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SOC 49-9062
Medical equipment repairers (O*NET 49-9062.00) install, test, calibrate, and repair medical and electromedical equipment, retain maintenance and repair records, and communicate equipment states to clinical users. Release for use depends on organizational authorization.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((50+0+75)/3+0.5)=42; fermatmind-ai-impact-v1; 2026-10-18.
Direct judgment: if you are willing to test, calibrate, and repair equipment to manufacturer specifications and retain traceable records, further exploration is worthwhile. Observable signals: can you check equipment models and versions against manuals and drawings, locate and reproduce faults with test instruments, document repairs and calibration and retest, and isolate and escalate electrical or mechanical safety questions first? Personality labels cannot determine fit or qualifications.
This page explores US occupation 49-9062.00. Testing, calibration, repair, and usability judgments are official tasks, but individual scopes must meet manufacturer requirements, organizational procedures, and authorization. Occupational classifications confer no individual permits. Paper trials involve no patients, actual equipment, power supplies, or medical data and produce no equipment release conclusion.
Suitable conditions: willingness to do precise, hands-on, procedural work over the long term; maintain checks and records under time pressure; retest to manufacturer tolerances with traceable evidence; accept review and acceptance chains; and gain satisfaction from restoring equipment. Reasons for caution: if high accuracy, frequent clinical-user communication, or electrical/mechanical risks are difficult, compare adjacent electrical/electronic technology or biomedical engineering directions first.
Medical Equipment Repairers corresponds to O*NET 49-9062.00, officially testing, adjusting, or repairing biomedical or electromedical equipment. Actual work includes installation, preventive maintenance, troubleshooting, calibration, repair, and recordkeeping.
First check equipment IDs, models, applicable manual versions, work orders, and operating states, then your authorization and organizational safety procedures. Observable abilities: check equipment identity, version, original readings, and states item by item against manuals; accurately record unresolved items, explain equipment states to users/teams, and complete retesting and handover within authorization. Paper observation cannot prove practical competence.
Career direction comparison
Difference from biomedical engineers: engineers design and evaluate devices or systems and develop technical proposals, typically requiring engineering degrees; this occupation tests, calibrates, repairs, and records equipment in service. Difference from electrical/electronic engineering technicians: they handle general electrical/electronic systems. This occupation differs in its medical setting, patient safety responsibilities, manufacturer specifications, and equipment release boundaries. Difference from robotics technicians: they assemble and commission automation and robotic systems; this occupation maintains and calibrates medical/electromedical equipment and judges usability.
| Career direction | Core work and output | Key differences | Best-fit choice |
|---|---|---|---|
| Bioengineers and Biomedical Engineers | Research/develop, design, and evaluate medically related systems and products | Engineering R&D outputs differ from maintaining existing equipment | For those willing to explore design and validation methods |
AI impact on this career
Editorial paper trial hypothesis: tools only organize this page's fictional R1/R2/R3 records. Humans recheck M1/M2, the 98 endpoint, 103 exceeding the limit by 1, and pending approval. No validation of clinical equipment, automatic diagnosis, calibration, or release, and no real medical data input. Software recruitment mentions do not establish GenAI adoption, performance, or job replacement. AI Impact Score 42% is an editorial estimate. Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((50+0+75)/3+0.5)=42; fermatmind-ai-impact-v1; 2026-10-18.The three tasks, ratings and sources are listed in the FermatMind method source record on this page.
FermatMind AI Impact Score estimation method v1
FermatMind / 费马测试 · 2026-10-18
Editorial ratings use the existing occupational responsibilities and AI task analysis on this page. They are not adoption rates, measured effects, job-disappearance or personal-unemployment probabilities, or official scores from Stanford or another external institution. No measured time weights or future robot deployment are assumed.
Chinese mainland salary reference
Scope note: public wage data aggregate industries or broad personnel categories. Health or manufacturing averages cannot replace this occupation's wages; no proxy figures are used before an exact mapping is established.
Category boundary: zh-CN is only the page language, not proof of an exact equivalent occupation in mainland China. Do not extrapolate starting pay, medians, or personal income across jurisdictions using industry averages or US wages.
No figures displayed
Insufficient to support precise occupational wages
Do not substitute figures for other occupations or generic roles
US Salary Reference
Official US medical equipment repairer statistics concern O*NET 49-9062.00. Values apply only to the stated market and period, not entry-level pay, Chinese wages, or individual guarantees. Wage scope (BLS 2025 data): median annual wage USD 61,660 (approximately USD 29.64 per hour); 10th percentile USD 38,490 (USD 18.51 per hour), 25th percentile USD 47,470 (USD 22.82 per hour), 75th percentile USD 78,500 (USD 37.74 per hour), and 90th percentile USD 98,280 (USD 47.25 per hour). These concern this occupation. Percentiles are statistical positions and do not describe individual take-home income.
| Wage Level | Annual Wage Reference | Hourly Wage Reference | Explanation |
|---|---|---|---|
| 10th Percentile | USD 38,490 per year | USD 18.51 per hour | National occupational 2025 wage distribution, not entry or seniority levels. |
| Median | USD 61,660 per year | USD 29.64 per hour |
Career Fit Guide
Fit signals: willingness to repeatedly check equipment identity and manual versions, follow electrical/mechanical isolation and documentation standards, and maintain testing/retesting steps under time pressure. Reasons for caution: if high accuracy or long-term documentation is difficult, compare adjacent directions or non-field roles first. Reasons for caution: if high accuracy or long-term documentation is difficult, compare adjacent directions or non-field roles first.
Positive Signals： Willingness to repeatedly check equipment identity and manual versions, follow isolation and record standards, and communicate clearly with clinical users.
Reasons for Caution： If high accuracy, electrical/mechanical safety risks, or sustained documentation are difficult, compare adjacent directions first.
Next Trial Action： Complete the original R1/R2/R3 paper three-condition table and corrections to observe checking and handover habits, without operating equipment or establishing repair qualifications.
Work Pressure, Risks, and Occupational Boundaries
Unisolated electrical or mechanical hazards: failure to isolate energy or use personal protection before work may endanger patients, staff, and yourself. Isolate, lock out, and wear protection under procedures. Incorrect calibration or functional test conclusions: failing to retest to manufacturer tolerances during testing/calibration may allow nonconforming equipment into use. Retest to tolerances with responsible-person confirmation. Missing or false work orders and records: failure to document equipment identity, test results, and states in the required format at delivery affects traceability and responsibility determination. Retain formatted records and update release status. Usability judgments beyond authority: independently declaring clinical usability or dismantling equipment in service may change medical and legal responsibilities. Follow withdrawal, handover, and authorization chains. Common escalation rule: whenever equipment, testing, or safety states raise questions, withdraw or isolate the relevant activity first. Submit facts, impacts, and unresolved questions to authorized personnel for confirmation before continuing.
O*NET tasks and context support duty/exposure background. Scenario consequences and controls are editorial analysis, not accident rates or complete safe-operation standards. Withdrawal, substitution, and handover of equipment used by patients require organizational procedures and authorization chains; the webpage does not decide to disconnect life-support equipment. Specific Chinese law and complete manufacturer processes remain unestablished.
Entry, Qualifications, and Career Development
Editorial job-checking suggestion: compare equipment types, standby/travel, supervision, manufacturer training, and certification preferences in in-house repair, clinical engineering, manufacturer service, and third-party repair. No employer samples were verified on this page; names do not guarantee identical scopes.
Occupational Outlook and Related Transitions
US occupation 49-9062: 71,800 employed in 2025 to projected 80,900 in 2035, official growth 13%, net increase 9,100, and annual average openings 8,200 (2025—2035). Openings include growth and replacement, not current vacancies/individual hiring rates. Do not guess causes of rounded baseline changes. Employment levels, growth rates, net changes, and annual openings must be explained separately, not combined into an individual employment guarantee. Organizational and regional differences are substantial; do not extrapolate across regions. Recruitment samples show demand only within the sampled time, region, and mix of roles; they are not national demand rates. AI or technology research describes the scope for task assistance, not organizational adoption and still less net employment change. Adjacent transitions: moving toward biomedical engineering, electrical/electronic technology, or automation requires individual checks of tool, qualification, and responsibility differences. Each path needs additional evidence corresponding to new outputs.
United States · Medical Equipment Repairers 49-9062.00
USD 61,660 per year
Different US O*NET response options: 73% consider accuracy extremely important, 88% work in controlled indoor environments daily, 86% use email daily, 81% have face-to-face discussions daily, and 71% use telephones daily. 64% have constant contact with others, 56% have considerable decision freedom, and 62% consider teamwork extremely important. 34% face time pressure daily, 29% consider consequences of error extremely serious, 31% wear common protective equipment daily, and 62% report typical 40-hour weeks. Not accident probabilities or Chinese job surveys. BLS describes usually full-time work, with some roles requiring evening/weekend standby, travel, lifting, or confined-space work; check specific roles.
Choose a real task from this page for a small practice project or a conversation with someone in the field. Use the planning guides to set a date, an output and feedback questions before deciding whether to continue.
Caution signals: changing readings to obtain passing results, skipping version checks, or adding approval. First practice truthful records and unresolved-item handover. This page explores US occupation 49-9062.00. Testing, calibration, repair, and usability judgments are official tasks, but individual scopes must meet manufacturer requirements, organizational procedures, and authorization. Occupational classifications confer no individual permits. Paper trials involve no patients, actual equipment, power supplies, or medical data and produce no equipment release conclusion.
60-minute paper checking problem (editorially fictional): three record cards all identify equipment as E7. Exercise requirements are manual M2, an ordinary reading within 98—102 inclusive, and approval yes. All three conditions are needed for exercise transfer readiness. R1 is M2/98 / yes; R2 is M1/100 / yes; R3 is M2/103 / pending. List manual consistency, reading range, approval state, and pending items separately, preserving original values. These are ordinary unitless numbers; the range is not a manufacturer's medical equipment tolerance. Reference solution: R1 meets all three conditions, with 98 inside the inclusive range. R2 has an in-range reading and approval, but M1≠M2; confirm the correct manual, rather than transfer based on a normal reading. R3 matches the manual, but 103 exceeds 102 by 1 and approval is pending. Record both unresolved issues separately. Only R1 meets exercise rules, not proof of real equipment usability. Spend 10 minutes reading, 20 minutes tabulating, 20 minutes writing R2's version and R3's reading/approval confirmation requests, and 10 minutes hiding answers, redoing, and retaining corrections.
Rules for different models or versions are not automatically interchangeable.
Retain original results, methods/versions, anomalies, retests, and approval states.
Follow applicable manuals and organizational processes from identity checks and safe work through diagnosis/maintenance to retesting, records, and authorized handover.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Check Inputs | Equipment/Model/Manual/Work Order | Real work follows manufacturer specifications, training, and organizational authorization. |
| Confirm Working Conditions | Check withdrawal, handover, protection, and energy risks through organizational processes | Real work follows manufacturer specifications, training, and organizational authorization. |
| Testing and Troubleshooting | Use manuals and applicable test methods within authorized scope | Real work follows manufacturer specifications, training, and organizational authorization. |
| Maintenance and Repair | Record components and operations; webpages do not replace manuals | Real work follows manufacturer specifications, training, and organizational authorization. |
| Retesting and Verification | Retain original readings, standards, and anomaly handling | Real work follows manufacturer specifications, training, and organizational authorization. |
| Record Archiving | Retain original values, retests, and pending states separately | Real work follows manufacturer specifications, training, and organizational authorization. |
| Authorized Handover | Follow organizational approval and handover processes | Real work follows manufacturer specifications, training, and organizational authorization. |
Testing and troubleshooting: inspect, test, and troubleshoot malfunctioning medical equipment using test and analysis instruments to manufacturer specifications.
Repair and component replacement: disassemble faulty equipment and remove, repair, or replace defective components such as motors and clutches.
Preventive maintenance and calibration: clean, lubricate, adjust, and calibrate equipment and perform scheduled maintenance.
Documentation and communication: retain maintenance, repair, and update records and explain proper operation and preventive maintenance to users.
US O*NET JobZone3 is a medium-preparation occupational group, commonly involving vocational education, on-the-job training, or associate degrees. Group experience descriptions are not uniform occupational durations. BLS: this occupation typically requires a biomedical technology or related associate degree/certificate; paths also include high school plus relevant training/experience, apprenticeships, and existing military or mechatronic experience. BLS does not universally mandate occupational certification; check employer preferences and eligibility individually. Check Chinese appointments and authorization separately; no qualification recognition.
Evidence to Check
Evidence to Check
Evidence to Check
| Aerospace Engineering and Operations Technologists and Technicians |
|---|
| Operate, install, and test aerospace testing and data acquisition systems |
| The target is aerospace systems, requiring industry standards and instruments |
| For those willing to pursue aerospace test support |
| Electrical and Electronic Engineering Technologists and Technicians | Design, build, commission, and evaluate electrical/electronic devices within engineering teams | Covers general engineering devices, not automatic medical authority | For those willing to deepen circuit and engineering testing skills |
|---|
| Robotics Technicians | Build, install, test, and maintain robots and automated production systems | Requires robotics controls, system commissioning, and target safety training | For those willing to learn automation systems |
|---|
| Industrial Engineering Technologists and Technicians | Study layouts, work times, and production efficiency within engineering teams | Centers on processes and efficiency, not medical equipment repair records | For those willing to study processes and data |
|---|
| Medical Records Specialists | Organize, maintain, and classify patient records and medical codes | Centers on medical records/coding and their requirements, not equipment calibration | For those willing to pursue record rules and coding |
|---|
Adjacent relationships compare directions only: this occupation handles testing, calibration, repairs, and records. Biomedical engineers emphasize design and evaluation; electrical/electronic engineering technicians handle general electrical/electronic systems; robotics technicians handle automated devices; industrial engineering technicians handle processes and efficiency. Qualifications and responsibilities are not interchangeable. Compare individually: who defines requirements, performs testing and repairs, designs systems, interprets results, and holds release or acceptance responsibility? Similar names do not mean identical duties or authorization.
Adjacent relationships support directional comparison only, not automatic transfers or mutual recognition of qualifications.
Editorial paper trial hypothesis: tools only organize this page's fictional R1/R2/R3 records. Humans recheck M1/M2, the 98 endpoint, 103 exceeding the limit by 1, and pending approval. No validation of clinical equipment, automatic diagnosis, calibration, or release, and no real medical data input. Software recruitment mentions do not establish GenAI adoption, performance, or job replacement.
No GenAI performance, organizational adoption, or employment outcomes were obtained for this occupation. Software recruitment mentions indicate demand only. Actual tools require separate checks of work-order permission, manufacturer restrictions, versions, networks, and organizational validation.
Task exposure does not equal adoption rates, unemployment probability, or replacement dates.
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| Preventive Maintenance | Clean, lubricate, and adjust equipment on schedule | Editorial hypothesis: organize fictional records only; no claim of automated task execution. | Check equipment IDs, maintenance items, and completion status. |
| Fault Diagnosis | Use test and analysis instruments to locate and troubleshoot faults | Editorial hypothesis: organize fictional records only; no claim of automated task execution. | Qualified personnel retest on site and confirm fault conclusions. |
| Repair and Component Replacement | Disassemble faulty equipment and replace defective components | Editorial hypothesis: organize fictional records only; no claim of automated task execution. | Check component models, installation quality, and functional retests. |
| Calibration and Testing | Test or calibrate components and equipment using manufacturer manuals | Editorial hypothesis: organize fictional records only; no claim of automated task execution. | Authorized personnel confirm calibration results and release. |
| Installation and Acceptance | Install to manufacturer specifications and check power and space requirements | Editorial hypothesis: organize fictional records only; no claim of automated task execution. | Responsible personnel sign for site safety and acceptance. |
| Records and Compliance | Retain maintenance, repair, and update records | Editorial hypothesis: organize fictional records only; no claim of automated task execution. | The responsible person confirms authentic and traceable records. |
| Safety and Scope Judgments | Check electrical/mechanical hazards and determine equipment usability | Editorial hypothesis: organize fictional records only; no claim of automated task execution. | Authorized personnel decide isolation, withdrawal, and release. |
Check three kinds of evidence separately: task capability, organizational adoption, and employment outcomes cannot substitute for one another.
AI affects testing, calibration, repair, and records differently, with different remaining responsibilities.
AI primarily changesEditorial hypothesis: fictional record organization and difference alerts
Human responsibility remainsField retesting and fault conclusions
AI primarily changesEditorial hypothesis: fictional record organization and difference alerts
Human responsibility remainsCalibration result confirmation and release
AI primarily changesEditorial hypothesis: fictional record organization and difference alerts
Human responsibility remainsRecord authenticity and traceability responsibility
Human responsibility chain: from checking inputs and limiting tasks to human review, documentation, and escalation.
Confirm equipment IDs, models, manual versions, and work orders.
Use tool assistance only within validated data and processes.
Qualified personnel retest and confirm calibration and release.
Perform electrical/mechanical isolation and personal protection first.
Record deviations and anomalies immediately and escalate through the prescribed process.
May endanger patients, staff, and yourself.
Control: Perform energy isolation and personal protection under procedures.
May allow nonconforming equipment into use.
Control: Retest to manufacturer tolerances with responsible-person confirmation.
Affects traceability, responsibility, and subsequent maintenance.
Control: Record equipment identity, test results, and release status in the required format.
May change medical and legal responsibilities.
Control: Refer to authorized personnel for confirmation through the authorization chain.
May affect clinical use and safety.
Control: Follow withdrawal and handover processes.
Use only the original R1/R2/R3 ordinary unitless paper problem to organize and review records. No actual testing, calibration, disassembly, assembly, or energy isolation.
Retain traceable testing, calibration, and repair records.
Define safety isolation, testing, and release boundaries first.
Demonstrate manufacturer specifications and compliance requirements.
Available materials support task-level assistance judgments only, not a job elimination timetable.
Source: O*NET Occupational Duty BackgroundOriginal source ↗
Editorial paper trial hypothesis: tools only organize this page's fictional R1/R2/R3 records. Humans recheck M1/M2, the 98 endpoint, 103 exceeding the limit by 1, and pending approval. No validation of clinical equipment, automatic diagnosis, calibration, or release, and no real medical data input. Software recruitment mentions do not establish GenAI adoption, performance, or job replacement.
Source: O*NET Occupational Duty BackgroundOriginal source ↗
Editorial paper trial hypothesis: tools only organize this page's fictional R1/R2/R3 records. Humans recheck M1/M2, the 98 endpoint, 103 exceeding the limit by 1, and pending approval. No validation of clinical equipment, automatic diagnosis, calibration, or release, and no real medical data input. Software recruitment mentions do not establish GenAI adoption, performance, or job replacement.
Source: O*NET Occupational Duty BackgroundOriginal source ↗
Distinguish three kinds of evidence: task capability, organizational adoption, and employment outcomes.
Source: O*NET Occupational Duty BackgroundOriginal source ↗
Tools cannot replace electrical/mechanical isolation, personal protection, or withdrawal judgments.
Source: O*NET Occupational Duty BackgroundOriginal source ↗
Editorial paper trial hypothesis: tools only organize this page's fictional R1/R2/R3 records. Humans recheck M1/M2, the 98 endpoint, 103 exceeding the limit by 1, and pending approval. No validation of clinical equipment, automatic diagnosis, calibration, or release, and no real medical data input. Software recruitment mentions do not establish GenAI adoption, performance, or job replacement.
Source: O*NET Occupational Duty BackgroundOriginal source ↗
Check purpose, data permissions, performance, versions, and organizational validation/authorization. This is an editorial checking suggestion; no adoption-rate evidence was obtained.
Source: O*NET Occupational Duty BackgroundOriginal source ↗
When transitioning from medical equipment repair to adjacent directions, compare transferable abilities first, then acquire target-specific knowledge and qualifications.
Public duties and skills support career exploration but cannot establish Chinese market wages.
| Role Direction | Data Status | Explanation |
|---|---|---|
| Foundational Training | Equipment maintenance and technical support | Check real Chinese roles against local/employer training and authorization. US preparation paths are comparisons only, not Chinese recognition. |
| Related Specialties | Medical equipment repair and maintenance | Check real Chinese roles against local/employer training and authorization. US preparation paths are comparisons only, not Chinese recognition. |
| Experience Stage | Field service and fault diagnosis | Check real Chinese roles against local/employer training and authorization. US preparation paths are comparisons only, not Chinese recognition. |
| Advanced Stage | Quality, calibration, and responsibility handover | Check real Chinese roles against local/employer training and authorization. US preparation paths are comparisons only, not Chinese recognition. |
Salary judgments require checking specific cities, employers, job levels, and public recruitment conditions.
Editorial exploration settings, not Chinese demand rates, industry shares, or wage data.
Editorial exploration settings, not Chinese demand rates, industry shares, or wage data.
Editorial exploration settings, not Chinese demand rates, industry shares, or wage data.
Insufficient evidence: mainland China national occupational wages for medical equipment repairers were not obtained within this round's public scope. This page explicitly marks the gap and does not fill it with industry proxies or US figures.
| National occupational 2025 wage distribution, not entry or seniority levels. |
| 90th Percentile | USD 98,280 per year | USD 47.25 per hour | National occupational 2025 wage distribution, not entry or seniority levels. |
|---|
Wages: 10th Percentile：USD 38,490 per year；O*NET national occupational BLS2025 wages； USD 18.51 per hour； not a personal quote.
Wages: 25th Percentile：USD 47,470 per year；O*NET national occupational BLS2025 wages； USD 22.82 per hour； not a personal quote.
Wages: 50th Percentile：USD 61,660 per year；O*NET national occupational BLS2025 wages； USD 29.64 per hour； not a personal quote.
Wages: 75th Percentile：USD 78,500 per year；O*NET national occupational BLS2025 wages； USD 37.74 per hour； not a personal quote.
Wages: 90th Percentile：USD 98,280 per year；O*NET national occupational BLS2025 wages； USD 47.25 per hour； not a personal quote.
Median is not starting pay, a seniority tier, or a personal quote.
Current O*NET occupational industry shares: 34% wholesale trade, 20% health care and social assistance, 13% other services, 10% real estate and rental/leasing, and 23% other industries including manufacturing/retail. Employment shares, not wages. Explain BLS2025's five detailed-industry wages separately from national percentiles.
How to interpret these figures: employment levels, growth rates, net changes, and annual openings must be explained separately, not combined into an individual employment guarantee.
US occupation 49-9062: 71,800 employed in 2025 to projected 80,900 in 2035, official growth 13%, net increase 9,100, and annual average openings 8,200 (2025—2035). Openings include growth and replacement, not current vacancies/individual hiring rates. Do not guess causes of rounded baseline changes.
| Industry Distribution | Industry Median Annual Wages | How to Interpret These Figures |
|---|---|---|
| Hospitals (All Ownership Types) | USD 75,390 per year | BLS2025 industry median annual wage for this occupation, not industry employment shares. |
| Professional and Commercial Equipment Wholesalers | USD 63,050 per year | BLS2025 industry median annual wage for this occupation, not industry employment shares. |
| Electronic and Precision Equipment Repair and Maintenance | USD 62,430 per year | BLS2025 industry median annual wage for this occupation, not industry employment shares. |
| Ambulatory Health Care Services | USD 61,510 per year | BLS2025 industry median annual wage for this occupation, not industry employment shares. |
| Rental and Leasing Services | USD 45,020 per year | BLS2025 median annual wage for this occupation within an industry, not employment shares. |
Check equipment types, calibration, testing, and result release responsibilities.
Check duty schedules, travel, field service, and regional differences.
Role comparisons also require checks of industry, hours, benefits, and responsibility scope. Organizational and regional differences are substantial; do not extrapolate across regions.
BLS2025—2035 occupational baseline.
71,800→80,900； do not replace official percentages with ratios of rounded differences.
BLS2025—2035, including growth and replacement, not current recruitment counts.
O*NET occupational interest baseline
RCI describes activity preferences only and cannot determine qualifications.First observe interest, stress, and collaboration experiences in real tasks.
Activity preferences only help design trials; they cannot establish qualifications or performance.
What Activity Preferences Correspond to RCI?
RCI describes interests in practical operations, procedural records, and investigative troubleshooting, not personal ability thresholds.
Do not use it this way: Labels describe tendencies only and cannot replace real tasks, manufacturer specifications, or employer judgment.
Go to the career interest trial and design observationsCan You Preserve Versions and Unresolved Items Under Delivery Pressure?
Observe whether you preserve R2's version difference and R3's two issues and review step by step. This page has no Big Five occupational effectiveness norms.
Do not use it this way: Labels describe tendencies only and cannot replace real tasks, manufacturer specifications, or employer judgment.
Go to the career interest trial and design observationsCan Type Labels Determine Repair Qualifications?
MBTI expresses communication preferences only, not which type may repair equipment.
Do not use it this way: Labels describe tendencies only and cannot replace real tasks, manufacturer specifications, or employer judgment.
Go to the career interest trial and design observationsHow Do You Record Errors Truthfully?
The Enneagram supports self-reflection only, not repair competence or occupational thresholds.
Do not use it this way: Labels describe tendencies only and cannot replace real tasks, manufacturer specifications, or employer judgment.
Go to the career interest trial and design observationsCan You Check Manual, Range, and Approval Conditions Individually?
Observe problem reading, range judgments, and multiple-condition checks. R1's endpoint / R3's difference of 1 are not IQ scores or norms.
Do not use it this way: Labels describe tendencies only and cannot replace real tasks, manufacturer specifications, or employer judgment.
Go to the career interest trial and design observationsHow Do You Clearly Hand Over Equipment Status to Users?
Observe clear handover of unresolved items, listening to users, and explaining states. Paper problems are not EQ measurement.
Do not use it this way: Labels describe tendencies only and cannot replace real tasks, manufacturer specifications, or employer judgment.
Go to the career interest trial and design observationsFits better when: Can use test instruments under manufacturer manuals to locate and reproduce equipment problems.
Watch for: Conclusions require retesting and responsible-person confirmation.
Explore related career: Medical Equipment RepairersFits better when: Can perform scheduled calibration and maintenance to tolerances and retain records.
Watch for: Authorized personnel confirm calibration results and release.
Explore related career: Medical Equipment RepairersFits better when: Can remove, replace, and reinstall components and complete functional retests.
Watch for: Do not skip safety isolation or functional tests.
Explore related career: Medical Equipment RepairersFits better when: Can identify electrical/mechanical hazards and perform isolation and protection.
Watch for: Withdrawal and release are decided through the authorization chain.
Explore related career: Medical Equipment RepairersFits better when: Can retain equipment identity, test results, and release status records.
Watch for: Humans are responsible for record authenticity and completeness.
Explore related career: Medical Equipment RepairersFits better when: Can clearly hand over equipment status to clinical users and manufacturer engineers.
Watch for: Do not make clinical usability conclusions beyond authority.
Explore related career: Medical Equipment RepairersRCI describes interests in practical operations, procedural records, and investigative troubleshooting, not personal ability thresholds.
Observe whether you preserve R2's version difference and R3's two issues and review step by step. This page has no Big Five occupational effectiveness norms.
MBTI expresses communication preferences only, not which type may repair equipment.
The Enneagram supports self-reflection only, not repair competence or occupational thresholds.
Observe problem reading, range judgments, and multiple-condition checks. R1's endpoint / R3's difference of 1 are not IQ scores or norms.
Observe clear handover of unresolved items, listening to users, and explaining states. Paper problems are not EQ measurement.
Can check R2's manual and R3's value/approval issues, preserving original values and corrections.
Changing original values for passing results, skipping versions, or adding approval. First train recordkeeping and checking habits.
60-minute paper checking problem (editorially fictional): three record cards all identify equipment as E7. Exercise requirements are manual M2, an ordinary reading within 98—102 inclusive, and approval yes. All three conditions are needed for exercise transfer readiness. R1 is M2/98 / yes; R2 is M1/100 / yes; R3 is M2/103 / pending. List manual consistency, reading range, approval state, and pending items separately, preserving original values. These are ordinary unitless numbers; the range is not a manufacturer's medical equipment tolerance.
Reference solution: R1 meets all three conditions, with 98 inside the inclusive range. R2 has an in-range reading and approval, but M1≠M2; confirm the correct manual, rather than transfer based on a normal reading. R3 matches the manual, but 103 exceeds 102 by 1 and approval is pending. Record both unresolved issues separately. Only R1 meets exercise rules, not proof of real equipment usability. Spend 10 minutes reading, 20 minutes tabulating, 20 minutes writing R2's version and R3's reading/approval confirmation requests, and 10 minutes hiding answers, redoing, and retaining corrections.
Typical scenario：Contacting equipment without electrical or mechanical energy isolation.
Roles most affected：Repairers, equipment users, and organizational responsibility teams; check specific scenarios.
Possible consequence：May affect equipment status, traceability, or safe use; this page cannot estimate accident probabilities.
How to reduce risk：Perform energy isolation, lockout, and personal protection under procedures.
Evidence：Medical Equipment Repairers 49-9062.00 · Medical Equipment Repairers summary
Typical scenario：Incorrect calibration or functional test conclusions.
Roles most affected：Repairers, equipment users, and organizational responsibility teams; check specific scenarios.
Possible consequence：May affect equipment status, traceability, or safe use; this page cannot estimate accident probabilities.
How to reduce risk：Retest to manufacturer tolerances with responsible-person confirmation of calibration and release.
Evidence：Medical Equipment Repairers 49-9062.00 · Medical Equipment Repairers summary
Typical scenario：Missing, incomplete, or false work orders and repair records.
Roles most affected：Repairers, equipment users, and organizational responsibility teams; check specific scenarios.
Possible consequence：May affect equipment status, traceability, or safe use; this page cannot estimate accident probabilities.
How to reduce risk：Record equipment identity, test results, and release status in the required format.
Evidence：Medical Equipment Repairers 49-9062.00 · Medical Equipment Repairers summary
Typical scenario：Usability judgments beyond authority or directly dismantling equipment in service.
Roles most affected：Repairers, equipment users, and organizational responsibility teams; check specific scenarios.
Possible consequence：May affect equipment status, traceability, or safe use; this page cannot estimate accident probabilities.
How to reduce risk：Proceed only after confirmation through withdrawal, handover, and authorization chains.
Evidence：Medical Equipment Repairers 49-9062.00 · Medical Equipment Repairers summary
Typical scenario：Skipping test or documentation steps under time pressure.
Roles most affected：Repairers, equipment users, and organizational responsibility teams; check specific scenarios.
Possible consequence：May affect equipment status, traceability, or safe use; this page cannot estimate accident probabilities.
How to reduce risk：Retain testing and record evidence and escalate through procedures.
Evidence：Medical Equipment Repairers 49-9062.00 · Medical Equipment Repairers summary
Typical scenario：Conflating this occupation with biomedical engineers, electrical/electronic technicians, and other adjacent roles.
Roles most affected：Repairers, equipment users, and organizational responsibility teams; check specific scenarios.
Possible consequence：May affect equipment status, traceability, or safe use; this page cannot estimate accident probabilities.
How to reduce risk：Distinguish adjacent roles using the scope of O*NET 49-9062.00.
Evidence：Medical Equipment Repairers 49-9062.00 · Medical Equipment Repairers summary
| Capability Stages (Editorial Illustration) | Tasks | Authority Boundaries | Verifiable Evidence | Next-Step Conditions |
|---|---|---|---|---|
| Foundational Learning | Complete preventive maintenance and work-order records under supervision | Do not independently determine equipment release | Maintenance checklists and work-order records | Expand into independent testing |
| Model-Specific Training | Test and diagnose faults after model-specific training and appropriate authorization | Calibration and release require responsible-person confirmation |
Check education, manufacturer training, experience, and employer requirements separately. US Job Zone Three typically involves vocational training, related on-the-job experience, or an associate degree. Certificates and manufacturer certifications do not equal organizational authorization.
Submit only the R1/R2/R3 fictional paper checking table, three-condition judgments, pending requests, and corrections. Do not claim actual testing, calibration, or energy isolation.
| Scenario | Possible Checks | Review and Authorization | Evidence |
|---|---|---|---|
| Before Interviews | Organize a fictional equipment testing and repair case | Ask someone to challenge testing and safety judgments | Inspection, test, and documentation samples |
| During Interviews | Explain checks of manual versions and tolerances | The interviewer confirms the conclusion's logic | Explanation of conclusions and escalation paths |
| Supervised Training Stage |
30—60 minutes daily, paper only: Day 1, read R1/R2/R3 and exercise rules. Day 2, make the three-condition table. Day 3, hide answers and redo. Day 4, calculate R3's excess of 1 and separately record pending approval. Day 5, write R2's version confirmation request. Day 6, have someone challenge using only the problem statement. Day 7, compare corrections and write reasons to continue, train, or change direction. No contact with patients, equipment, power supplies, or medical data. No certification of calibration/release ability.
| Status | Evidence | Verifying Party | Applicable Conditions | What It Does Not Equal | Responsible Party | Next Step |
|---|---|---|---|---|---|---|
| Education | BLS: associate degrees/related certificates are common, with experience/training paths also available; check employers | Employers and Educational Institutions | Verify by role | Education does not equal practice authority or authorization | Employers | Check against job requirements |
Typical scope：Complete preventive maintenance and work-order records under supervision.
Readiness evidence：Retain maintenance checklists and work-order records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand into independent testing.
Typical scope：Independently test and diagnose faults in common equipment.
Readiness evidence：Provide test records and fault conclusions.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand into independent calibration.
Typical scope：Calibrate to manufacturer tolerances and complete functional retests.
Readiness evidence：Provide calibration and retest records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand into complex equipment.
Typical scope：Take responsibility for repair and acceptance of complex equipment such as imaging and monitoring devices.
Readiness evidence：Provide complex repair and acceptance records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand authorization according to organization and rules.
Typical scope：Learn electrical/mechanical isolation and personal protection requirements.
Readiness evidence：Retain safe-operation practice records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand into independent safety execution.
Typical scope：Independently perform energy isolation and safety checks.
Readiness evidence：Provide isolation and inspection records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand into safety-system support.
Typical scope：Participate in equipment safety and compliance process improvement.
Readiness evidence：Provide process improvement and remediation records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Typical scope：Learn handover requirements with clinical users and manufacturers.
Readiness evidence：Retain communication and handover practice records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand into independent communication.
Typical scope：Explain equipment states and usage boundaries to clinical users.
Readiness evidence：Provide communication and review records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand into complex case coordination.
Typical scope：Coordinate manufacturer maintenance, spare parts, and upgrades.
Readiness evidence：Provide coordination and spare-parts records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Check equipment IDs/models, manual versions, work orders, and states individually.
Inspect, test, and locate faults to manufacturer specifications.
Repair, replace, and calibrate to tolerances and complete functional retests.
Progression is an editorial illustration: first read identity/manuals/work orders, then learn maintenance, testing, and records under training and supervision, expanding by target-equipment capability and organizational authorization. No guarantee of independence after probation, fixed promotion durations, or one certificate covering all equipment.
Median Annual Wage
National Median Annual Wage
Does not establish：Occupational scope, not personal guarantees. Openings include replacements, not current vacancies.
United States · Medical Equipment Repairers 49-9062.00
71,800 to 80,900; 13%; net increase 9,100
Employment Level/Growth/Net Increase
Occupational statistical projections, not individual guarantees.
Does not establish：Occupational scope, not personal guarantees. Openings include replacements, not current vacancies.
United States · Medical Equipment Repairers 49-9062.00
8,200 openings per year
Average Annual Openings
Includes growth and replacement, not current vacancies or net growth.
Does not establish：Occupational scope, not personal guarantees. Openings include replacements, not current vacancies.
These are capability relationships, not automatic promotions or credential waivers.
Transfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target engineering R&D methods, design/evaluation, and education requirements, rather than medical equipment repair.
View career profileTransfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target aerospace test/data acquisition systems, industry standards, and training, rather than medical equipment repair.
View career profileTransfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target electrical/electronic design, construction, and engineering evaluation abilities, rather than medical equipment repair.
View career profileTransfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target robotics controls, system commissioning, and safety training, rather than medical equipment repair.
View career profileTransfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target production layouts, time studies, and efficiency analysis, rather than medical equipment repair.
View career profileTransfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target patient records, medical coding, and compliance training, rather than medical equipment repair.
View career profileTransfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target equipment such as industrial controls/transmitters and its testing/installation standards, rather than medical equipment repair.
View career profileTransfers：Procedural checking, technical documentation, and team communication habits may transfer, without implying existing target-role practical experience.
Build next：Develop target specimens/testing, laboratory quality control, supervision, and training qualifications, rather than medical equipment repair.
View career profileMedical equipment repairers test, calibrate, repair, and document equipment in service. Biomedical engineers design and evaluate devices or systems and develop technical proposals, usually requiring engineering degrees. Electrical/electronic engineering technicians handle general electrical/electronic systems; robotics technicians automated devices; industrial engineering technicians processes and efficiency. Similar names do not make duties, qualifications, and authorization interchangeable. Compare who defines requirements, executes, designs, interprets results, and holds release or acceptance responsibility.
Observe RCI interests and version/value/approval checking habits. Correct paper work does not equal practical qualifications.
Editorial paper trial hypothesis: tools only organize this page's fictional R1/R2/R3 records. Humans recheck M1/M2, the 98 endpoint, 103 exceeding the limit by 1, and pending approval. No validation of clinical equipment, automatic diagnosis, calibration, or release, and no real medical data input. Software recruitment mentions do not establish GenAI adoption, performance, or job replacement.
Field retesting and fault conclusions, calibration result confirmation, equipment release and withdrawal decisions, electrical/mechanical safety isolation, compliance records, and anomaly escalation must be handled by authorized people according to duties. This page treats no tool output as an equipment usability conclusion and does not replace manufacturer specifications, organizational procedures, or competent-authority rules.
Read national five-percentile wages separately from industry wages. This page has not obtained Chinese occupational wages; industry averages and US values are not substituted.
US O*NET JobZone3 is a medium-preparation occupational group, commonly involving vocational education, on-the-job training, or associate degrees. Group experience descriptions are not uniform occupational durations. BLS: this occupation typically requires a biomedical technology or related associate degree/certificate; paths also include high school plus relevant training/experience, apprenticeships, and existing military or mechatronic experience. BLS does not universally mandate occupational certification; check employer preferences and eligibility individually. Check Chinese appointments and authorization separately; no qualification recognition.
O*NET2024—2034 occupational figures: 68,000→76,800, net increase 8,800, official 13%, annual average openings 7,300. BLS2025—2035: 71,800→80,900, net increase 9,100, official 13%, annual average openings 8,200. Periods are independent; do not combine year-over-year comparisons or guess baseline changes. Openings include replacements, not current recruitment/hiring probabilities.
FermatMind Editorial Check: Separate Official Facts, Paper Hypotheses, and Qualification Boundaries
This round accessed 2026-10-11
O*NET Current 2026 Summary, 2025 National Wages, and 2025—2035 Trends; BLS Occupational 2025 Wages/Projections
Limitations：Not external adoption rates, replacement rates, or employment projections.
Limitations：For career exploration, not individual fit diagnosis.
Limitations：Industry averages cannot replace this occupation's wages.
Limitations：US work context does not replace Chinese safety regulations.
Limitations：US occupational definitions do not establish Chinese entry requirements or wage scopes.
Limitations：Education distributions are not hard requirements of every employer.
Limitations：Common preparation paths are not uniform degree or licensure thresholds.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Task samples do not mean every role performs all tasks.
Limitations：US statistics cannot be extrapolated to China; median is not starting pay.
Limitations：Use only for the stated O*NET occupation, US market and page subject. It does not establish a China mapping, China pay, or legal authorization.
Limitations：Use only for the stated O*NET occupation, US market and page subject. It does not establish a China mapping, China pay, or legal authorization.
Limitations：Use only for the stated O*NET occupation, US market and page subject. It does not establish a China mapping, China pay, or legal authorization.
Limitations：Use only for the stated O*NET occupation, US market and page subject. It does not establish a China mapping, China pay, or legal authorization.
Limitations：Use only for the stated O*NET occupation, US market and page subject. It does not establish a China mapping, China pay, or legal authorization.
Limitations：Use only for the stated O*NET occupation, US market and page subject. It does not establish a China mapping, China pay, or legal authorization.
Limitations：O*NET OnLine presents BLS OEWS wage data; preserve the displayed period, worker population, geography and unit. A direct BLS access failure does not invalidate this opened O*NET page.
Limitations：Use only for the stated O*NET occupation, US market and page subject. It does not establish a China mapping, China pay, or legal authorization.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Adjacent occupations still require checks of their own responsibilities and qualifications.
Limitations：Editorial ratings use the existing occupational responsibilities and AI task analysis on this page. They are not adoption rates, measured effects, job-disappearance or personal-unemployment probabilities, or official scores from Stanford or another external institution. No measured time weights or future robot deployment are assumed.
Current 20 tasks / RCI/JobZone3 and 39 / 35 / 13 education responses for new entrants checked. Context corrected to 35% consequences of error / PPE29%; other values match. Not accident probabilities. Five national annual/hourly levels and five BLS detailed-industry wages match; the fifth rental row was added. Employment consistently uses 2025—2035: 71800 to 80900 / 13% / net increase 9100 / annual average 8200. Industry shares updated to 34 / 20 / 13 / 10 / 23. The 7 software-demand items are not GenAI. The 8 certifications and 125 training entries support candidate discovery only, not uniform thresholds, enrollment, or hiring. No employer samples or occupational GenAI performance/adoption/outcomes were obtained. Original paper problem/portfolio/seven-day plan unchanged; actual equipment release requires organizational authorization. Shared Hero/FAQ older periods and context remain protected; Chinese wage/specific-law gaps remain.
English MBTI Exploration · English Big Five Exploration · Chinese MBTI Exploration · Chinese Big Five Exploration
Evidence to Check
Evidence to Check
Evidence to Check
| Test records and fault conclusions |
| Expand into independent calibration |
| Testing and Calibration | Calibrate and functionally retest to manufacturer tolerances | Judgments beyond authority remain blocked by the authorization chain | Calibration and retest records | Expand into complex equipment |
|---|
| Complex Equipment | Repair and accept complex equipment such as imaging and monitoring devices | Acceptance is confirmed through organizational responsibility processes | Complex repair and acceptance records | Expand into safety and standards support |
|---|
| Mentoring and Improvement | Mentor and improve maintenance processes within authorized scope | Do not replace organizational management or medical judgment | Mentoring and process improvement records | Expand authorization according to organization and rules |
|---|
| A supervisor reviews work-order quality |
| Maintenance and work-order records |
| Trial-Period Checks | Employers evaluate specific model training, supervision, and work quality | Independent scope requires organizational authorization; trial-period completion does not automatically confer it | Retain supervisory feedback and scope explanations |
|---|
| Manufacturer Training |
|---|
| Manufacturer course records |
| Equipment Manufacturers |
| Verify by model and version |
| Courses do not equal independent release authority |
| Manufacturers and Employers |
| Check model-specific requirements |
| Certification | Occupational or professional certification | Certification Bodies | Verify certification scope | Certification does not equal licensure | Certification Bodies | Check certification validity |
|---|
| Registration or Licensure | Evidence required by jurisdiction | Competent Authorities | Verify under local rules | Registration does not equal manufacturer authorization | Competent Authorities | Check applicable scope |
|---|
| Organizational Authorization | Job authorization and scope explanation | Employers | Verify through organizational processes | Authorization does not equal clinical judgment authority | Employers | Check the authorization chain |
|---|
| Equipment Release Authority | Release and acceptance process records | Organizations and Responsible Personnel | Verify by equipment and process | Release does not equal medical decision-making | Organizational Responsible Personnel | Confirm through procedures |
|---|
Next moves：Expand into external review preparation.
Typical scope：Mentor and maintain safety standards within authorized scope.
Readiness evidence：Provide mentoring and standards records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Expand authorization according to organization and rules.
Next moves：Expand into equipment lifecycle management.
Typical scope：Support equipment procurement and standards duties within authorized scope.
Readiness evidence：Provide assessment and standards records.
Credential boundary：Editorial capability progression; check target equipment training, supervision, and organizational authorization, with no fixed promotion duration.
Next moves：Obtain authorization according to organization and rules.
