly not this occupation's wages and not AI-attributed.
Materials reviewed on this page as of: 2026-09-28. The links point to official occupation, wage, projection, and safety materials that can be rechecked.
The fictional practice is not used for real rig parameters, tripping, or well control decisions.
O*NET oil and gas rotary drill operators 47-5012.00 occupational profile: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Tasks and work activities; does not provide Chinese qualification mutual recognition.
O*NET OnLine
United States
2026 update
Official occupational profile
Occupation-specific
Tasks and work activities; does not provide Chinese qualification mutual recognition.
2026-09-28
BLS occupational projections table 47-5012 standalone row: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Used for the occupational median wage, employment, and typical training; does not provide industry-segment quotes.
U.S. Bureau of Labor Statistics
United States
2025—2035
Official occupational or industry statistics
Occupation-specific
Used for the occupational median wage, employment, and typical training; does not provide industry-segment quotes.
2026-09-28
BLS 2025—2035 occupational employment projections table: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
47-5012 standalone row; annual openings include replacement.
U.S. Bureau of Labor Statistics
United States
2025—2035 projection; annual average openings
Official occupational or industry statistics
Occupation-specific
Oil and gas rotary drill operators as a standalone occupation; overall employment projection, not AI-attributed, and annual openings include replacement and are not net new positions or a hiring promise.
2026-10-02
O*NET oil and gas rotary drill operator national wages (BLS 2025 data): for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Wage percentiles come from BLS and do not represent project quotes.
O*NET OnLine / BLS
United States
May 2025
Official occupational or industry statistics
Occupation-specific
Wage percentiles come from BLS and do not represent project quotes.
2026-09-28
This page uses Table 2 urban non-private sector by industry and Table 5 urban private sector by industry, plus Table 6 totals and Table 7 industry × broad-job categories.
Oil and gas drilling, mud circulation monitoring, and drill string operation correspond to the mining scenario; mining includes coal and metal mines and is not the independent wage of oil and gas drill operators, and onshore, offshore, and shift conditions must be verified separately.
Unit ownership types and job composition differ, so private and non-private averages are not merged into an occupation wage range; individual take-home income is not estimated from annual averages.
National Bureau of Statistics
Mainland China
2025; published 2026-05-15
official industry and broad occupational group wage reference
Industry reference
Pre-tax annual average wages; industry, unit ownership type, and above-designated-size enterprise broad-job statistics, not this occupation's wages, median, or starting pay.
2026-10-02
National Bureau of Statistics 2025 urban unit average wages: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Mining, manufacturing, and national averages do not represent oil and gas rotary drill operator wages.
National Bureau of Statistics
Mainland China
2025
Official occupational or industry statistics
Industry reference
Mining, manufacturing, and national averages are only industry or overall background and do not represent oil and gas rotary drill operator wages.
2026-09-28
O*NET oil and gas derrick operators: used only to compare adjacent occupational tasks.
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
O*NET OnLine
United States
2026 occupational profile
U.S. occupational tasks and work context
Occupation-specific
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
2026-09-28
O*NET oil and gas roustabouts: used only to compare adjacent occupational tasks.
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
O*NET OnLine
United States
2026 occupational profile
U.S. occupational tasks and work context
Occupation-specific
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
2026-09-28
O*NET earth drillers, except oil and gas: used only to compare adjacent occupational tasks.
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
O*NET OnLine
United States
2026 occupational profile
U.S. occupational tasks and work context
Occupation-specific
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
2026-09-28
O*NET petroleum engineers: used only to compare adjacent occupational tasks.
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
O*NET OnLine
United States
2026 update
Official occupational profile
Occupation-specific
Used to compare adjacent occupational tasks; does not provide Chinese qualification mutual recognition.
2026-09-28
O*NET 47-5012.00 is used to verify oil and gas rotary drill operator tasks and the work environment; qualifications and safety procedures follow local and employer rules.
O*NET 47-5012.00 is used to verify oil and gas rotary drill operator tasks and the work environment; qualifications and safety procedures follow local and employer rules.
O*NET OnLine
United States
2026 occupational profile
U.S. occupational tasks and work context
contextual
U.S. occupational descriptions are used only to understand tasks and risks and do not replace local mining and wellbore drilling regulations.
2026-09-28
ILO generative AI and jobs update (2025): for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Cross-occupation task exposure research, not an oil and gas rotary drill operator substitution rate.
Task exposure and job transition boundaries.
International Labour Organization
Global
2025
Research or framework
contextual
Cross-occupation task exposure research, not an oil and gas rotary drill operator substitution rate.
2026-09-28
FermatMind editorial fictional practice: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
A fictional desktop prompt, not a well site drilling plan, training certificate, or operating instruction.
FermatMind
Cross-market
2026-09-28
Editorial summary
Editorial synthesis
A fictional desktop prompt, not a well site drilling plan, training certificate, or operating instruction.
2026-09-28
NIST Artificial Intelligence Risk Management Framework 1.0: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
An AI governance framework does not provide oil and gas well site permits or on-site safety approval.
NIST
United States
2023
Research or framework
contextual
An AI governance framework does not provide oil and gas well site permits or on-site safety approval.
2026-09-28
Estimates the potential model impact on U.S. labor tasks, not a drilling hands-on trial.
Cannot be converted into layoffs for this occupation, well site adoption timing, or safety release.
Eloundou and other researchers
U.S. labor market modeling research
2023
research paper
task_exposure
Task exposure estimates; does not provide oil and gas drilling actual adoption, net efficiency, or substitution rates.
2026-09-28
ILO generative AI and jobs update (2025): for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Cross-occupation task exposure research, not an oil and gas rotary drill operator substitution rate.
International Labour Organization
Global
2025
Research or framework
contextual
Cross-occupation task exposure research, not an oil and gas rotary drill operator substitution rate.
2026-09-28
O*NET 47-5012.00 is used to verify oil and gas rotary drill operator tasks and the work environment; qualifications and safety procedures follow local and employer rules.
O*NET 47-5012.00 is used to verify oil and gas rotary drill operator tasks and the work environment; qualifications and safety procedures follow local and employer rules.
O*NET OnLine
United States
2026 occupational profile
U.S. occupational tasks and work context
contextual
U.S. occupational descriptions are used only to understand tasks and risks and do not replace local mining and wellbore drilling regulations.
2026-09-28
O*NET oil and gas rotary drill operators 47-5012.00 occupational profile: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Tasks and work activities; does not provide Chinese qualification mutual recognition.
O*NET OnLine
United States
2026 update
Official occupational profile
Occupation-specific
Tasks and work activities; does not provide Chinese qualification mutual recognition.
2026-09-28
O*NET oil and gas rotary drill operator national wages (BLS 2025 data): for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Wage percentiles come from BLS and do not represent project quotes.
O*NET OnLine / BLS
United States
May 2025
Official occupational or industry statistics
Occupation-specific
Wage percentiles come from BLS and do not represent project quotes.
2026-09-28
National Bureau of Statistics 2025 urban unit average wages: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Mining, manufacturing, and national averages do not represent oil and gas rotary drill operator wages.
National Bureau of Statistics
Mainland China
2025
Official occupational or industry statistics
Industry reference
Mining, manufacturing, and national averages are only industry or overall background and do not represent oil and gas rotary drill operator wages.
2026-09-28
National Bureau of Statistics 2025 urban unit average wages: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Mining, manufacturing, and national averages do not represent oil and gas rotary drill operator wages.
National Bureau of Statistics
Mainland China
2025
Official occupational or industry statistics
Industry reference
Mining, manufacturing, and national averages are only industry or overall background and do not represent oil and gas rotary drill operator wages.
2026-09-28
National Bureau of Statistics 2025 urban unit average wages: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Mining, manufacturing, and national averages do not represent oil and gas rotary drill operator wages.
National Bureau of Statistics
Mainland China
2025
Official occupational or industry statistics
Industry reference
Mining, manufacturing, and national averages are only industry or overall background and do not represent oil and gas rotary drill operator wages.
2026-09-28
O*NET oil and gas rotary drill operators 47-5012.00 occupational profile: for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
O*NET OnLine
United States
2026 update
Official occupational profile
Occupation-specific
Tasks and work activities; does not provide Chinese qualification mutual recognition.
2026-09-28
O*NET oil and gas rotary drill operator national wages (BLS 2025 data): for the corresponding occupational tasks, statistics, or safety rule scope on this page only.
Wage percentiles come from BLS and do not represent project quotes.
O*NET OnLine / BLS
United States
May 2025
Official occupational or industry statistics
Occupation-specific
Wage percentiles come from BLS and do not represent project quotes.
2026-09-28
O*NET 47-5012.00 is used to verify oil and gas rotary drill operator tasks and the work environment; qualifications and safety procedures follow local and employer rules.
O*NET 47-5012.00 is used to verify oil and gas rotary drill operator tasks and the work environment; qualifications and safety procedures follow local and employer rules.
O*NET OnLine
United States
2026 occupational profile
U.S. occupational tasks and work context
contextual
U.S. occupational descriptions are used only to understand tasks and risks and do not replace local mining and wellbore drilling regulations.
2026-09-28
Describes sampling, wage basis, and statistical limitations.
An occupational distribution cannot be directly converted into individual hours, net income, or a hiring wage.
O*NET OnLine / BLS
United States
May 2025
Official occupational or industry statistics
methodology
Statistical method notes, not a well site job type, regional, or new-hire quote.
2026-09-28