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SOC 29-2032 · O*NET 29-2032.00
Diagnostic medical sonographers verify the patient and the examination site, operate ultrasound equipment to acquire and review images, measurements and technical records, and then hand traceable results to the physician for use. To judge whether this path suits you, detail accuracy, patient communication, postural load, formal training and boundaries of authorization should all be verified.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((25+75+0)/3+0.5)=33; fermatmind-ai-impact-v1; 2026-10-18.
Observable signals: can continuously verify identity, site, order and file labels across multiple pieces of information; when a conflict is found, does not guess, can pause and explain to a clearly identified responsible person what is missing.
Direct judgment: the core of this job is not reading an image, but verifying the patient and the examination site, operating ultrasound equipment to complete the required scanning, checking image and measurement quality, and handing traceable records to the physician for use. If you are unwilling to take on high accuracy requirements, close-range communication and repetitive postural load, you should first gain some cautious experience.
Review standard: every exception can be traced back to the original field, with identity, site, file ownership and reprocessing status verified separately; unknown items remain unknown, and it is stated who must confirm before work can continue.
This page corresponds precisely to United States O*NET 29-2032.00 Diagnostic Medical Sonographers: producing ultrasound records of internal organs for physicians to use, and including vascular ultrasound technologists; technical records are not equated with a final medical diagnosis. United States sonographer, Chinese ultrasound physician, and the diagnostic and signing authority of a specific institution are not the same scope; qualification, authorization and responsibility must be verified separately by location and employer.
First verify the examination request, patient identity, examination site, medical history and probe status; then confirm the process and responsibility for exceptions with the patient, physician, nurse and imaging team. Technical findings are handed to the physician for diagnosis, and this page is not regarded as authorization to operate.
Career direction comparison
Compare core outputs, responsibility boundaries and working patterns, and do not exchange them by name.
| Career direction | Core work and output | Key differences | Best-fit choice |
|---|---|---|---|
| Clinical laboratory technologists and technicians (merged navigation direction) | Clinical laboratory technologists and technicians is a merged navigation direction that actually covers the two branches 29-2011.00 and 29-2012.00; they process specimens such as blood, urine and tissue outside the body, and do not perform ultrasound scanning on patients. | Key difference: actually covers the two branches 29-2011.00 and 29-2012.00, processing specimens such as blood, urine and tissue outside the body. | If you prefer specimens and instrumental analysis, you can compare the laboratory direction. |
| Medical and clinical laboratory technicians (29-2012.00) | Medical and clinical laboratory technicians mainly perform routine laboratory testing and may work under the supervision of a technologist; moving across requires filling in specimen handling, analytical instruments and laboratory quality control, rather than carrying over ultrasound imaging experience. |
AI impact on this career
Conditions for adoption include an institutionally approved system, clearly defined applicable sites and populations, reliable equipment integration, version validation, audit logs, and trained personnel who can review the output. AI Impact Score 33% 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((25+75+0)/3+0.5)=33; 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
This page does not rewrite the health industry average wage, United States wages, job advertisements or the Chinese ultrasound physician scope into a median, percentile, starting salary or monthly wage for this occupation.
When comparing real positions, city, institution type, occupational identity, qualification and signing scope, specialism, shift, duty, performance, benefits and pretax and post-tax scope must also be verified.
Insufficient evidence: no national single-occupation scope obtained
Insufficient evidence: no national single-occupation scope obtained
U.S. salary reference
This figure comes from the United States national occupational scope and corresponds only to Diagnostic Medical Sonographers 29-2032.00; it does not represent Chinese positions or the adjacent laboratory and ophthalmic technician occupations.
| Scope | Values | Period | Limitations |
|---|---|---|---|
| Low | 67,820 USD/year | 10th percentile | A low-end statistical position in the distribution, not an entry-level salary. |
| Median | 96,590 USD/year | 50th percentile |
Career fit guide
Fit signal two: is willing to repeatedly adjust the probe, equipment settings and positioning to meet quality requirements, while attending to patient comfort and safety.
Fit signals： Fit signal three: can maintain hand-eye coordination, accurate recording and clear handover under time pressure, and proactively stops when a conflict is found.
Warning signals： Trainable capabilities include medical terminology, anatomy basics, equipment operation, image quality, measurement, infection control, medical record systems and structured communication.
Verification actions： The workload includes close patient contact, repetitive upper limb movements, bending, twisting or holding positions, standing, and possible shift work or bedside movement.
Work pressure and occupational boundaries
First identify five categories of risk: identity and site, image completeness, patient status, infection control and boundaries of authorization.
Risk items are explained within the boundaries of the content for this occupation and the listed sources (O*NET work context, CDC and FDA device and infection control material).
Typical scenario：The request, wristband or worklist does not match the examination site, or file ownership is wrong.
Roles most affected：Diagnostic medical sonographers
Possible consequence：May let information about the wrong patient or site enter the examination and archiving; there is no occupational incidence rate or harm probability for this error in this round.
Getting started, certificates and career development
Cross-jurisdiction boundary: the ultrasound physician scope in Chinese official documents involves full-time physicians providing diagnosis and treatment who hold a Physician Practice Certificate, and is not mutually recognized one-to-one with the United States technical occupation 29-2032.00.
Career outlook and transitions to related occupations
The United States projection for 2025—2035 is an increase from 92200 to 105100, a net increase of 12900 and growth of about 14%; about 6000 annual average openings include growth and replacement. A national projection is not a current job advertisement, nor does it prove individual hiring or AI impact.
United States · Diagnostic medical sonographers (29-2032.00)
About 14% growth over 2025—2035; net increase 12900, with a projected 105100 in 2035
Projected growth and net increase
Recruitment samples, employment scale and job openings must be explained separately.
Does not establish：Cannot serve as a guarantee of individual employment.
The day starts with verifying the request, identity and site, explaining the procedure and positioning, selecting the probe and settings to complete the scan, reviewing images and measurements, and then archiving technical records and handing over exceptions.
Sonographers acquire images and blood flow records inside the patient's body; clinical laboratory positions handle specimens outside the body, and ophthalmic medical technicians focus on eye examinations. The objects, equipment and quality systems cannot be conflated.
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.
This is a work sample check, not a personality diagnosis or a hiring conclusion.
Small safety experience: use only the fictional worklist, probe statuses and file names provided on this page for paper verification, and output an exception list, processing order and handover; do not contact patients, operate equipment, interpret images or make a diagnosis.
Quality requirements cover the correct patient and site, completeness of the required views, reviewable images and measurements, correct file ownership, traceable probe reprocessing, and timely escalation of exceptions.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Loop | From identity verification to quality review and exception handover | |
| Step one | Verify the request, identity and site | |
| Step two | Explain the procedure and position the patient | |
| Step three | Adjust the equipment and acquire according to protocol | |
| Step four | Review images and measurements | |
| Step five | Escalate exceptions according to authorization | |
| Step six | Archive traceable records and receive feedback |
Common inputs include the examination request, patient identity, relevant medical history, examination site, institutional protocol, equipment and probe status, and previous examinations or bedside limitations.
The core outputs are images, measurements, technical records, quality notes and exception handovers that meet institutional requirements, for subsequent use by physicians and the medical team.
The typical process is verifying the request and identity — explaining the procedure and positioning — selecting the probe and settings — scanning according to protocol — reviewing images and measurements — archiving and handing over.
Qualification, authorization and final responsibility are still verified by the specific jurisdiction, institution or employer.
The work objects and AI boundaries of diagnostic medical sonographers AI can assist with record organization and information summarization, but cannot replace authorized judgment and final responsibility.
| Key difference: perform routine laboratory testing and may work under the supervision of a technologist. |
| Moving across requires filling in specimen handling, analytical instruments and laboratory quality control. |
| Medical and clinical laboratory technologists (29-2011.00) | Medical and clinical laboratory technologists perform more complex testing outside the body and may train or supervise staff; their core objects, equipment, sample chain and quality system differ from ultrasound examination. | Key difference: perform more complex testing outside the body and may train or supervise staff. | The objects, equipment, sample chain and quality system differ from ultrasound examination. |
|---|
| Ophthalmic medical technicians (29-2057.00) | Ophthalmic medical technicians assist ophthalmologists with eye examinations and operate ophthalmic equipment; even if some job titles include ophthalmic ultrasound, this cannot be used to obtain the qualification and scope for a 29-2032.00 general or vascular ultrasound position. | Key difference: assist ophthalmologists with eye examinations and operate ophthalmic equipment. | A job title containing ophthalmic ultrasound cannot be used to obtain authorization for a general or vascular ultrasound position. |
|---|
| This occupational direction: diagnostic medical sonographers (29-2032.00) | Operate ultrasound equipment to generate images and records of internal organs and blood flow, complete measurements and technical records and hand them to the physician for use. | This occupation is an ultrasound technical occupation; diagnosis and signing are the physician's responsibility. | If you prefer equipment operation and image quality, you can make ultrasound technology your main line. |
|---|
| Cross-jurisdiction comparison: the mainland China ultrasound physician scope | Ultrasound diagnosis in China is carried out by physicians holding a Physician Practice Certificate, is a diagnostic and treatment act, and is not mutually recognized one-to-one with the United States technical occupation 29-2032.00. | The qualification and responsibility scopes differ and must be verified by location and institution. | If you are aiming at mainland China, you should verify the physician qualification and practice registration path. |
|---|
Adjacent occupations differ from this occupation in objects, tools and responsibility, and tool, qualification and responsibility evidence must be built up separately.
The next step is to verify the direction with observable supervised hands-on practice.
First distinguish assistable tasks from final diagnostic responsibility.
A technical demonstration is not institutional adoption; approval, validation and human review are required.
A substitution rate or timeline cannot be derived from task exposure.
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| Inputs and versions | Verify the worklist, patient identity and examination site | Candidate scenario: organize the list; identity and site are not automatically confirmed by a prompt. | Identity, site and file ownership must be verified by a person. |
| Image acquisition | Complete the scan according to protocol and check image quality | Candidate scenario: flag quality problems; complete scanning and rescanning are verified by authorized personnel. | Scan completeness and whether to rescan are judged by a person according to protocol. |
| Measurement and records | Complete measurements and produce technical records | Candidate scenario: measurement positions or record drafts; actual capability is verified against the product's intended use and validation. | The truthfulness of measurements and technical records is the responsibility of the person. |
| Patient care | Observe and care for the patient's safety and comfort during the examination | Mainly human | Patient safety and status observation cannot be handed to a system. |
| Infection control | Complete probe cleaning and reprocessing | Mainly process and documentation | Endocavity probes must undergo high-level disinfection as required and be confirmed by a person. |
| Exceptions and escalation | Identify exceptions and stop and report according to authorization | Prompts require checking back against the original images | Stopping and escalation are decided by qualified personnel. |
| Responsibility and authorization | Technical records are handed to the physician for diagnosis | Cannot replace the physician's diagnosis and signature | Diagnosis and signing are the physician's responsibility. |
Patient identity, examination site and file ownership must first be verified by a person; incorrect binding will let a seemingly reasonable output enter the wrong medical record.
A model prompt cannot prove that the required views have been completely acquired; scan completeness, image usability and whether rescanning is needed are still confirmed according to the protocol and authorization.
AI primarily changesCandidates: record organization and information summarization, requiring verification
Human responsibility remainsIdentity verification, image quality and diagnostic responsibility
AI primarily changesCandidates: measurement positions or quality prompts, requiring verification
Human responsibility remainsScan completeness, infection control and escalation decisions
Medical history, images and equipment logs may contain sensitive health information; only approved data paths, the minimum necessary information and access controls may be used.
Verify the request, patient identity, examination site and equipment, and probe status.
Use AI assistance only within the scope approved by the institution.
The responsible person reviews AI output and checks back against the original images and measurements.
Editorial suggestion: when identity, data binding or reliability anomalies occur, stop using the relevant assisted output and verify, record and report according to institutional procedure; not every clinical abnormality is treated as an instruction to stop the examination. Whether to continue, adjust or stop the examination is judged by authorized personnel according to patient status, protocol and institutional procedure.
Will let a seemingly reasonable output enter the wrong medical record.
Control: Verify identity, site and file ownership first.
A model prompt cannot prove that the scan has been completely acquired.
Control: Confirm scan completeness and whether to rescan according to protocol.
Medical history, images and equipment logs contain sensitive health information.
Control: Limit to the minimum necessary information, access controls and documentation.
Complete supervised hands-on practice and image quality training first.
Editorial suggestion: first verify institutional approval, the product's intended use, the applicable objects and intended-use validation, complete training and clarify human review and exception handling responsibilities, and only then consider connecting the relevant AI prompts to the existing quality review process within the permitted scope; conditions that are not verified do not become instructions for direct connection.
Set permissions, applicable sites and stop conditions first.
A substitution date cannot be derived from task exposure; diagnosis and signing remain the physician's responsibility.
Source: WHO issues first global report on AI in health and six guiding principlesOriginal source ↗
Editorial suggestion: assess starting from low-risk, reviewable candidate tasks, and first verify the product's intended use, data permissions and institutional validation; specific measurement functions were not verified in this round.
Source: Editorial synthesis of AI control points for diagnostic medical sonographersOriginal source ↗
Identity verification, scan completeness, diagnosis and signing, infection control and escalation.
Source: 29-2032.00 Diagnostic Medical SonographersOriginal source ↗
False positives may cause unnecessary escalation, and false negatives may miss information requiring attention; any prompt should be checked back against the original images, measurements and clinical context.
Insufficient evidence: no national single-occupation scope obtained
Insufficient evidence: no national single-occupation scope obtained
| Occupation | Scope | Explanation |
|---|---|---|
| Ultrasound physician (mainland China scope) | In the 2022 ultrasound quality control indicators, the ultrasound physician statistical object is a physician holding a Physician Practice Certificate who works full time in ultrasound diagnosis and treatment at the institution and works no fewer than 6 months each year. | The 6 months is the inclusion definition for that indicator, not nationwide registered years of service; a conforming report requires the signature of a qualified physician. |
| Medical imaging and ultrasound technical positions | Insufficient evidence: no nationally uniform definition of authority for Chinese ultrasound technical positions was obtained in this round; verify against the target position, education and institutional authorization. | Position duties and authorization are verified according to institutional rules. |
| Position training and continuing education | Equipment operation, infection control and image quality training. | Attend as required by the institution and competent authorities. |
| National single-occupation wage distribution | No precise national single-occupation scope obtained. | No industry proxy value is used as a substitute. |
Insufficient evidence: no national single-occupation scope obtained
No industry proxy value is used in place of a single-occupation wage.
Insufficient evidence: no national single-occupation scope obtained
Quotes and pay structures for the target institution must be obtained separately; this table does not measure regional differences.
Insufficient evidence: no national single-occupation scope obtained
Must be verified by specific position.
A data gap only means the current sources cannot safely answer precise wages, not that the market has no quotes; when deciding, job descriptions, pay structure, working hours and source dates should be kept.
| Half of practitioners are below and half above this value. |
| High | 129,370 USD/year | 90th percentile | The 90th percentile is a position in the distribution; this round did not measure the causal contribution of specialism, region or experience to wages. |
|---|
United States median wage：96,590 USD/year；Diagnostic Medical Sonographers — National Wages
United States wage 10th percentile：67,820 USD/year；Diagnostic Medical Sonographers — National Wages
United States wage 90th percentile：129,370 USD/year；Diagnostic Medical Sonographers — National Wages
United States wage unit：USD/year; USD/hour；Diagnostic Medical Sonographers — National Wages
United States wage period：May 2025 (BLS 2025 wage data)；Diagnostic Medical Sonographers — National Wages
BLS/O*NET national 29-2032, May 2025 wages; wages do not include self-employment income. The employment projection covers different employment types and is not conflated with the wage sample.
No; United States statistics are not extrapolated to Chinese occupational wages or employment.
No; percentiles are statistical positions, not an individual starting salary or a hiring guarantee.
Use it together with the position, region, period and employment relationship.
| Industry | Median annual wage for this occupation in the listed industries | How to interpret |
|---|---|---|
| Outpatient care centres | 127940 USD/year | May 2025 median wage for this occupation in that industry; not the average of all staff in the industry. |
| State, local and private hospitals | 97390 USD/year | May 2025 median wage for this occupation in that industry; not the average of all staff in the industry. |
| Physician offices | 95220 USD/year | May 2025 median wage for this occupation in that industry; not the average of all staff in the industry. |
| Medical and diagnostic laboratories | 87580 USD/year | May 2025 median wage for this occupation in that industry; not the average of all staff in the industry. |
Verify against occupational code 29-2032.00.
Verify against the source region.
Verify against the 2025 wage data and the 2025—2035 projection.
Diagnostic Medical Sonographers — National Employment Trends
Diagnostic Medical Sonographers — National Employment Trends
Diagnostic Medical Sonographers — National Employment Trends
O*NET occupational interest baseline
Official interest code RCI; not used for personality diagnosis or hiring.Official interest code RCI (Realistic, Conventional, Investigative): mainly equipment operation, checklist-based verification and application of medical knowledge.
Interests only suggest exploration directions; actual fit is verified through supervised hands-on practice and training feedback.
Can you stay reliably meticulous when facing repeated scanning and item-by-item verification?
Reverse signals include disliking repeated verification, tending to skip procedures, difficulty communicating with patients, or wanting to give a definite diagnosis even when uncertain.
Do not use it this way: Interest assessments only suggest exploration directions and are not a personality diagnosis or hiring conclusion.
Start the occupational interest testCan you maintain hand-eye coordination and postural stability for long periods?
Verification method: first do the paper cohort task on this page, then observe your own tolerance of detail, positioning and feedback in a formal course or a simulation environment permitted by an institution; do not practise on real patients.
Do not use it this way: Not used for personality diagnosis or hiring conclusions.
Start the occupational interest testWould you rather operate equipment or communicate with and care for patients?
The current O*NET interest R81/C68/I63/S52/E9/A5 for this occupation, with the first three being RCI; the work style scores of attention to detail 92, dependability 86, caution 76 and cooperation 74 are occupational Impact, not an individual Big Five score or a hiring threshold. Assessments are for exploration only, and the validity of personality tools for this occupation was not verified in this round.
Do not use it this way: Preference descriptions are not conclusions about ability.
Start the occupational interest testCan you accept infection exposure and irregular shifts?
Verify through actual observation and institutional feedback, not by assessment.
Do not use it this way: Not used as a basis for hiring.
Start the occupational interest testWhen image quality does not meet the standard, can you adjust according to protocol and ask?
Observe how the person adjusts and asks in a simulated or supervised setting.
Do not use it this way: Not used for ability scoring.
Start the occupational interest testCan you hand over exceptions and unfinished items clearly?
Verify through handover records and team feedback.
Do not use it this way: Not used for a hiring conclusion.
Start the occupational interest testFits better when: Can you verify identity and site item by item against a checklist?
Watch for: Attend to authorization and stop conditions.
Explore related career: clinical-laboratory-technologists-and-techniciansFits better when: Editorial observation: this position already has identity verification, recording and quality review habits that can serve as a learning foundation; target 29-2012 requires separately learning specimen handling outside the body, routine medical testing, equipment calibration and quality control records, and may work under the supervision of a technologist. Ultrasound image acquisition does not equal these testing capabilities.
Watch for: Do not treat equipment output directly as a conclusion.
Explore related career: medical-and-clinical-laboratory-techniciansFits better when: Editorial observation: this position already has protocol-based verification and exception review habits to explore; target 29-2011 requires separately building complex specimen testing, results and quality records, and the capability to possibly train and supervise staff, and ultrasound scanning measurements are not treated directly as laboratory technologist capability.
Watch for: Specialist certification is not automatically transferable across directions.
Explore related career: medical-and-clinical-laboratory-technologistsFits better when: Can you comply with aseptic and infection control requirements?
Watch for: Do not skip safety and protection steps.
Explore related career: ophthalmic-medical-techniciansFits better when: Can you give feedback based on evidence?
Watch for: Keep records and the basis for changes.
Fits better when: Can you continue building up certification and continuing education?
Watch for: Certification and licensing are verified by jurisdiction.
Verify through supervised hands-on practice and image quality feedback.
Observe adjustment and asking in a simulated or supervised setting.
Set stop and escalation conditions and keep records.
State the handover recipient, status and responsible person.
Revise your approach based on image quality feedback.
Verify by location and employer.
Equipment and AI output cannot replace human verification and physician diagnosis.
Complete one reviewable simulated cohort exercise.
How to reduce risk：Stop archiving and scanning, return to the original record and confirm according to institutional procedure, and do not guess from a similar name.
Evidence：29-2032.00 Diagnostic Medical Sonographers · Editorial synthesis of risk control for diagnostic medical sonographers
Typical scenario：Required views are missing, image labels are wrong, or measurements are unstable.
Roles most affected：Diagnostic medical sonographers
Possible consequence：Affects the usability of technical records and the physician's interpretation, and a repeat examination may be needed.
How to reduce risk：Mark the study as incomplete and ask authorized personnel to review, and do not cover the gap with a single representative image.
Evidence：29-2032.00 Diagnostic Medical Sonographers · Editorial synthesis of risk control for diagnostic medical sonographers
Typical scenario：The patient develops pain, breathing or consciousness changes during the examination, or positional tolerance declines.
Roles most affected：Diagnostic medical sonographers
Possible consequence：May endanger patient safety.
How to reduce risk：Stop the relevant step, ensure patient safety and call clinical support promptly.
Evidence：29-2032.00 Diagnostic Medical Sonographers · Editorial synthesis of risk control for diagnostic medical sonographers
Typical scenario：An endocavity probe is not cleaned and high-level disinfected as required after use, or is still used when its status is unknown.
Roles most affected：Diagnostic medical sonographers
Possible consequence：May cause cross-infection between patients.
How to reduce risk：Complete probe reprocessing and documentation as required by the institution and guidelines, and a probe of unknown status must not be used for the next examination.
Evidence：Disinfection of Healthcare Equipment
Typical scenario：Ultrasound equipment is not maintained according to specifications, or diagnostic opinions and signatures are given beyond authorization.
Roles most affected：Diagnostic medical sonographers
Possible consequence：May cause equipment failure, unusable images or liability for exceeding authority.
How to reduce risk：Maintain according to specifications and submit a repair request; diagnosis and signing are the physician's responsibility.
Evidence：Ultrasound Imaging · Medical quality control indicators for the ultrasound diagnosis specialty (2022 edition)
Typical scenario：A task beyond the scope of authorization is encountered.
Roles most affected：Diagnostic medical sonographers
Possible consequence：May create patient safety and liability risk, with specific consequences depending on the actual event.
How to reduce risk：Stop and escalate according to the authorization chain.
Evidence：Editorial synthesis of risk control for diagnostic medical sonographers · Medical quality control indicators for the ultrasound diagnosis specialty (2022 edition)
| Position direction | Initial tasks | Boundaries of authorization | Verification material | Next step |
|---|---|---|---|---|
| Supervised ultrasound technology internship (current students or recent graduates) | Under mentoring supervision, complete patient identity and examination site verification, positioning, applying coupling gel and basic scanning, and practise image acquisition and file naming. | Must not independently issue measurements and conclusions; invasive or specialised examinations must be completed under the supervision of authorized personnel. | Internship records, supervised scanning checklists and mentor comments can demonstrate verification and operating habits. | Complete the target course and clinical training, and verify the actual examination conditions of the certifying body separately; no uniform required hours are claimed. |
| Entry-level sonographer (routine examinations) | After authorization, complete the acquisition, labelling, measurement and technical records for trained routine examinations as arranged by the institution; it is not assumed that all abdominal, obstetric and gynecological examinations can be handled independently. | Technical records are handed to the physician; diagnosis and signing are the physician's responsibility, and images must not be interpreted beyond authority. | Number of examinations completed independently, image quality feedback and institutional quality sampling results. | Once quality is stable, expand to more examination types or learn bedside procedures. |
| Specialist sonographer (cardiac, vascular and others) | Complete protocol-based scanning, measurement and recording for specialised examinations such as echocardiography and vascular ultrasound. | Verify training, certification and authorization by target specialism, work location and employer; it is not automatically transferable across specialisms. | Specialist certification (such as cardiac or vascular) and review records of specialised examinations. | Take part in specialist advanced training and expand independent handling of complex cases. |
| Bedside and surgical and interventional ultrasound assistance | Assist with image acquisition and recording for bedside ultrasound and intraoperative and interventional guidance in critical care, surgical and interventional settings. | Aseptic and infection control requirements must be followed, and the scope of assistance is determined by institutional rules and team division of labour. | Bedside and interventional assistance records, aseptic technique training and team feedback. | Learn more complex interventional assistance processes and emergency handling. |
| Mentoring and quality management staff | Take on mentoring new staff, image quality sampling, supervision of probe reprocessing and equipment maintenance, and take part in process improvement. | Management duties require institutional appointment and corresponding training; this does not confer the physician's diagnostic and signing authority. | Quality improvement records, mentoring records and equipment maintenance logs. | Move toward imaging department management or ultrasound technology management. |
| Stage | Observed evidence | Possible check | escalation |
|---|---|---|---|
| Qualification verification before interview and hiring | Education or certificates, professional certification plans, and understanding of infection control and equipment safety. | Verify the education, certification and licence status held, and ask about understanding of the boundaries of authorization. | Where qualifications do not match the position requirements, refer to recruitment and the hiring department for confirmation rather than judging personally. |
| Induction and position training period | Records of completing institutional training, equipment and information system operation, and probe reprocessing processes. |
| Qualification or training | Applicable conditions | Boundaries of authority | Verification material | Jurisdiction | Next step | Object of review |
|---|---|---|---|---|---|---|
| Associate degree or postsecondary certificate (ultrasound) | Usually requires completing an ultrasound technology course at an accredited institution, including classroom and clinical hours. | Education itself does not automatically confer certification or practice authorization. | Diploma and transcripts, clinical internship records. | Verify by work location and employer. |
Typical scope：Practise verification, positioning and equipment operation under a formal clinical course and mentoring arrangement; do not perform examinations independently without authorization.
Readiness evidence：Internship records and supervised scanning checklists demonstrating verification and operating habits.
Credential boundary：Complete an accredited course and clinical hours; attend training as required by the institution.
Next moves：Complete the course and internship and prepare for the certification examination.
Typical scope：After meeting institutional and work location entry requirements, acquire, measure and submit technical findings within the authorized examination types; technical records are not treated as the final diagnosis.
Readiness evidence：Number of independent examinations and image quality feedback.
Credential boundary：Obtain certification or a state licence as required by the work location.
Next moves：Expand examination types or learn bedside procedures.
Typical scope：Train in the target specialism and accept review; courses, certification and authority for cardiac and vascular directions are verified separately.
Readiness evidence：Specialist certification and complex case review records.
Credential boundary：Verify target specialism and employer requirements; the examination and maintenance rules of all certifying bodies were not verified in this round.
Next moves：Take part in specialist advanced training and handle complex cases.
Typical scope：Growth usually shows as being able to reliably complete more examination types, quality control, bedside collaboration or training tasks under supervision; each specialism, device, invasive assistance and diagnostic responsibility requires separate training and authorization.
Readiness evidence：Quality improvement and mentoring records.
Credential boundary：Attend mentoring and quality management training as required by the institution.
Next moves：Move toward imaging department management or ultrasound technology management.
Typical scope：Learn the anatomy, examination protocols and measurement standards of the target specialism.
Readiness evidence：Learning records for specialist theory and measurement standards.
Credential boundary：Attend training and certification as required by the specialism.
Next moves：Move into supervised specialist operation.
Typical scope：Independently complete scanning, measurement and recording of complex cases and accept review.
Readiness evidence：Complex case review and quality sampling results.
Credential boundary：Maintain specialist certification and continuing education.
Next moves：Take on more complex specialist examinations and mentoring.
Typical scope：Master the operation and quality control requirements of new equipment and techniques.
Readiness evidence：Training and operating records for the new technique.
Credential boundary：Attend training as required by the equipment vendor and institution.
Typical scope：Coordinate examination arrangements and staff allocation within the scope of authorization.
Readiness evidence：Scheduling and coordination records.
Credential boundary：Attend management training as required by the institution.
Next moves：Take on quality sampling and feedback duties.
Typical scope：Sample image quality and measurement consistency and feed back improvement suggestions.
Readiness evidence：Quality sampling records and improvement suggestions.
Credential boundary：Attend quality management training as required by the institution.
Next moves：Take part in quality improvement projects.
Typical scope：Supervise the implementation of equipment maintenance and probe reprocessing processes.
Readiness evidence：Equipment maintenance and reprocessing logs.
Credential boundary：Attend equipment and infection control training as required by the institution.
Verify the request, patient identity, examination site and equipment, and probe status.
Complete scanning, measurement and image quality verification according to institutional protocol.
Produce reviewable technical records and hand over exceptions and unfinished items.
Expand examination types and mentoring and quality management duties within the scope of authorization.
United States · Diagnostic medical sonographers (29-2032.00)
About 92,200 people in 2025
Employment scale
Employment scale and openings are not the same indicator.
Does not establish：Cannot serve as a guarantee of individual employment.
United States · Diagnostic medical sonographers (29-2032.00)
About 6,000 openings per year on average over 2025—2035
Job openings
The annual average of about 6000 includes growth and replacement such as job changes and labour force exits; it is not a net increase, real-time positions or a ten-year total.
Does not establish：Cannot serve as a guarantee of individual employment.
These are capability relationships, not automatic promotions or credential waivers.
Transfers：Editorial suggestion: verification, quality and record-keeping habits can serve as a foundation to be verified; the merged laboratory direction requires choosing 29-2011 or 29-2012.
Build next：Build up testing outside the body, the specimen chain, target branch education and authority; this is not ultrasound scanning.
View career profileTransfers：Editorial suggestion: the standardized verification and record-keeping habits are to be verified in the target position.
Build next：Build up routine laboratory testing, specimens and instruments; may work under the supervision of a technologist.
View career profileTransfers：Editorial suggestion: quality and record-keeping habits are to be verified in the target position.
Build next：Build up complex testing and the possible training and supervision duties and qualifications.
View career profileTransfers：Editorial suggestion: patient communication and equipment habits are to be verified in the target position.
Build next：Build up ophthalmic examinations, eye drops and vision correction guidance and other target authority.
View career profileTransfers：Editorial suggestion: image quality and patient communication are to be verified in the target position.
Build next：Build up MRI equipment, contraindications and safety, patient monitoring and target entry requirements.
View career profileTransfers：Editorial suggestion: image quality and patient communication are to be verified in the target position.
Build next：Build up X-ray and CT imaging, protection and target entry requirements; ultrasound specialist certification does not automatically transfer in.
View career profileFit is judged by observable performance: field-by-field verification, hand-eye coordination, patient communication, tolerance of repetitive postures, image quality review and proactively stopping when uncertain, not by interest labels alone.
AI can assist with ordering, measurement prompts, some quality checks and record drafts, but it cannot prove identity correctness or scanning completeness, nor can it give a reliable occupational substitution rate or timeline.
People must control patient identity, site, image completeness, privacy, patient status, probe reprocessing, exception escalation and final clinical responsibility; unverified output must not enter the medical record directly.
Current official wage material in mainland China has no national occupational wage distribution corresponding one-to-one to United States 29-2032.00, so no precise median, percentile, starting salary or monthly wage is displayed, and no industry average is used to fill in.
The 2025 national median wage for United States 29-2032.00 is 46.44 USD per hour and 96,590 USD per year; this is not a novice starting salary, a specific regional quote or a personal total income.
In the United States an associate degree or postsecondary certificate is usually required, and some workers need a state licence or certification; the Chinese ultrasound physician scope and the United States technical occupation are not mutually recognized one-to-one, and specific courses, clinical training and authority must be verified by location.
Inconsistent identity or site, missing images or files, changes in patient status, unclear reprocessing of endocavity probes, equipment abnormalities and interpretation beyond authority should all trigger stopping, verification or escalation.
United States 29-2032 had about 92,200 positions in 2025, is projected to grow 14% over 2025—2035, with about 6,000 annual average openings; a national projection does not represent individual hiring.
If you can maintain identity and site verification, meticulous operation, close-range communication and clear handover over the long term, and are willing to take on postural and responsibility pressure through formal training, this path is worth continuing to verify.
FermatMind research workflow
Author verification in this round on 2026-10-09; this does not represent the publication dates of all sources
29-2032.00 Diagnostic Medical Sonographers
Limitations：For adjacent occupation comparison only.
Limitations：For adjacent occupation comparison only.
Limitations：For adjacent occupation comparison only.
Limitations：United States national occupational overview; state and employer requirements still need item-by-item verification.
Limitations：Device reprocessing guidance is not a single occupational licence or an institutional operating procedure.
Limitations：Does not represent actual adoption rates or automation rates.
Limitations：General decision support does not replace institutional procedures, clinical judgment or emergency handling training.
Limitations：Does not constitute medical advice, qualification certification, clinical training or authorization to operate on real patients.
Limitations：General device safety information does not replace institutional protocols, equipment labels or clinical judgment.
Limitations：Cannot produce a precise median, percentile, starting salary or monthly wage for this occupation.
Limitations：The Chinese ultrasound physician scope does not correspond one-to-one with the United States sonographer technical occupation; diagnostic or signing authority cannot be presumed across jurisdictions.
Limitations：United States precise occupational data; cannot be mapped directly to Chinese position identity, qualification or wages.
Limitations：Does not provide adoption rates, productivity, substitution probability or timelines for this occupation.
Limitations：National percentiles are not starting salaries; wages do not include self-employment income.
Limitations：Growth, net increase and annual average openings are kept separate; this is not a real-time recruitment count.
Limitations：The share of software mentioned in the single occupational job posting, not an adoption rate, AI exposure or skill importance.
Limitations：Medical AI governance principles; do not provide quantified effects or substitution probability for this occupation.
Limitations：Supports adjacent definitions only and does not prove mutual recognition of qualifications or transition distance.
Limitations：Supports adjacent definitions only and does not prove mutual recognition of qualifications or transition distance.
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.
The O*NET/BLS data for this occupation, the NBS industry average, the NHC2022 quality control indicators, the CDC/FDA device guidance, the WHO2021 governance framework and the editorial suggestions are used separately; the United States ultrasound technical occupation is not automatically equated with the Chinese ultrasound physician. Figures, device guidance and editorial observations cannot substitute for one another.
| If training is not completed or the assessment is not passed, suspend independent operation and arrange supplementary training. |
| Supervised independent operation period | Number of examinations under supervision, image quality feedback and exception handover records. | Sample image quality, measurement consistency and the timeliness of exception reporting. | If quality or verification problems recur, refer them to the mentoring staff for handling and arrange retraining. |
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| Routine independent duty period | Duty rosters for independent shifts, quality sampling results and continuing education records. | Verify whether certification and licences are within their validity period, and assess quality and collaboration performance. | If a safety incident or conduct beyond authorization occurs, report and handle it according to institutional rules. |
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| Confirmed by the educational institution and the employer. |
| Professional certification (the original example RDMS requires separate verification of institutional rules) | BLS only states that employers may require or prefer professional certification; the specific registration, examination or maintenance conditions for RDMS were not verified in this round. | Certification does not replace a state licence, nor does it mean being able to independently bear the physician's diagnostic and signing responsibility. | Certification certificate and validity records. | Verify by work location and employer. | Verify the registration conditions and maintenance requirements of the target certifying body. | Confirmed by the certifying body. |
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| State licence (where applicable) | Some regions require a licence, with conditions and examinations according to that state's provisions. | Licensing requirements vary by state, and practising across states requires separate verification. | Licence and renewal records. | Verify by the specific state. | Verify the licence requirements and mutual recognition arrangements of the target state. | Confirmed by the state regulatory body. |
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| Specialist certification (cardiac or vascular) | Verify courses, training and certification by target specialism and employer; no uniform statutory requirement was verified in this round. | The scope of specialist certification differs from general certification and is not automatically transferable across specialisms. | Specialist certification certificate and specialised examination records. | Verify by work location and employer. | Verify the registration and maintenance conditions of the target specialism. | Confirmed by the certifying body. |
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| Basic life support and first aid training (BLS/CPR) | Attend and retrain periodically as required by the institution. | First aid training does not confer ultrasound practice authorization and cannot replace institutional emergency procedures. | Records of passing the training and their validity. | Verify according to institutional and work location requirements. | Retrain periodically as arranged by the institution. | Confirmed by the training provider and the employer. |
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| Infection control and probe reprocessing training | Learn probe cleaning, disinfection and reprocessing processes as required by the institution and guidelines. | Training does not replace institutional infection control systems, and endocavity probes must undergo high-level disinfection as required. | Training records and probe reprocessing logs. | Verify according to institutional and work location requirements. | Retrain as arranged by the institution and verify process updates. | Confirmed by the infection control lead. |
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Next moves：Take part in evaluating and rolling out the new technique.
Typical scope：Produce reusable technical specifications and training material.
Readiness evidence：Review records for the specifications and training material.
Credential boundary：Attend teaching and quality management training as required by the position.
Next moves：Move toward technical specifications or a training lead role.
Next moves：Take on infection control and equipment management duties.
Typical scope：Implement quality and safety responsibilities according to institutional rules and keep evidence.
Readiness evidence：Quality and safety management records.
Credential boundary：Attend management and compliance training as required by the position.
Next moves：Move toward imaging department management.
