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SOC 51-8013
Power plant operators run generating units and boilers, turbines, generators, and auxiliary equipment under authorization, monitor instruments, adjust output, and handle anomalies. O*NET 51-8013.00 lists unit startup and shutdown, power output, equipment monitoring, and operating records as core tasks; real equipment operation follows plant procedures and job authorization.
Those who prefer equipment observation and procedural discipline can compare in-plant operation, grid dispatch, or maintenance tasks; actual job requirements are verified separately.
Carefully verify shifts, high-consequence communication, and specialist training; paper records cannot approve unit startup or shutdown.
Use a 30-minute fictional P shift with six records, two request differences, and pending handover, delivering the ledger independently; do not connect to real units.
Power plant operators control, operate, or maintain generating equipment, including auxiliary equipment; monitoring readings, startup and shutdown, output adjustment, and records follow job authorization.
O*NET 51-8013.00 Power Plant Operators operate or maintain generating equipment, including auxiliary equipment operation. The work covers unit output, instruments, startup and shutdown, and operating logs.
Career direction comparison
Compare control objects, equipment authority, maintenance, and safety consequences; do not borrow adjacent occupation wages.
| Career direction | Core work and output | Key differences | Best-fit choice |
|---|---|---|---|
| Power Distributors and Dispatchers 51-8012 | System load plans, switching orders, and fault coordination records. | Dispatch coordinates system supply and demand and the network, while in-plant operation controls generating equipment. | Those who like network status and multi-party procedural communication can verify dispatch training separately. |
| Nuclear Power Reactor Operators 51-8011 |
AI impact on this career
OOH notes that control room modernization can automate some tasks; using generative tools to organize alarms, logs, or trends is only a to-be-verified idea on this page, with no actual effect or adoption rate. Startup and shutdown, output adjustment, and equipment anomaly handling follow authorization and organizational procedures.
The research potential is used only to propose testable assistance tasks and does not describe real effects.
Insufficient evidence: no verified actual generative AI adoption rate at the 51-8013 job level, and it cannot be filled in from exposure research or employer expectations.
The BLS −5.1% is a standalone occupation overall employment projection, not a GenAI layoff rate; this page has not verified job-level adoption, time savings, error rates, incident rates, or AI-caused employment causality. Control system automation and generative log assistance are validated separately.
Chinese mainland salary reference
US 51-8013 and Chinese power system position qualifications are not automatically mutually recognized.
Chinese power operation positions and authority are verified against organizational hiring and operating rules.
Insufficient evidence: no national monthly wage distribution for Chinese operators was obtained.
An industry average cannot replace a specific contract offer from a power plant.
Tasks and wages differ and cannot be borrowed.
US pay reference
US standalone 51-8013: 2025 annual median pay 102,040 US dollars; 2025 about 29,800 to 2035 about 28,300, −5.1%, net change column about −1,500 (rounded), about 2,300 average annual openings. Openings include replacements, not net additions; they do not represent China or any single plant's individual offer.
| Wage statistics position | Annual wage reference | Conversion boundary | How to understand this position |
|---|---|---|---|
| Lowest 10% | 61,790 US dollars per year | Official annual wage, not individual monthly income | The 10th percentile is not a new-hire starting salary. |
| Median (50%) | 102,040 US dollars per year |
Career fit guide
Prioritize verifying shifts, reading units, request changes, and unknown handover; use the P shift work to check basic understanding.
You may be better suited to： Willing to record status by source and separate requests from actual output.
These situations require caution： Shifts, high-consequence equipment, and procedural communication need careful verification and cannot be promised from interest scores.
Do an entry exercise： First do the P shift 30-minute six-ID paper records and two request calculations, then verify real training.
Work pressure, risks, and career boundaries
Operating pressure comes from continuous panel monitoring, shifts, and equipment consequences; the P shift paper does not generate an operating sequence or permit.
O*NET task context and BLS training background; the following P shift scenario is editorial fiction and has no incident probability.
Typical scenario：Editorial fiction: the M01 10:06 instrument screenshot is not attached, and numbers cannot be filled in per plan.
Roles most affected：Operations, instrument, and field verification roles.
Possible consequence：Mistaking an unverified reading for real status may affect equipment and personnel.
Entering, qualifications, and career development
Do the P shift fictional paper exercise first, then verify real job equipment authority.
Career outlook and related occupation moves
BLS 51-8013: about 29,800 in 2025 to about 28,300 in 2035, -5.1%, about 2,300 average annual openings.
United States · US Power Plant Operators standalone 51-8013
29.8 thousand→28.3 thousand, −5.1%, table net change −1.5 thousand
Employment size and net change
Overall employment is projected to decline; the projection does not infer individual hiring or generative AI causality.
Does not establish：Headcounts and net change are rounded independently; the eight transfer directions are editorial task comparisons, with transfer success rates, pay increases, or automatic qualification not verified. Organization, region, and position are verified separately.
Monitor and run boilers, turbines, generators, and auxiliary equipment, adjust output, start and stop equipment, and handle anomalies under authorization.
Power plant operators control in-plant units; dispatchers coordinate the wider transmission and distribution network, and both sides communicate under authority.
First verify unit and auxiliary equipment tasks, shifts, and authorization; being able to record by equipment number, time, and source is more useful than an interest score.
Try this signal: separate true instrument readings, transcribed alarms, and load requests; do not fill unknowns into an operating permit.
The work objects are boilers, turbines, generators, pumps, valves, and instruments.
Quality standard: equipment numbers, readings, orders, authorization, and execution results are traceable.
In-plant operation focuses on equipment and instruments; grid dispatch focuses on system supply and demand, and boiler and nuclear positions have separate responsibility.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Core purpose | Control in-plant generating equipment and auxiliary equipment. | Coordinate system supply and demand and network status. |
| Main objects and basis | Control panels, unit instruments, equipment logs, and field reports. | Line connections, load telemetry, and system status. |
| Core process | Monitor equipment, verify readings, adjust within authority, and record. | Coordinate switching and faults within the system scope. |
| Main outputs | Power output, unit status, and shift handover logs. | System load plans, switching orders, and coordination records. |
| Responsible party | Main units, auxiliaries, and the field collaborate by job division. | System dispatch, site, and field roles collaborate. |
| Authority and approval | Startup, shutdown, adjustment, and maintenance authority follow plant procedures. | Dispatch orders and execution approval follow system procedures. |
| Conclusion boundaries | 51-8013 standalone statistics; the internal main unit and auxiliary emphasis has no separate wage. | Shared knowledge does not mean mutual recognition of dispatch qualifications. |
Verify equipment, time, and source.
Verify output and load under authorization.
Do not start or stop without authorization.
Verify pumps, fans, valves, and status.
Record reading times and sources.
Leave unknowns and the next responsible person.
First do the six-step P shift paper records and request arithmetic, then verify real job shifts, training, and authority; paper produces no operating permit.
Three alarms, two requests, and one unknown instrument trace back to the prompt item by item.
A01/A02/L01/L02 materials given, A03/M01 pending.
G01 +6MW/+10%, G02 −4MW/−10%; requests are not actual.
Actual capacity, frequency, equipment constraints, and approval are unknown.
| Reactor monitoring, operating logs, and emergency records. |
| Reactors, control rods, and dedicated safety systems carry responsibility different from ordinary units. |
| Willing to study nuclear power systems specifically and verify specific requirements such as US plant-specific licensing. |
| Stationary Engineers and Boiler Operators 51-8021 | Boiler and stationary machinery operation, water quality testing, and maintenance logs. | 51-8021 also covers stationary power machinery supplying utilities for buildings or industrial processes; it is not limited to boilers. | Those who prefer steam and stationary machinery can verify the target organization's training and licensing. |
|---|
| Electrical Engineers 17-2071 | Design drawings, tests, and engineering analysis. | Engineers research, design, develop, and test electrical systems, and their duties are not limited to power plants. | Those who prefer design and test calculation can verify engineering education and job requirements separately. |
|---|
| Main unit operation emphasis | Unit output, operating readings, and handover logs. | Main unit operation is an in-plant emphasis with no separate wage on this page. | Willing to continuously monitor output and complex equipment interfaces. |
|---|
| Auxiliary operation emphasis | Auxiliary equipment status, inspection rounds, and operating logs. | Auxiliary operation includes operating pumps, fans and valves and providing cooling and similar support, and still requires specific authority. | Those who prefer equipment observation and field collaboration can verify specialist training. |
|---|
The first four are adjacent occupations and the last two are the internal main unit and auxiliary emphases; equipment, control scope, output, and training are compared separately.
Before switching over, verify the plant type, shifts, certificates, training, and actual authorization.
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| Unit panel monitoring | Monitor equipment and operating problems | Idea: trend summary; adoption and effect unverified. | Verify raw instruments and equipment status; do not treat a prediction as a reading. |
| Output verification | Verify phase, frequency, voltage, and load | Idea: organize change records, not automatic unit adjustment. | Real output follows authorized orders and equipment conditions. |
| Procedural operation | Prepare and execute unit startup and shutdown | Idea: check order text, not a control order. | Verify equipment, sequence, and authorization; do not execute without approval. |
| Auxiliary coordination | Control or maintain auxiliary equipment | Idea: categorize inspection logs; effect unverified. | Verify pump, fan, valve, and cooling status on site. |
| Operating log | Record instrument and operating data | Idea: draft shift handover records; effect unverified. | Verify item by item against equipment, time, units, and the raw source. |
| Anomaly coordination | Identify problems and coordinate handling | Idea: organize anomaly information, not fault determination. | Equipment constraints, field reports, and emergency procedures are verified by authorized personnel. |
| Shift handover review | Evaluate logs and communicate handover | Idea: generate a pending list; effect unverified. | Keep pending items, the next role, and actual approval; do not invent sign-offs. |
Five source types give task, statistical, or research background; there is no measured generative adoption in this occupation and no deployed effect may be written.
Equipment control automation background is kept separate from generative text organization; the three directions are ideas requiring separate verification, and operating approval still follows procedures.
AI primarily changesIdea: organize output and instrument trend summaries; effect unverified.
Human responsibility remainsVerify raw time units, equipment status, and authorization; units cannot be adjusted from a summary.
AI primarily changesIdea: assist with categorizing auxiliary equipment inspection records; effect unverified.
Human responsibility remainsVerify pumps, fans, valves, and maintenance scope on site.
AI primarily changesIdea: draft anomaly handover; effect unverified.
Human responsibility remainsVerify field reports and approval; unknowns cannot be deleted.
From material verification to handover, tool output cannot skip the authorization chain.
First limit equipment and times, and keep the original source.
Record raw values and unverified items; do not invent instruments.
Verify each summary item's ID and units, and mark human revisions.
Field and authorized roles verify risk and approval.
Keep the handover and pending sources, and record revisions.
Misreading equipment or times confuses unit status.
Control: Verify ID, time, and units against the raw record item by item.
Deleting the M01 unknown would fabricate confirmation.
Control: List unknowns separately and trace instrument and field sources.
Requests from different equipment cannot be treated as the same adjustable load.
Control: Compute L01/L02 separately and do not treat the net 2MW as an operable basis.
Text summaries may omit permits and field conditions.
Control: Actual control procedures and approval are verified separately; the model does not sign off.
Real operating materials relate to equipment and personnel safety.
Control: Practice only with fictional materials; organizational materials follow permissions.
Use the P shift to read instruments, alarms, and request differences, and separate evidence from approval.
Practice records and read-back under supervision; real unit training is organized by the organization.
Verify omissions and errors in tool output against raw readings; no authorization to start or stop via generative output.
Limit data permissions and record human revisions and validation conditions.
Log drafts and alarm organization are only to-be-verified editorial ideas, with effects unverified.
Source: O*NET operating record tasks plus editorial ideas.Original source ↗
Control room automation background does not mean generative tools can approve startup and shutdown.
Source: BLS OOH control room modernization background plus job authority verified separately.Original source ↗
Record training must start from raw equipment times and units and is not exempted from supervision by a paper.
Source: BLS typical long-term OJT plus O*NET monitoring tasks.Original source ↗
The −5.1% projection cannot be used to infer generative AI-caused job loss.
Source: BLS standalone 51-8013 Table 1.2, not AI causality research.Original source ↗
If tools are tried, verify errors, omissions, and human revisions; this page has not measured tool performance.
Source: NIST generative governance background plus editorial verification advice.Original source ↗
The two P shift request differences are arithmetic only and cannot compute actual adjustment feasibility.
Source: Editorial fictional prompt; O*NET is only task background.Original source ↗
Real readings, personnel, and equipment materials follow organizational authority; do not upload operating information without permission.
Source: NIST governance background; actual plant rules are verified separately.Original source ↗
First be able to verify equipment, times, reading sources, and unknowns, then try recording tools; this page has no deployment effect or substitution rate conclusion.
Insufficient evidence: no same-basis national employment, openings, or wage percentiles for Chinese operators were obtained.
| Education background | Common position directions | Notes and verification advice |
|---|---|---|
| Basic education | Specific power operation positions | The typical BLS high school or equivalent education is not a unified legal threshold in China. |
| Job training | Single-line diagrams, unit startup and shutdown, instruments, and operating safety | Units, instruments, auxiliary equipment, and startup and shutdown procedures |
| Related experience | Power plant, generation, or power system field sites | Related experience is transferable but does not automatically grant operating authority. |
| Related experience in power plant control rooms or equipment operation | Other power manufacturing positions | Boiler, turbine, generator, and auxiliary equipment training must be verified by system, and industry averages cannot be used to infer individual pay. |
The roughly 2,300 average annual US openings apply only to 51-8013.
System and authority procedures must be learned separately.
Coordinate boilers, turbines, generators, and auxiliary equipment.
Helps understand equipment, but operating authority is verified separately.
Insufficient evidence: no reliable estimate of AI-driven wage change for Chinese operators.
| Official annual wage, not individual take-home |
| 102,040 US dollars per year is the median and does not guarantee individual income. |
| Highest 10% | 131,940 US dollars per year | Official annual wage, not individual take-home | The 90th percentile is not a wage ceiling. |
|---|
Wages · 10th percentile：61,790 US dollars per year；May 2025 US 51-8013 10th percentile, not a new-hire starting salary.；O*NET national wages
Wages · 25th percentile：79,690 US dollars per year；2025 25th percentile, not an experience band.；O*NET national wages
Wages · median：102,040 US dollars per year；BLS May 2025 51-8013 annual median pay, not an individual offer.；BLS Table 1.2
Wages · 75th percentile：119,080 US dollars per year；2025 75th percentile.；O*NET national wages
Wages · 90th percentile：131,940 US dollars per year；2025 90th percentile, not a wage ceiling.；O*NET national wages
No. The median is a position in the occupation wage distribution, not an entry wage or promotion band. The five reported national wage percentiles from BLS2025 cited by O*NET are 61,790, 79,690, 102,040, 119,080, and 131,940 US dollars per year, and the national row was verified this round.
It can be used only for conditional conversion when hours, contract, and statistical basis are explicit, and it cannot guarantee individual annual pay; shifts, overtime, and actual paid time are verified separately. National hourly percentiles and annual percentiles cannot be treated as one individual contract offer.
The BLS 51-8013 standalone occupation and the 51-8010 combined scope differ.
BLS typical high school or equivalent and long-term on-the-job training are not a unified hiring threshold; actual unit startup and shutdown requires separate authorization.
| Occupation and internal emphases | Annual median / statistical status | How to understand this value |
|---|---|---|
| Power Plant Operators 51-8013 | 102,040 US dollars per year | BLS 2025 annual median pay, not an individual offer. |
| Main unit operation emphasis | No breakdown value obtained | This page has no separate wage percentiles for main unit operation. |
| Auxiliary operation emphasis | No breakdown value obtained | This page has no separate wage percentiles for auxiliary operation. |
| Power Distributors and Dispatchers | Separate wages exist | Dispatch 51-8012 wages cannot be lent to unit operation 51-8013. |
Organizations, shifts, and duties differ; the median is not an individual wage.
In-plant units and grid dispatch have different responsibility scopes.
On-the-job training does not guarantee a raise or employment.
BLS Table 1.2 2025 base year.；BLS Table 1.2
2025 about 29,800 and 2035 about 28,300； the net change column of about -1,500 involves rounding.；BLS Table 1.2
Openings include replacements, not net additions.；BLS Table 1.2
O*NET occupational interest baseline
RCRC: Realistic and Conventional interests.
Official RC: R97/C69/I31/E16/S4/A0 is the occupation sample value; the electromechanical equipment and procedural record tendency is not an individual threshold.
Which Holland type is closer to power plant operators?
O*NET official RC leans Realistic and Conventional; electromechanical observation, procedure checking, and log tasks are not an individual minimum score.
Do not use it this way: Interest does not replace actual training and unit authorization; a high R does not mean one can start or stop.
Test my Holland career interestsWhich Big Five traits are more relevant to this work?
Caution, detail, reliability, and self-control under pressure serve as observation points; the Big Five mapping is an editorial explanation only.
Do not use it this way: Do not treat high Big Five scores as hiring, shift, or operating qualification.
See my Big Five personality traitsCan MBTI tell whether I am suited to be a power plant operator?
There is no verifiable best MBTI type for operations on this page; look at task work first.
Do not use it this way: The P shift work allows observation of handling unknowns; MBTI grants no qualification.
Understand my MBTI preferencesCan the Enneagram tell whether I am suited to this occupation?
The Enneagram can help reflect on stress responses; there is no operations success type on this page.
Do not use it this way: The Enneagram cannot replace unit training or operating authorization.
Explore my Enneagram patternsIf I am bad at math, can I be a power plant operator?
Units, time, and differences must be understood; the P shift arithmetic can check basic understanding, with no unified IQ threshold.
Do not use it this way: Getting the paper math right does not mean actual capacity, frequency, or startup and shutdown safety has been verified.
Understand my intelligence and reasoning performanceDo power plant operators need high EQ?
Clearly state pending items and evidence-supplementing roles under pressure; verify communication first rather than setting an EQ line.
Do not use it this way: Do not use EQ scores as a hiring or duty permit.
Understand my emotional intelligence abilityFits better when: Prefers system load and cross-station coordination; verify communication procedures.
Watch for: In-plant experience does not automatically grant dispatch authority.
Explore related career: Power Distributors and DispatchersFits better when: Willing to learn reactors and safety systems; verify specialist training.
Watch for: US plant-specific licensing requirements are verified separately.
Explore related career: Nuclear Power Reactor OperatorsFits better when: Prefers steam utilities, water quality, and stationary machinery.
Watch for: Not limited to boilers; organizational licensing is verified separately.
Explore related career: Stationary Engineers and Boiler OperatorsFits better when: Prefers electrical research, design, development, and testing.
Watch for: The engineering scope is not limited to power plants and grants no operating authority.
Explore related career: Electrical EngineersFits better when: Prefers monitoring and maintenance of hydraulic turbines and in-plant auxiliaries.
Watch for: Specialized equipment requires training, with no separate wage on this page.
Explore related career: Hydroelectric Plant TechniciansFits better when: Prefers inspection, testing, and repair of electrical equipment.
Watch for: Field maintenance and operating authority are separate.
Explore related career: Electrical and Electronics Repairers, Powerhouse, Substation, and RelayCaution, detail, and stable records are observable; no required personality type is given.
Introverts must still clearly restate equipment, times, and unknowns.
Extraverts must also return to raw readings and cannot substitute talkativeness for verification.
There is no reliable best MBTI on this page; do the P shift ledger first.
Official RC and R97/C69 and similar are occupation descriptions, not an individual minimum line.
This page has no validated personality assessment predicting operating performance; task and job evidence is needed.
The two P shift differences +6MW/10% and −4MW/−10% can check basic arithmetic, with no IQ line.
Clear communication, recording pending items, and handing to roles are observation points, with no unified EQ line.
The Enneagram is not an operations success type or permit; the handling of unknowns is judged from specific work.
Compare the six-ID ledger, request differences, and handover; real qualifications depend on the job posting.
How to reduce risk：Verify raw instruments and field times; the P shift M01 stays pending.
Evidence：O*NET Power Plant Operators 51-8013 · O*NET operating tasks and boundaries
Typical scenario：Editorial fiction: L01 and L02 belong to two independent units, and the net 2MW is not an operating basis.
Roles most affected：Operations, execution, and review roles.
Possible consequence：Merging different unit requests into one order makes the object wrong.
How to reduce risk：Verify equipment numbers and approval per organization; paper only computes the request differences separately.
Evidence：O*NET Power Plant Operators 51-8013 · O*NET unit startup and shutdown tasks and boundaries
Typical scenario：Editorial fiction: the handover omits the M01 unknown, and the next person misreads it as confirmed.
Roles most affected：Order issuing, read-back, field, and shift handover roles.
Possible consequence：An omitted unknown may make the next shift assume the source is verified.
How to reduce risk：State ID, time, source, and status item by item; keep unsigned items unknown.
Evidence：O*NET operating tasks and boundaries · O*NET unit startup and shutdown tasks and boundaries
Typical scenario：Editorial fiction: the three alarms are records only, and their number cannot confirm a fault or a shutdown.
Roles most affected：Operations, engineering, field maintenance, and emergency roles.
Possible consequence：Without complete equipment conditions it is hard to determine the fault and the handling scope.
How to reduce risk：Real emergencies follow organizational procedures; this page lists pending conditions only.
Evidence：O*NET Power Plant Operators 51-8013 · O*NET operating tasks and boundaries
Typical scenario：Editorial fiction: the source of the A03 field report is not attached; hand it to the field for verification.
Roles most affected：On-duty, shift lead, and next responsible roles.
Possible consequence：Rushing a request may let unclear status pass on without verification.
How to reduce risk：Keep the unverified list and escalate per the real procedure; do not change it to confirmed because of a deadline.
Evidence：O*NET Power Plant Operators 51-8013 · BLS OOH control room and training background
Typical scenario：Editorial fiction: both the M01 raw instrument and the A03 field report are pending; do not invent personnel positions.
Roles most affected：Field, instrument, and operating permit related roles.
Possible consequence：Inconsistent source and personnel status may cause dangerous misunderstanding.
How to reduce risk：Verify equipment, the field, isolation, and authorization per organization; this exercise has no real permit.
Evidence：O*NET Power Plant Operators 51-8013 · O*NET operating tasks and boundaries
| Entry 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 |
|---|
| Operations record assistance | Organize the six IDs and sources; do not operate the control system. | Accurate records and unknown boundaries; this page has not verified hiring samples. | A P shift six-row ledger and source verification. | Record assistance does not issue unit orders. |
|---|---|---|---|---|
| Main unit operation training direction | Learn unit output, instruments, and procedures under supervision. | Verify equipment status and training evidence; actual postings are verified separately. | The two P shift request differences and the unknown note. | In-plant units are not grid dispatch. |
| Auxiliary operation training direction | Identify pumps, fans, valves, and status under supervision. | Verify equipment drawings and field records; actual postings are verified separately. | The P shift M01 pending card, and verify auxiliary training separately. | A paper exercise does not verify auxiliary operating ability. |
| Power Plant Operators 51-8013 | Control operating generating equipment and auxiliaries under authorization. | BLS high school equivalency and long-term OJT are typical, and job authority is defined by the position. | The complete P shift ledger, two differences, and role handover. | Includes auxiliary equipment operation, and the permit is not granted by paper work. |
| Equipment maintenance support direction | Verify equipment inspection and repair records. | Field safety and actual duty training; postings are verified separately. | The P shift A03 source handover; do not create another switching exercise. | Maintenance authority and control room startup and shutdown responsibility are separate. |
BLS 51-8013 typical high school or equivalent and long-term on-the-job training.
Actual operating authority and certificates depend on the organization and region.
O*NET lists equipment monitoring, unit startup and shutdown, instrument verification, load adjustment, and communication.
Duties for different systems follow organizational division of labor.
The complete P shift prompt with three alarms, two requests, and one unknown instrument, recorded on paper only.
Able to reconstruct the six IDs, two differences, the 4/6 sources, and the pending roles, without granting startup or shutdown authority.
When telemetry and field status disagree, do not guess that startup or shutdown is feasible.
Real systems follow authorized personnel.
Three alarms: A01 E01 10:00 simulated alarm display, with the screenshot given in the prompt; A02 E02 10:02 transcribed alarm, with the raw record attached in the prompt; A03 E03 10:03 field alarm relay, with no original field report attached. Confirm only the prompt records and do not determine a fault from the alarms.
Two independent unit requests: L01 G01 10:00 current 60MW, 10:05 request 66MW; L02 G02 10:00 current 40MW, 10:05 request 36MW, with the original requests given in the prompt. Requests are not actual output. The M01 G01 10:06 instrument reading is unconfirmed, and the screenshot and original value are not attached.
Drill rules: the prompt sources for A01, A02, L01, and L02 are given as 4 items, and A03 and M01 sources are pending as 2 items. The actual handling and approval of all six is unknown, with no capacity, frequency, equipment constraints, field personnel, or real system.
In the first 10 minutes write the six-row ledger: ID, equipment, time, raw source, known from the prompt, pending, and the next role. In the middle 10 minutes compute the request minus the current amount and the relative change separately and classify by the prompt sources; in the last 10 minutes write the pending and handover notes.
Deliver the six-row table, two calculations, pending cards, and role handover. Compute only the request changes; do not list a startup or shutdown sequence, do not judge adjustability or shutdown, and do not connect to control panels or real units.
A01/E01 and A02/E02 are only prompt alarm records, and the A03 field source is pending. L01/G01: 66−60=6MW, 6/60=10%; L02/G02: 36−40=−4MW, −4/40=−10%. A request does not mean it has been executed, and the two independent units cannot use the combined net 2MW as a safety or adjustability basis.
M01/G01 raw readings and screenshots are pending, and the 66MW request cannot fill in the actual instrument value. Under the prompt, 4 given and 2 pending, 4/6=66.7% is only the share of sources given (one decimal place kept); the actual approval of all six is unknown, and a fault or startup and shutdown cannot be judged from the share.
Hand to the field role to supplement the A03 original report; hand to the instrument role to supplement the M01 original value, screenshot time, and units; hand to the authorized lead to verify the request source, equipment constraints, and permits. Names, sign-offs, read-backs, and completion times are unknown and not invented.
Four items: the six IDs and equipment times match the prompt, the two request differences and percentages are correct, the 4/6 sources and the unknown-approval boundary are clear, and pending items and evidence-supplementing roles are complete. Each item 2 = complete and correct, 1 = partial or missing, 0 = wrong or absent. A paper score is not an operating qualification.
A01/A02/A03/L01/L02/M01 equipment, times, sources, and known versus pending items.
Review: do not treat alarms as faults, and do not fill in the actual value of M01 from a request.
L01 +6MW/+10%、L02 −4MW/−10%。
Review: a request change does not equal executed or safely adjustable.
Sources given 4/pending 2, 4/6=66.7%; the actual approval of six items is unknown.
Field supplements A03, instruments supplement M01, and the authorized lead verifies constraints, with no fabricated sign-offs.
Four dimensions 0–2, writing omissions and revisions.
Paper tasks only; real units require separate training and authorization.
| Stage | What may be assessed | Observation evidence | Use boundary |
|---|---|---|---|
| Record classification | Whether each item traces back to the prompt source | A01/A02 raw materials given, A03 and M01 pending | Does not determine the fault |
| Request arithmetic | Time units and relative change | L01 +6MW/+10%，L02 −4MW/−10% | Does not infer adjustability or execution |
| Unknown boundary | Keeps sources and approval separate | 4/6=66.7% is sources given only, and approval of six items is unknown | Drill ratios are not an operating rating |
| Role handover | Evidence-supplementing duties are clear | Field A03, instruments M01, and the lead verifies authority | No names or sign-offs are invented |
Read O*NET/BLS51-8013, and compare in-plant and grid dispatch tasks.
List unit, auxiliary, field, and authorized roles; do not invent an operating sequence.
Write the ledger from the P shift six-ID prompt; the M01 original value is unknown.
Independently compute +6MW/+10% and −4MW/−10%, and distinguish requests from execution.
Flag A03/M01 pending; 4/6=66.7% is only the prompt source share.
Ask someone to check the handover against the four-dimension 8-point rubric; all actual permits are unknown.
Verify shift training qualifications against real job postings; this page has not verified the current sample.
| Qualification / status | Who it mainly suits | Real job-search role | Whether it is a universal entry threshold | Application / registration conditions | Investment level | Important limitations |
|---|---|---|---|---|---|---|
| High school or equivalent | Those applying to US 51-8013 positions | BLS typical education characteristic | Not a global unified threshold | See organization postings | Regular study | Does not authorize control systems |
| Long-term on-the-job training | Those entering operations positions | BLS typical training | System specifics verified separately | Train under supervision | Long term | Training is not independent operation |
| Equipment drawing training | Those who read unit drawings | Helps identify equipment connections | Depends on organization | According to current drawings | Ongoing | Cannot start or stop beyond authority |
| Instrument and load training | Monitoring collaborators | Correctly read and hand over data | Depends on organization | Verify source and time | Ongoing | Do not guess system status |
| Startup, shutdown, and communication training | Authorized operators | Procedural communication and read-back | Depends on system and organization | Specialist training | Ongoing | Does not automatically include grid dispatch |
| Fault record training | Handover and review staff | Track alarms, equipment, and results | Depends on organization | Verify procedures | Varies by position | Final clearance requires separate authorization |
Typical scope：Verify readings under supervision.
Readiness evidence：The P shift six IDs and raw sources are traceable, and alarms do not determine a fault.
Credential boundary：System monitoring basics
Next moves：Learn alarms and logs.
Typical scope：Record handover.
Readiness evidence：The two request difference units are correct, and the M01 actual reading stays unknown.
Credential boundary：Instruments and load
Next moves：Learn equipment drawings and load.
Typical scope：Collaborate after authorization.
Readiness evidence：Unverified readings are not cleared, and organizational supervised training and approval have separate evidence.
Credential boundary：Operations training
Next moves：Learn startup and shutdown sheets and read-back.
Typical scope：Collaborative improvement.
Readiness evidence：Event times, equipment, original records, and pending roles are traceable.
Credential boundary：Fault review
Next moves：Verify equipment and communication.
Typical scope：Observe under supervision.
Readiness evidence：Separate raw instruments from field reports and do not fill in unknowns.
Credential boundary：Auxiliary inspection basics
Next moves：Learn pumps, fans, and valves.
Typical scope：Hand over to the main unit position.
Readiness evidence：The M01 original value pending and the evidence-supplementing roles are clear.
Credential boundary：Equipment status verification
Next moves：Learn field reporting.
Typical scope：Handle after training.
Readiness evidence：Original records and the organization's real emergency training are traceable and are not proven by this exercise.
Credential boundary：Emergency response training
Next moves：Learn stop-work and escalation.
Typical scope：Verify drawings under supervision.
Readiness evidence：P shift sources given 4/pending 2, with no actual operating conclusion.
Credential boundary：Engineering support basics
Next moves：Learn equipment drawings and faults.
Typical scope：Advise under authorization.
Readiness evidence：Models and raw readings are reviewable; this exercise provides no real model validation.
Credential boundary：System analysis
Next moves：Verify load and equipment constraints.
Typical scope：Coordinate corrections.
Readiness evidence：Unknown items have evidence-supplementing roles; do not treat a planned time as completion.
Credential boundary：Anomaly analysis
Next moves：Summarize telemetry and field evidence.
Verify instruments and logs under supervision and do not operate equipment on your own.
Able to verify telemetry and field reports and spot differences.
Communicate per procedure under authorization, record orders, read-backs, and pending items, and do not produce an operating permit from a paper exercise.
Able to review equipment, load, and shift handover records.
United States · US standalone 51-8013, not the 51-8010 combined
2.3 thousand per year, about 2300
Average annual job openings
Openings include replacements and exits, not 2300 net additions or an individual success rate.
Does not establish：National average annual openings are not current hiring, and are not mixed with O*NET's old 2024–2034.
Chinese mainland · Chinese power plant operators; the US standalone row is not borrowed
Insufficient evidence: same-basis employment and current sample not obtained
National occupation employment and growth
NBS industry wages cannot be used to infer job numbers, growth, or openings for this occupation.
Does not establish：Insufficient evidence: no national employment projection or current hiring sample for Chinese power plant operators was obtained.
These are capability relationships, not automatic promotions or credential waivers.
Transfers：Shared reading monitoring, operating logs, and procedural communication.
Build next：Must learn system network scope and dispatch authorization.
View career profileTransfers：Shared control room monitoring, records, and emergency communication.
Build next：Must learn reactors and dedicated safety systems and plant-specific licensing.
View career profileTransfers：Shared steam equipment and auxiliary status observation.
Build next：Must learn stationary power boilers, water quality, and specific utility facilities.
View career profileTransfers：Shared electrical system and equipment understanding.
Build next：Must have engineering education and design, development, and test evidence.
View career profileTransfers：Shared generating equipment monitoring and operating records.
Build next：Must learn hydro turbines, gates, and in-plant auxiliaries.
View career profileTransfers：Shared equipment anomaly records and electrical knowledge.
Build next：Must learn field electrical inspection, testing, and repair.
View career profileTransfers：Shared mechanical status observation, records, and maintenance knowledge.
Build next：Must learn industrial machinery installation, adjustment, repair, and field safety.
View career profileTransfers：Shared generating auxiliary monitoring and operating logs.
Build next：Must learn biomass fuel quality, combustion, and process equipment.
View career profileDo a 30-minute fictional P shift with six records and two requests +6MW/+10% and −4MW/−10%; the 4/6=66.7% source share is only the prompt material share, and the approval of all six is unknown. Check the ledger and handover by the four-dimension 8-point rubric, without connecting to units.
Log and alarm assistance are only to-be-verified ideas, with no verified adoption or effect for 51-8013; the OOH control room automation background is not a generative AI substitution rate, and real control follows authorized procedures.
Insufficient evidence: no national individual distribution for Chinese operators was obtained. NBS2025 electricity, heat, gas, and water production and supply industry non-private 160897 and private 66451 yuan per person per year pre-tax annual average is industry background only, not a monthly salary.
No. It is the BLS 2025 annual median for 51-8013 cited by O*NET, not a starting salary or Chinese pay.
BLS lists typical high school or equivalency and long-term on-the-job training; equipment authority and certificates follow organizational requirements.
The P shift paper exercise only records pending items and escalation; real equipment follows plant procedures and authorization.
Misread instruments, equipment faults, startup and shutdown sequence, and field personnel status; independent verification and handover are required.
BLS Table 1.2: about 29,800 in 2025 to about 28,300 in 2035, -5.1%, about 2,300 average annual openings.
FermatMind career content team (editorial compilation; does not claim review by power plant practitioners)
2026-10-12: this round verified by reading O*NET51-8013, the BLS national 2025 wage percentiles, and the current OOH; EP and NBS use the tables verified this round. The date does not indicate that current Chinese hiring or measured AI data was obtained.
O*NET task interests and work styles, national 2025 wage percentiles, and BLS standalone 2025–2035 employment each hold to their scope; the NBS full industry average is not an individual wage, and generative research is only potential, expectation, or governance background.
Limitations：Occupation tasks are not power plant operating procedures.
Limitations：2025–2035 -5.1%, about 2,300 average annual openings, rounded in the table.
Limitations：Not O*NET's old 2024–2034 or the 51-8010 combined.
Limitations：The full category is not a standalone statistic for the electricity and heat sub-industry, let alone an individual operator distribution.
Limitations：The full category is not a standalone statistic for the electricity and heat sub-industry, let alone an individual operator distribution.
Limitations：Equipment authority depends on the position.
Limitations：Not a standalone startup and shutdown authorization.
Limitations：Task background is not a power plant operating procedure.
Limitations：Nuclear specialist tasks differ from ordinary units, and licensing depends on the actual jurisdiction and plant.
Limitations：Building and industrial utility scope, not limited to boilers, with no borrowed wage or authority.
Limitations：Engineering research, design, development, and test scope is not limited to power plants and is not operating authorization.
Limitations：Cross-occupation exposure potential, not adoption or layoffs in this occupation.
Limitations：Editorial fiction with no external URL; a paper score does not replace training and startup and shutdown licensing.
Limitations：Governance background is not a power plant safety operating standard or incident rate.
Limitations：Does not predict adoption timing or measure deployment effects in this occupation.
Limitations：Employer expectations are not realized job change in this occupation.
Limitations：OOH51-8010 combined background; standalone wages and employment use Table 1.2 only.
Limitations：Not an individual offer.
Limitations：Headcounts are rounded.
Limitations：Includes replacements, not net additions.
Limitations：Specific organizational requirements are verified separately.
Limitations：Operating authority and certificates are verified separately.
Limitations：Handover follows plant procedures.
Limitations：Percentiles are not starting pay or a ceiling, and the Florida value is not borrowed.
Limitations：Occupation sample values are not individual hiring lines, and the Big Five mapping is an editorial explanation only.
Limitations：Adjacent tasks are not this occupation's wages or licensing.
Limitations：Adjacent or specialist tasks are not a standalone wage on this page; transfer training is editorial advice.
Limitations：Adjacent or specialist tasks are not a standalone wage on this page; transfer training is editorial advice.
Limitations：Adjacent or specialist tasks are not a standalone wage on this page; transfer training is editorial advice.
Limitations：Adjacent or specialist tasks are not a standalone wage on this page; transfer training is editorial advice.
The P shift six IDs, two requests, source classification, and rubric are editorial fiction, judged on paper evidence only; they are not an actual startup and shutdown sheet or unit operating advice.
MBTI (English) · Big Five (English) · MBTI (Chinese) · Big Five (Chinese)
Field supplements A03, instruments supplement M01, and the responsible person verifies constraints and approval.
Four dimensions 0–2 each, 8 points total; the 4/6=66.7% source share is not an operating rating.
Typical scope：Mentoring collaboration.
Readiness evidence：Main unit and auxiliary duties and the approval chain are clear; do not invent sign-offs.
Credential boundary：Cross-system review
Next moves：Verify the main unit and auxiliary interfaces.
Typical scope：Guide review.
Readiness evidence：Real improvements have their own before-and-after evidence; this exercise has no measured operating improvement.
Credential boundary：Equipment improvement
Next moves：Analyze alarm trends.