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SOC 29-2011 · O*NET 29-2011.00
Test human specimens to support disease diagnosis and treatment and prevention: collect and process blood samples and body fluids and analyze their components, complete routine or complex tests per procedure, analyze laboratory findings to verify result accuracy, perform instrument and reagent and quality control management, enter results into systems and issue reports, and notify clinical staff per procedure and handle specimens and waste when results are abnormal or critical.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((0+25+50)/3+0.5)=25; fermatmind-ai-impact-v1; 2026-10-18.
One-line summary: this is an occupation where whether specimens and records match, whether quality control and review are really done, and whether critical results reach the clinician promptly and accurately determines success more than instrument proficiency does; if you are willing to treat traceability and error prevention as a professional baseline, it deserves serious consideration.
Education, training, certification, licensure, and job authorization must each be checked separately: O*NET lists this occupation as Job Zone Four (considerable preparation needed), with an SVP range of 7.0 to below 8.0; entry requirements and personnel qualifications for this combined U.S. occupation are governed by laboratory regulation at the federal and state levels, and different positions require different degrees and training and qualifications, which must be checked against the applicable jurisdiction and employer rules; this page describes tasks and boundaries based on O*NET and public sources, does not write a degree as the only threshold, and does not write training as a legal qualification.
Medical and clinical laboratory technologists test human specimens to support disease diagnosis and treatment and prevention; technologists take on complex testing and method judgment and may train or supervise staff, while technicians take on more routine testing and established procedures. The typical closed loop is receiving and verifying specimens and request information, processing and testing specimens per procedure, reading and verifying results, repeating or confirming per quality control rules, entering and issuing reports, and notifying clinical staff per procedure when results are abnormal or critical. Testing and reporting follow your own actual qualifications and authorization; the fourteenth item of China's core system for medical quality and safety: double-check and sign off against the institution's critical-value list and the outpatient/emergency or inpatient workflow, with one person checking twice at night or in an emergency; tests that require only a repeat are repeated immediately. The receiving party records accurately, reads back to confirm, and notifies the relevant physician immediately; personnel, time, and content are traceable throughout. You must not wait for all anomaly investigations to finish before notifying.
Career direction comparison
The table below compares the positions and occupations adjacent to this one: medical and clinical laboratory technicians, microbiologists, medical scientists (except epidemiologists), chemists, and biological technicians and chemical technicians. The four columns answer the same set of questions: what this direction does, where the key difference from this occupation lies, and what kind of person is better suited to choose it.
| Career direction | Core work and output | Key differences | Best-fit choice |
|---|---|---|---|
| Medical and clinical laboratory technicians | Mainly routine test results and records and quality control data. | Technicians take on more routine testing and established procedures; the technologist roles within this occupation more often take on complex testing and method judgment and training and supervision, and the two are layered within the same combined occupation. | People willing to execute routine testing steadily under established procedures suit the technician direction; people willing to take on complex testing and method judgment suit the technologist direction. |
AI impact on this career
O*NET supports tasks and recruitment keywords, and BLS describes automated equipment and notes in its projection that automation may suppress demand; this cannot prove generative AI speed-ups, sustained institutional investment, or adoption rates. The test directions below are editorial suggestions. AI Impact Score 25% 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((0+25+50)/3+0.5)=25; 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
Chinese mainland salary reference
U.S. tasks, interests, and education belong to technologist 29-2011.00; technician 29-2012.00 is listed separately, and the BLS wage and employment cover the combined 29-2010. China exact one-to-one correspondence was not verified this round, and classification follows the actual position and institution.
China's Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision: Article 12 requires professional technical personnel to hold the corresponding professional degree and professional technical position qualification; Article 19 provides that diagnostic clinical test reports are issued by licensed physicians, and in township and ethnic township and town medical institutions may be issued by licensed assistant physicians, which cannot be expanded into a requirement that all test results be signed by a physician. Articles 22—26 require procedures, system effectiveness, calibration, internal quality control, and records of out-of-control correction. Check the lawful basis for processing, necessity, and requirements for sensitive information such as medical and health data under Articles 13/28—31 of the Personal Information Protection Law; institutional permission, de-identification, or internal systems do not automatically create lawful processing authority.
U.S. salary reference
Combined May 2025 median annual 62,930 dollars and median hourly 30.26 dollars, not independent wages for technologists. BLS Table 1.2 combined SOC29-2010 clinical laboratory technologists and technicians: 2025 employment 343.0 thousand, 2035 projected 352.4 thousand, net increase 9.4 thousand, growth 2.7% (OOH rounds to 3%), average annual openings 20.8 thousand, self-employed 0.7%; not an independent projection for technologists or technicians separately.
| Wage statistical position | Annual wage reference | Conversion boundaries | How to understand this position |
|---|---|---|---|
| 10th percentile | 38,910 dollars/year (10th percentile, combined-occupation basis) | Official conversion, not individual monthly income | This percentile is used to understand the lower end of the distribution, not to judge entry-level wages. |
| 50th percentile | 62,930 dollars/year (median, combined-occupation basis) |
Occupation fit guide
O*NET technologist occupational interest content I86, R80, C67, S30, E9, A2, the first three being IRC; it describes the interest characteristics of the work content of the occupation, not the personality distribution of the practitioner group, an individual fit conclusion, or a hiring threshold. Editorially it is suggested to assess with concrete behaviors in specimen verification, result recording, and anomaly communication.
You may be better suited to： People willing to check every item per procedure, able to stay accurate and safe under repetitive and night-shift rhythms, and willing to keep a documentation trail of the process and judgments for review and inspection.
These situations require caution： People who find it hard to accept their operations and records being reviewed, who tend to skip quality control or verification under specimen peak pressure, or who do not take biosafety and exposure protection seriously enough.
Do an entry-level practice exercise： Use the fictional material in the page's 'Entry, qualifications, and career development' section to complete one full workflow from specimen receipt to testing to result verification and handoff, and then judge whether you would be willing to repeat this.
Work pressure, risks, and occupational boundaries
Direct answer: the risks this occupation most needs to judge in advance come from four places: mismatch between specimens and identity information, distorted results when quality control or instruments or reagents are out of control, abnormal and critical results not repeated or notified per procedure, and improper biosafety and occupational exposure handling; quality decline under batch peaks and night-shift load is also a long-term problem.
O*NET tasks, interests, education, and context belong to technologist 29-2011.00, and the BLS wage and employment cover the combined 29-2010. Chinese duties are checked against the Measures for the Administration of Clinical Laboratories, 2020 revision 12/19/22—26 and the critical-value provisions of the core system for medical quality, and U.S. high-complexity personnel against CMS CLIA493.1489/1495; general frameworks are not treated as procedural authorization.
Typical scenario：Running the sample first and catching up on verification later to save time; letting a specimen with an unclear label enter the testing workflow directly.
Entry, qualifications, and career development
The O*NET29-2011.00 technologist new-entrant education requirement survey shows bachelor's 52% only, not the education distribution of current practitioners; JobZone4 and SVP7 to below 8 are technologist preparation groupings. The combined BLS OOH note states that technologists usually hold a bachelor's degree and technicians usually an associate degree, that some states require licensure, and that employers may prefer certification; the technologist survey cannot be generalized to all technicians. China's Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision: Article 12 requires professional technical personnel to hold the corresponding professional degree and professional technical position qualification; Article 19 provides that diagnostic clinical test reports are issued by licensed physicians, and in township and ethnic township and town medical institutions may be issued by licensed assistant physicians, which cannot be expanded into a requirement that all test results be signed by a physician. Articles 22—26 require procedures, system effectiveness, calibration, internal quality control, and records of out-of-control correction. In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded.
Career outlook and moving into related occupations
BLS Table 1.2 combined SOC29-2010 clinical laboratory technologists and technicians: 2025 employment 343.0 thousand, 2035 projected 352.4 thousand, net increase 9.4 thousand, growth 2.7% (OOH rounds to 3%), average annual openings 20.8 thousand, self-employed 0.7%; not an independent projection for technologists or technicians separately. The OOH projection cites the aging population and genetic testing demand and states that workflow automation may suppress demand; it is not a generative AI adoption-rate or net-impact causal study.
United States · BLS combined SOC29-2010 technologists and technicians 2025—2035 projection
Growth 2.7% (2025—2035, combined SOC29-2010)
Employment change rate
Table 1.2 growth 2.7%, OOH rounds to 3%; the projection is not year-by-year actual positions, and 3% cannot be used to separately calculate 2035 employment or the net increase.
Daily work centers on specimen handling and testing operations and quality control and records: receiving and verifying specimens, completing routine or complex tests per procedure (including analysis of body fluids such as blood and urine and cerebrospinal fluid), analyzing laboratory findings to verify result accuracy, setting up and cleaning and maintaining equipment and performing calibration and quality control, entering results into systems and issuing reports, and notifying clinical staff per procedure when results are abnormal or critical. O*NET work context shows 99% talk on the telephone every day, 95% consider precision or accuracy extremely important, 93% wear routine protective equipment every day, and 85% are exposed to disease or infection every day.
Technicians take on more routine testing and established procedures; microbiologists and medical scientists focus on research design and project output; chemists focus on method development and substance analysis; biological technicians and chemical technicians provide support in experimental or production workflows; this occupation centers on clinical specimen testing and result reporting and quality and safety, and is accountable for result reliability. Shared capabilities do not mean the roles are interchangeable: the testing object, reporting responsibility, and qualification requirements differ.
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.
Conditions for pausing before heavy investment: you have not yet walked through a complete specimen receipt and testing and result review process, and have not checked the quality control rules and critical-value reporting requirements; the preparation level for this occupation is Job Zone Four (considerable preparation needed), with an SVP range of 7.0 to below 8.0, and the education distribution on the page shows 52% of respondents answering that a bachelor's degree is required (the page shows only that one tier); the occupation page does not mark this code as Bright Outlook, and this page does not describe it as a high-growth occupation.
One-line judgment: medical and clinical laboratory technologists are not about 'reading numbers off a machine'; they test human specimens to support disease diagnosis and treatment and prevention, and are accountable for result accuracy, quality control, and critical-value handoff. O*NET defines clinical laboratory technologists as performing complex medical laboratory tests to support disease diagnosis and treatment and prevention, and possibly training or supervising staff; this page covers both technologist and technician roles under the combined basis.
Signals to keep exploring: you are willing to repeat procedures and check each item, and can stay accurate under batch and night-shift rhythms; O*NET work context shows 99% talk on the telephone every day, 95% consider precision or accuracy extremely important, 95% work indoors in an environmentally controlled setting every day, 93% wear routine protective equipment every day, 91% use email every day, 85% are exposed to disease or infection every day, 85% make decisions every day, and 65% use their hands to handle objects and tools continually or almost continually.
The work of medical and clinical laboratory technologists falls into three connected but independent work surfaces. The first is specimen and testing operations: collecting and studying blood samples to determine cell counts and morphology and blood type or transfusion compatibility, analyzing the chemical composition or reactions of biological materials, performing chemical analyses of body fluids (including blood and urine and cerebrospinal fluid) to determine normal or abnormal components, setting up and cleaning and maintaining laboratory equipment, and completing routine or complex tests under established procedures. The second is quality control and result judgment: analyzing laboratory findings to check result accuracy, using microscopes and automated instruments and information systems to complete tests and records, performing instrument calibration and reagent and quality-control material management, and identifying abnormal results and repeating or confirming them per procedure. The third is records and handoff: entering medical laboratory or clinical result data into systems for retention, writing or saving test records and reports, notifying clinical and relevant roles per procedure when results are abnormal or critical, and handling specimens and waste and infectious materials per standards.
Test human specimens to support disease diagnosis and treatment and prevention and to ensure reliable results
Common adjacent roles include medical and clinical laboratory technicians, microbiologists, medical scientists (except epidemiologists), chemists, and biological technicians and chemical technicians. On the boundaries: technicians take on more routine testing and established procedures, while technologists take on complex testing and method judgment and training and supervision; microbiologists and medical scientists focus on research design and experimental protocols and publications; chemists focus on chemical analysis and method development; biological technicians and chemical technicians provide technical support in biological or chemical laboratory workflows; this occupation centers on clinical specimen testing and result reporting and quality and safety, and is accountable for result reliability.
| Dimension | Primary track | Comparison track |
|---|---|---|
| Core purpose | Technicians take on more routine testing and established procedures; the technologist roles within this occupation more often take on complex testing and method judgment and training and supervision, and the two are layered within the same combined occupation | Deliver reliable and traceable test results under controlled quality control and safety conditions |
| Main subject and basis |
Collect and study blood samples to determine cell counts and morphology and blood type or transfusion compatibility, receive and label and process various specimens, and record anomalies (corresponding to the fifth and first O*NET tasks).
Analyze the chemical composition or reactions of biological materials, perform chemical analyses of body fluids such as blood and urine and cerebrospinal fluid to determine normal or abnormal components, and set up and clean and maintain laboratory equipment (corresponding to the first and third and sixth O*NET tasks).
Analyze laboratory findings to verify result accuracy, identify abnormal values and repeat or confirm them per procedure, and when necessary investigate the instrument and reagents and operational steps (corresponding to the second O*NET task).
Perform calibration and quality control and maintenance per procedure, record quality control results and deviation handling, and ensure that testing is completed under controlled conditions (corresponding to the sixth O*NET task and institutional quality requirements).
Enter medical laboratory or clinical result data into systems for retention and write or save test records and reports so that results are traceable (corresponding to the fourth O*NET task).
Report abnormal or critical results to clinical and relevant roles per institutional procedure, handle specimens and waste and infectious materials per standards, and protect patient information (corresponding to O*NET tasks and institutional quality and safety requirements).
Six recurring occupational judgments: whether specimen and identity information match; whether instruments and reagents and quality control are under control; whether abnormal results are repeated or confirmed; whether critical results are notified promptly and accurately with read-back; whether records and documentation trails are traceable; and whether specimens and waste are handled per biosafety requirements.
Judgment one: whether specimen and identity information match
Judgment two: whether instruments and reagents and quality control are under control
Judgment three: whether abnormal results are repeated or confirmed
| Microbiologists | Mainly research protocols and experimental data and papers. | Microbiologists focus on microbiological research and experimental design and usually do not perform routine testing and reporting of clinical specimens; this occupation centers on clinical specimen testing and result delivery. | People willing to do research design and culture and experimental protocols suit that direction; people willing to perform clinical testing per procedure and issue reports suit this occupation. |
|---|
| Medical scientists (except epidemiologists) | Mainly research reports and project outputs and papers. | Medical scientists focus on disease mechanisms and experimental research and produce papers and research reports; this occupation completes clinical testing per procedure and issues traceable result reports. | People willing to do mechanism research and project design suit that direction; people willing to do testing operations and quality control and reporting suit this occupation. |
|---|
| Chemists | Mainly analytical methods and laboratory reports and research outputs. | Chemists focus on chemical analysis methods and the study of substances; this occupation applies chemical and biological methods to clinical specimen testing and carries responsibility for result reporting. | People willing to do method development and substance analysis suit that direction; people willing to apply analytical methods in a clinical setting and deliver results suit this occupation. |
|---|
| Biological technicians | Mainly workflow records and samples and data. | Biological technicians provide technical support in biological laboratory workflows, and the object and purpose of testing is often research and product development; the object of testing in this occupation is human specimens that directly support clinical decisions. | People willing to do workflow support and sample processing suit that direction; people willing to take on clinical testing and reporting responsibility suit this occupation. |
|---|
| Chemical technicians | Mainly chemical experiment records and workflow data. | Chemical technicians provide technical support in chemical experiments and production workflows; this occupation performs clinical specimen testing and is bound by clinical quality and safety systems. | People willing to do chemical experiments and workflow support suit that direction; people willing to work under a clinical quality system suit this occupation. |
|---|
The six directions share some capabilities with this occupation: laboratory operations and instrument use, result verification and recording, quality control awareness, and safety standards. The real differences lie in the object and the responsibility: the technician direction takes on more routine testing within the same combined occupation, the research and science direction focuses on experimental design and mechanism research, the chemistry direction on substances and analytical methods, the biology and chemistry technician direction on supporting research or production workflows, while this occupation centers on clinical specimen testing and result reporting and quality and safety and is accountable for result reliability. When choosing, it is better to first validate with one deliverable specimen receipt and testing and result review exercise rather than comparing names.
Moving from this occupation to an adjacent direction usually requires building new capabilities and qualifications: switching between technician and technologist requires building testing-complexity and method-judgment capabilities; the microbiology and medical science directions require training in research design and experimental methods; the chemistry direction requires chemical analysis and method development capabilities; the biotechnology and chemical technology directions require research or production workflow experience. Testing operations and quality control capabilities are transferable, but the qualifications and responsibilities and safety requirements of each direction must be re-obtained.
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.
Editorially test trend lists, records, and report drafts, checking correctness, omissions, and review cost; this round has no reliable-versus-unreliable task comparison trial, and result judgment and anomaly handling follow the actual role and procedure.
The OOH describes automated equipment, and the projection states that workflow automation may suppress demand; this round has no survey of generative AI adoption rates or sustained investment among technologists or technicians, and directories and recruitment keywords do not prove adoption.
BLS Table 1.2 combined SOC29-2010 clinical laboratory technologists and technicians: 2025 employment 343.0 thousand, 2035 projected 352.4 thousand, net increase 9.4 thousand, growth 2.7% (OOH rounds to 3%), average annual openings 20.8 thousand, self-employed 0.7%; not an independent projection for technologists or technicians separately. O*NET now uses the same cycle; the projection is not an employment change that has already occurred or a causal generative AI share.
| Work area | Task | Current change | Human control point |
|---|---|---|---|
| Specimen and testing operations | Receive and process specimens and verify identity and request information | Editorially test the accuracy, omissions, and review cost of specimen and result verification checklists; there is no effectiveness validation this round, and testing and reporting, out-of-control, and safety handling are checked against the actual duties and procedures. | Confirm that specimen and request match and take responsibility for results and records. |
| Quality control and result judgment | Complete testing per procedure and verify result accuracy | Editorially test the accuracy, omissions, and review cost of quality control trend lists; there is no effectiveness validation this round, and testing and reporting, out-of-control, and safety handling are checked against the actual duties and procedures. | Confirm the result interpretation and repeat-testing approach and verify the quality control status. |
| Quality control and result judgment | Perform calibration and quality control and handle deviations and maintain equipment | Editorially test the accuracy, omissions, and review cost of maintenance and deviation records; there is no effectiveness validation this round, and testing and reporting, out-of-control, and safety handling are checked against the actual duties and procedures. | Confirm the out-of-control determination and handling approach and keep a documentation trail. |
| Records and handoff | Enter results and issue reports and hand off abnormal and critical results | Editorially test the accuracy, omissions, and review cost of test result report drafts; there is no effectiveness validation this round, and testing and reporting, out-of-control, and safety handling are checked against the actual duties and procedures. | Confirm the critical-value notification time limits and the completeness of the read-back records. |
| Specimen and testing operations | Handle specimens and waste and apply biosafety requirements | Editorially, the accuracy, omissions, and review cost of protection and waste-handling process checklists can be tested on teaching materials; there is no effectiveness validation this round, and this does not authorize the unqualified handling of real specimens or replace safety procedures. | Check protection and specimen and waste handling against your own real safety duties and institutional procedures; training, protection levels, emergency plans, and post-exposure medical handling are carried out by the appropriate roles. |
| Specimen and testing operations | Set up and clean and maintain laboratory equipment | Editorially test the accuracy, omissions, and review cost of calculations and tabulations; there is no effectiveness validation this round, and testing and reporting, out-of-control, and safety handling are checked against the actual duties and procedures. | Confirm that maintenance and calibration records are complete and take responsibility for equipment status. |
| Quality control and result judgment | Train and supervise staff and participate in method validation | Editorially, the accuracy, omissions, and review cost of training content or method validation material drafts can be tested on teaching materials; there is no effectiveness validation this round, procedures and validation are checked by the appropriately qualified and authorized role, and this does not authorize real testing. | Confirm that the training and mentoring content agrees with the procedures. |
The five evidence cards each state the source, the research object, the conclusion, and the usage limits. They answer 'what evidence exists', not 'will this occupation be replaced'.
The following editorial test directions are broken down by specimen testing, quality control and result judgment, and records and handoff; effectiveness, reliability, and institutional adoption have not been validated.
AI primarily changesEditorially test specimen verification checklists and record drafts, checking identity, test item, completeness, and omissions; this does not replace actual specimen operations or authorization.
Human responsibility remainsJudge whether specimen and request match, judge whether an anomaly is a real problem, decide how to repeat or confirm, and take responsibility for result reliability.
AI primarily changesEditorially test quality control trends and anomaly lists under given rules, measuring missed and false reports and review cost; do not decide on your own to resume after an out-of-control event.
Human responsibility remainsPersonnel with the appropriate qualifications and appointment analyze the cause per this laboratory's established out-of-control procedure, correct it or immediately notify the supervisor and record it; shutdown, replacement, resumption, and the scope of repeat testing are checked against the actual approved procedure and cannot be downgraded by tools or page authorization.
AI primarily changesEditorially test report format and handoff checklist drafts, checking original results, units, permissions, and notification records.
Human responsibility remainsConfirm that the report matches the original results, confirm that critical values were notified within the time limits and read back, and take responsibility for the delivered content and information permissions.
The five steps below are the editorial process given on this page to explain 'who is responsible at which step'; they are not a mandatory process specified by a source and do not replace the institution's own testing procedures and quality and biosafety requirements.
Clarify the specimen and request information and test items and report time-limit requirements, and the question that this test or quality control run is meant to answer.
Editorially test trend lists, quality control summaries, and report format drafts; after verifying the effect, use them within the actually approved scope of use, and record the tool version, source data, and time.
Reviewed by you and the reviewer: whether specimen and request match, whether results agree with the clinical picture or historical data, whether quality control is within control limits, and whether abnormal and critical results are handled per procedure.
Keep a documentation trail of the key information on specimens and instruments and reagents and quality control and results and notification; for materials involving critical values or external reporting, additionally retain the notification and read-back records.
Results and reports are confirmed by the role with the appropriate qualifications and authorization; the tool does not bear that responsibility and does not remove quality control and biosafety and confidentiality obligations.
Automatically suggested trends or lists may miss key qualifying conditions or lump unrelated anomalies together as the same class; adopting them directly without reviewing the original results and quality control status will cause misjudgment.
Control: Rely only on original results and quality control records and procedure documents; for uncertain points, first review the original materials and retain the verification process and conclusion.
Sending identifiable patient data and test results outside may cause leakage and unauthorized access; medical and health information is legally sensitive personal information, while other information is not all in the same class.
Control: Check the lawful basis for processing, necessity, and requirements for sensitive information such as medical and health data under Articles 13/28—31 of the Personal Information Protection Law; institutional permission, de-identification, or internal systems do not automatically create lawful processing authority.
Missing versions and source records may increase the difficulty of review and traceability, but not every missing record should be described as making review impossible.
Control: Record the instrument and reagent lot numbers and calibration and quality control and the operator and time, and bring them into test record management.
Changes in instrument method, reagent lot, or calibration or quality control conditions may affect the comparability of results, and tools may miss the differences or treat results from different conditions as the same batch.
Control: Check the original instrument method, reagent lot, calibration and quality control conditions, and reporting units, confirm the scope of impact per the real laboratory procedure and record it; review does not automatically authorize release or resuming testing.
When the process is split into 'the tool produces the conclusion, a person clicks confirm', a gap easily appears in which no one is responsible for result accuracy and critical-value notification.
Control: In the process, specify the operator, reviewer, and authorizer for each step, and make the records able to answer 'who made this judgment and on what basis'.
First build a solid foundation in specimen handling and testing operations and quality control and record writing, then learn to use laboratory information systems and automated testing platforms and data verification tools; do not write model output directly into test records or reports, and do not skip verification of the original results and quality control status.
Use the tools for result trend prompts and anomaly list compilation and draft review records, but keep the decisions on result interpretation and repeat or confirmation within your own and the reviewer's judgment, and handle abnormal and critical results per institutional procedure.
Editorially test the correctness, omissions, and review cost of quality control summaries, deviation lists, and maintenance record drafts; there is no validated speed-up for this occupation. Out-of-control situations are corrected and notified per the actual procedure and cannot be downgraded by page authorization.
Editorially test the consistency of report format and handoff checklist drafts; check original results, permissions, critical-value time limits, and read-back, with no effectiveness validation this round.
That cannot be inferred. The core tasks of this occupation center on specimen testing and quality control and reporting: judging whether specimens and results are reliable, deciding on repeat testing and out-of-control handling, and notifying critical results within time limits all require professional training and accountability.
Source: O*NET29-2011.00 technologist tasks and activities; editorial task analysis, with combined employment given separately under BLS, and not AI causation.Original source ↗
The technologist O*NET importance for programming is 25, and the 7 recruitment keywords do not give a uniform programming threshold; system and data capability requirements are checked against the target position, and this round has no trend of growing usefulness or general employer sample. The O*NET29-2011.00 technologist new-entrant education requirement survey shows bachelor's 52% only, not the education distribution of current practitioners; JobZone4 and SVP7 through 8 and below are technologist preparation groupings. The combined BLS OOH note states that technologists usually hold a bachelor's degree and technicians usually an associate degree, that some states require licensure, and that employers may prefer certification; the technologist survey cannot be generalized to all technicians.
Source: O*NET29-2011.00 detailed report Programming and new-entrant Education; typical education for technologists and technicians is given separately in this page's combined BLS OOH source.Original source ↗
Editorial breakdown of test directions for trend lists, quality control records, reports, and handoff drafts; this round has no evidence on the order or timing of impact, replacement proportions, or reliability trials, and actual interpretation, out-of-control handling, critical values, and exposure handling are checked against regulations and the role.
Source: Technologist task breakdown and editorial test suggestions; the ILO exposure method is not evidence about the order or timing of impact.Original source ↗
BLS Table 1.2 combined SOC29-2010 clinical laboratory technologists and technicians: 2025 employment 343.0 thousand, 2035 projected 352.4 thousand, net increase 9.4 thousand, growth 2.7% (OOH rounds to 3%), average annual openings 20.8 thousand, self-employed 0.7%; not an independent projection for technologists or technicians separately. OOH3% is a rounding, and 3% cannot be used to recalculate the 2035 headcount or the net increase; the projection is not year-by-year actual employment or the positions of a particular institution.
Source: BLS Table 1.2 combined SOC29-2010, 2025—2035Original source ↗
AI output does not automatically obtain testing or reporting authority. China's Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision: Article 12 requires professional technical personnel to hold the corresponding professional degree and professional technical position qualification; Article 19 provides that diagnostic clinical test reports are issued by licensed physicians, and in township and ethnic township and town medical institutions may be issued by licensed assistant physicians, which cannot be expanded into a requirement that all test results be signed by a physician. Articles 22—26 require procedures, system effectiveness, calibration, internal quality control, and records of out-of-control correction. In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded.
Source: China's Measures for the Administration of Clinical Laboratories, 2020 revision 12/19/22—26 (the main button for this question); U.S. high-complexity testing is additionally checked under CMS Appendix C §493.1489/1495: https://www.cms.gov/Regulations-and-Guidance/Guidance/Manuals/downloads/som107ap_c_lab.pdf; the risk cards also provide entry points for both jurisdictions.Original source ↗
This round did not obtain verifiable research on a disappearance year for this occupation, so no date is given; editorially it is suggested to track actual test items, tool performance, and personnel requirements.
Source: Editorial note this round: the combined projection and wages do not support a disappearance dateOriginal source ↗
Suggested priority order: first build a solid foundation in specimen handling and testing operations and quality control and record writing, then learn to use laboratory information systems and automated testing platforms and data verification tools; at the same time limit generative AI use to trend prompts and list compilation and drafts, not to replacing result interpretation and out-of-control handling and critical-value notification.
Source: O*NET Hot Technologies29-2011.00 recruitment technology keywords; editorial learning suggestions, with the NIST general framework given separately at the entry point in this module.Original source ↗
Editorially test trend lists, records, and report drafts; actual result reliability, quality control, critical-value notification, and safety duties are performed per the rules; this round has no evidence that generative AI significantly changes them, nor adoption-rate or employment-causation evidence.
Insufficient evidence: no Chinese mainland national monthly wage distribution exactly corresponding to this role was obtained; this page publishes no substitute figures and does not estimate from quotes for adjacent positions.
Insufficient evidence: no verifiable region-level occupational monthly wage data was obtained, so this page presents no regional ranking.
Insufficient evidence: this round did not obtain a verifiable monthly wage distribution for this occupation in other regions, and does not assert that all sources have never published one.
This round did not obtain a China exact national occupational wage; the Q health and social work and M scientific research and technical services unit category averages are listed separately, covering all occupations in the whole category, and are not this occupation's wage.
| Educational background | Role direction | Notes and verification suggestions |
|---|---|---|
| A degree in medical laboratory science or clinical medicine or biology or chemistry or a related field | Hospital laboratory department and clinical laboratory direction | Editorial preparation direction, not wage statistics; the specific degree and professional qualification are checked against Article 12 of the Chinese measures and the target position, and a degree is not used to predict income. |
| Bachelor's degree or above in medical laboratory science or a related field | Third-party medical testing and professional technical direction, technical supervisor and quality management direction | Editorial professional technical and quality management preparation direction; the specific degree, position qualification, and experience are checked against the applicable position, and there is no universal employer threshold sample. |
| Medical laboratory science-related professional technical qualification and institutional training | Clinical testing and quality management direction | Professional technical position qualification, physician practice, and institutional training are checked separately; Articles 12/19 of the Chinese measures do not allow general training to substitute for the corresponding qualification. |
| Clinical laboratory quality and biosafety and personnel position authorization requirements | Quality and safety and authorization management direction | Article 35 of the Chinese measures requires pre-post safety education and annual biosafety training; the specific items, professional degree qualification, and reporting role are checked separately, and training does not confer physician qualification. |
When comparing different opportunities, confirm the employment arrangement (medical institution, third-party medical testing organization, blood collection and supply organization, disease prevention and control organization), the test items actually performed, the shift schedule, and the qualification requirements, and note that this page does not provide an occupation-level wage figure for this role in the Chinese mainland.
Editorial compilation: mainly clinical specimen testing and result reporting and critical-value notification, usually working according to department shift schedules and quality and biosafety requirements.
Editorial compilation: mainly batch specimens and project delivery and quality control, and delivery must meet the institution's quality system and client requirements and time limits.
Editorial compilation: mainly blood type and compatibility testing and public health testing and surveillance, and work must be carried out according to the competent authority's requirements and safety standards.
Tool directories cannot fill the China occupational wage and mapping gap for this round; whether introducing a tool actually changes the process, and how the statistical classification is subsequently defined, are each checked separately, and this round makes no claim of constant or necessary change.
| Not individual monthly income |
| The median is the midpoint of the distribution, is not the same as the 'average', and does not represent most people's actual income. |
| 90th percentile | 100,990 dollars/year (90th percentile, combined-occupation basis) | Official conversion, not an individual's actual take-home pay | This percentile describes the upper end of the distribution, and management-level income cannot be inferred from it. |
|---|
Pay · 10th percentile：38,910 dollars/year；10th percentile (combined-occupation basis). This percentile means that 10% of employed workers earn no more than this value, and it is not entry-level starting pay.；O*NET national wage percentile page (29-2011.00)
Pay · 25th percentile：47,650 dollars/year；25th percentile (combined-occupation basis). A percentile describes a distributional position, not a seniority level.；O*NET national wage percentile page (29-2011.00)
Pay · median：62,930 dollars/year；BLS combined SOC29-2010 technologists and technicians May 2025 median annual wage-and-salary data 62,930 dollars, not separate technologist statistics or starting pay.
Pay · 75th percentile：81,450 dollars/year；75th percentile (combined-occupation basis). High income does not automatically correspond to a management position.；O*NET national wage percentile page (29-2011.00)
Pay · 90th percentile：100,990 dollars/year；The combined May 2025 90th percentile 100,990 dollars is not an individual's total compensation. OEWS includes base pay, specified incentives, and pay such as hazardous-duty pay, and excludes overtime, shift differentials, non-production bonuses, and benefits； night-shift differentials are not included.
No. The combined SOC29-2010 median is a statistical position for the employed group, and the 10th percentile 38910 dollars is not starting pay; editorially it is suggested to check the target region, institution, qualifications, and pay elements separately, without inferring individual entry pay.
No. OEWS annual wages are converted by statistical method and are not each person's actual paid hours; without individual working hours and night-shift and overtime arrangements, an annual salary, monthly income, or after-tax earnings cannot be derived.
O*NET shows the complete national annual/hourly percentiles for the BLS combined SOC29-2010 May 2025; the statistical position is not a seniority level or an individual ability level.
Editorially check the quote's region, job role, employment arrangement, shift schedule, and pay elements; this round has no causal estimate of their effect on this occupation's income.
| Industry | Combined SOC29-2010 median annual wage in that industry | How to understand this value |
|---|---|---|
| General medical and surgical hospitals; private | 69,190 dollars/year (combined-occupation annual median) | BLS OOH May 2025 combined SOC29-2010 technologist and technician median wage-and-salary data in that industry; not separate technologist wages or an industry employment share. |
| Educational services; state, local, and private | 63,690 dollars/year (combined-occupation annual median) | BLS OOH May 2025 combined SOC29-2010 technologist and technician median wage-and-salary data in that industry; not separate technologist wages or an industry employment share. |
| Medical and diagnostic laboratories | 58,320 dollars/year (combined-occupation annual median) | BLS OOH May 2025 combined SOC29-2010 technologist and technician median wage-and-salary data in that industry; not separate technologist wages or an industry employment share. |
| Physicians' offices | 56,850 dollars/year (combined-occupation annual median) | BLS OOH May 2025 combined SOC29-2010 technologist and technician median wage-and-salary data in that industry; not separate technologist wages or an industry employment share. |
The OEWS combined SOC29-2010 percentiles describe wage-and-salary data and exclude the self-employed; editorially it is suggested to check the target institution/department/region and the actual pay elements separately, and shift differentials are not part of the OEWS wage basis, so no causal inference about shift income is drawn.
O*NET technologist 29-2011.00 respondent answers: 63% feel time pressure every day, and 62% consider repeating the same task extremely important; editorially it is suggested to check the target specimen peaks and night-shift arrangements separately, without claiming that the causation has been measured.
O*NET combined 2025 industry employment: health and social assistance 83%, other 17%; not industry wages, regional density, or a causal income estimate.
BLS Table 1.2 combined SOC29-2010 clinical laboratory technologists and technicians: 2025 employment 343.0 thousand, 2035 projected 352.4 thousand, net increase 9.4 thousand, growth 2.7% (OOH rounds to 3%), average annual openings 20.8 thousand, self-employed 0.7%； not an independent projection for technologists or technicians separately.
BLS Table 1.2 growth 2.7%, OOH rounds to 3%； O*NET currently uses the same cycle, and the old 2024 difference in the source text no longer applies.
Combined average annual openings 20,800 include growth and replacement, not a net increase or cumulative hiring.
Which Holland interest type suits medical and clinical laboratory technologists better?
O*NET technologist occupational interest content I86, R80, C67, S30, E9, A2, the first three being IRC; it describes the interest characteristics of the work content of the occupation, not the personality distribution of the practitioner group, an individual fit conclusion, or a hiring threshold. I/R/C can respectively correspond to research results, hands-on operation, and work content recorded per procedure.
Do not use it this way: The technologist currently has 21 work styles with scores: attention to detail 100, dependability 88, caution 82, integrity 74, achievement 68, intellectual curiosity 67, stress tolerance 56, cooperation 54, persistence 53, self-control 46; the other 11 items also have scores, so it is not 6 items without scores, and these are not personality hiring thresholds. Editorially it is suggested to observe whether you can keep verifying records and following safety steps.
Test my Holland career interestsWhich Big Five traits are more relevant to this job?
The Big Five is used here only for an editorial discussion of work style; this round has no validation that scale scores predict performance in this occupation, and high conscientiousness or openness is not turned into a hiring condition.
Do not use it this way: Watch out for: putting 'release the result first' ahead of 'verify quality control and the specimen first' exposes problems at the quality and safety level.
View my Big Five personality traitsWhich MBTI type suits medical and clinical laboratory technologists best?
O*NET technologist occupational interest content I86, R80, C67, S30, E9, A2, the first three being IRC; it describes the interest characteristics of the work content of the occupation, not the personality distribution of the practitioner group, an individual fit conclusion, or a hiring threshold.
Do not use it this way: This round did not check all employer hiring rules, and this page does not make hiring judgments based on MBTI; predictive validity for this occupation was not obtained.
Explore my MBTI preferencesWhich Enneagram type suits medical and clinical laboratory technologists better?
This round did not obtain validation of the Enneagram for fit with this occupation; observe using concrete task behavior, since ability cannot be inferred from type.
Do not use it this way: Watch out for: Enneagram interpretation easily slides toward personality diagnosis, which this page does not use to judge fit.
Explore my Enneagram patternIf my IQ or math is not strong, can I still be a medical and clinical laboratory technologist?
The complete technologist O*NET profile has 10 basic skills, 25 transferable skills, 33 knowledge areas, and 52 abilities. Critical thinking/science 75, active listening 72, reading comprehension 69; quality control analysis 69, operation monitoring 66, programming 25; chemistry 81, customer service 80, computers 77; inductive reasoning/near vision 81, information ordering/problem sensitivity/written comprehension 78. These are importance levels, not a uniform entry threshold.
Do not use it this way: Watch out for: if you rely on personal experience over the long term without consolidating procedures and records, risks will surface during staff turnover and quality inspections; fixing procedures and documentation trails is the sustainable approach.
Explore my intelligence and reasoning performanceDo you need high emotional intelligence to be a medical and clinical laboratory technologist?
This occupation demands a great deal of communication and precision: O*NET work context shows 99% talk on the telephone every day, 91% use email every day, 75% hold face-to-face discussions every day, 74% are in continual contact with others, 95% consider precision or accuracy extremely important, 85% make decisions every day, and 34% consider coordinating or leading others very important.
Do not use it this way: Watch out for: skipping quality control or critical-value read-back to get specimens reported earlier harms both result reliability and patient safety.
Explore my emotional intelligence abilitiesFits better when: Suitable signal: willing to execute routine testing and records and quality control steadily under established procedures.
Watch for: Caution signal: this direction takes on more routine testing, with a lower share of complex method judgment and technical supervision.
Explore related career: Medical and clinical laboratory techniciansFits better when: Suitable signal: willing to do microbiological research and culture and experimental design and publication output.
Watch for: Microbiologists include the medical/clinical microbiology direction; whether clinical specimen testing and reporting are performed is checked against the actual position and qualifications and cannot be ruled out across the board.
Explore related career: MicrobiologistsFits better when: Suitable signal: willing to do disease mechanism research and project design and publication output.
Watch for: Caution signal: this direction requires research training and project experience, which differs from the clinical testing duties of this occupation.
Explore related career: Medical scientists (except epidemiologists)Fits better when: Suitable signal: willing to do chemical analysis method development and substance analysis.
Watch for: Chemists lean toward chemical analysis, quality control, or new-product knowledge development; clinical quality and reporting duties depend on the actual position, and responsibility cannot be asserted to be lighter.
Explore related career: ChemistsFits better when: Suitable signal: willing to do sample processing and technical support in biological laboratory workflows.
Watch for: Biological technicians support biological and medical scientists and may analyze materials such as blood; clinical testing or reporting duties are checked against the actual institution, project, and qualifications.
Explore related career: Biological techniciansFits better when: Suitable signal: willing to do experimental support and records in chemical experiments and production workflows.
Watch for: Chemical technicians support chemical and physical testing, R&D, and quality control; whether clinical quality or biosafety requirements apply depends on the institution and materials and cannot be ruled out by name.
Explore related career: Chemical techniciansNo. Reducing an occupation to 'the single most suitable personality' conceals real differences: the ways of working in a hospital laboratory department and an independent laboratory and a third-party medical testing organization and a blood collection and supply organization differ a great deal. A more useful approach is to validate with one deliverable specimen receipt and testing and result verification exercise.
This round has no validation of the relationship between introversion and performance in this occupation. Technologist respondent context includes 99% daily telephone calls and 75% daily face-to-face discussions; editorially it is suggested to observe whether you can hand off accurately and notify promptly, and introversion suitability cannot be inferred from indoor or sitting/standing time.
This round has no evidence comparing introverted and extroverted performance, so no extrovert advantage or disadvantage is judged; editorially it is suggested to observe actual tasks in verification, documentation, communication, and equipment operation.
This round did not obtain validation that MBTI types predict performance in this occupation, so no most-suitable type is given; actual specimen verification, testing, and communication behavior are more observable.
O*NET technologist occupational interest content I86, R80, C67, S30, E9, A2, the first three being IRC; it describes the interest characteristics of the work content of the occupation, not the personality distribution of the practitioner group, an individual fit conclusion, or a hiring threshold.
This round has no validation that personality scale scores predict performance in this occupation; O*NET work styles are not individual assessment scores or hiring thresholds.
This occupation has a substantive requirement for numerical understanding: the O*NET basic skills include mathematics, the knowledge list includes mathematics, and the abilities list includes mathematical reasoning and number facility and information ordering; concentration and unit conversion and quality control statistics require reliable numerical understanding.
This occupation's requirements for precision and safety stand out: O*NET work context shows 95% consider precision or accuracy extremely important, 61% consider the consequences of error extremely serious, 63% feel time pressure every day, 93% wear routine protective or safety equipment every day, and 85% are exposed to disease or infection every day; making verification checklists and exposure protection fixed habits is a skill that can be practiced.
This round did not obtain reliable validation of the Enneagram for fit with this occupation, and type cannot be used to decide.
Judging by deliverables: can you write the receipt and verification and non-conformance handling points for one fictional specimen; can you organize one set of fictional quality control data into an out-of-control investigation checklist and explain the handling order; can you write a one-page test result record summary containing the critical-value notification time limits and read-back requirements. Whichever type of task you are willing to repeat is the direction more worth trying.
Possible consequence：A specimen and identity mismatch can associate results with the wrong patient, affecting clinical judgment and causing serious harm; not every mismatch is asserted to have an irreversible outcome.
How to reduce risk：When receiving, verify the label against the request and the identity information, reject or annotate and record non-conforming specimens per procedure, and for any inconsistency stop and confirm before continuing.
Evidence：O*NET-SOC 29-2011.00 occupation detailed report · O*NET-SOC 29-2011.00 work context field
Typical scenario：Releasing results first and documenting quality control afterward; ignoring an out-of-control result as a random fluctuation.
Roles most affected：Roles that perform testing operations and result interpretation
Possible consequence：Results may be unreliable under out-of-control or system anomaly conditions, and the affected test items and specimen scope must be checked through a real quality investigation; it cannot be asserted that an entire batch is necessarily distorted.
How to reduce risk：Articles 22—26 of the Chinese measures require procedures, calibration, and internal quality control, with prompt cause investigation, correction, and detailed records when out of control; U.S. high-complexity testing is handled under CLIA493.1495 according to the established performance-failure procedure, with correction or immediate notification of the appropriate supervisor and documentation. Stopping, substituting, or resuming testing and handling affected results must be checked against the actually approved procedure and cannot be downgraded by page authorization.
Evidence：O*NET-SOC 29-2011.00 occupation detailed report · O*NET-SOC 29-2011.00 work context field · Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision · CMS Appendix C CLIA high-complexity testing
Typical scenario：Sending the report without following up on critical-value notification; lacking communication and review records for discrepant results.
Roles most affected：Roles that handle abnormal and critical results
Possible consequence：If abnormal or critical results are not repeated as required or are not notified to clinical staff within the time limits, handling is delayed and serious consequences are possible.
How to reduce risk：The fourteenth item of China's core system for medical quality and safety: double-check and sign off against the institution's critical-value list and the outpatient/emergency or inpatient workflow, with one person checking twice at night or in an emergency; tests that require only a repeat are repeated immediately. The receiving party records accurately, reads back to confirm, and notifies the relevant physician immediately; personnel, time, and content are traceable throughout. You must not wait for all anomaly investigations to finish before notifying. Results that do not match the clinical picture are checked under the applicable procedure, and investigation and reporting handling cannot replace timely critical-value notification.
Evidence：O*NET-SOC 29-2011.00 occupation detailed report · O*NET-SOC 29-2011.00 occupation summary · Key points of the core system for medical quality and safety, 2018 · CMS Appendix C CLIA high-complexity testing
Typical scenario：Omitting protection steps for convenience; putting sharps directly into ordinary trash.
Roles most affected：Roles exposed to infectious materials and sharps
Possible consequence：Failing to wear protective equipment or handle sharps and waste per procedure creates occupational exposure and infection risk.
How to reduce risk：Handle infectious materials, sharps, and waste per institutional procedures and the corresponding protection level; Articles 35/38/43 of the Chinese measures require safety training, protective supplies, and accident emergency plans, and on exposure you report per the real plan and obtain occupational health care, with no treatment authorization provided by this page.
Evidence：O*NET-SOC 29-2011.00 occupation detailed report · O*NET-SOC 29-2011.00 occupation summary · Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision
Typical scenario：Trading extended hours and compressed verification for throughput; absorbing night-shift fatigue in a personal way over the long term.
Roles most affected：Roles that handle batch specimens and night-shift duty
Possible consequence：Night shifts and specimen peaks may increase fatigue and missed checks, but they cannot be asserted to necessarily cause long-term errors; the OOH only confirms that night and weekend and holiday shifts may occur.
How to reduce risk：Editorially it is suggested that a management role with that responsibility check scheduling, workload, prioritization, and handoff; existing key verification and escalation procedures are followed, and throughput is not allowed to replace quality steps.
Evidence：BLS combined OOH work shift background
Typical scenario：Transmitting results via personal devices or social tools; sharing accounts to access the laboratory information system.
Roles most affected：Roles that handle test records and reports and information processing
Possible consequence：Unauthorized access to and disclosure of identifiable test records may cause leakage; medical and health information is sensitive personal information, and not all identity fields are treated as the same class.
How to reduce risk：Check the lawful basis for processing, necessity, and requirements for sensitive information such as medical and health data under Articles 13/28—31 of the Personal Information Protection Law; institutional permission, de-identification, or internal systems do not automatically create lawful processing authority. The eighteenth item of China's core system requires permissions, full-process management, and traceability; follow the actual lawful channels and access roles.
Evidence：Personal Information Protection Law 13/28—31 · Key points of the core system for medical quality and safety, 2018
The O*NET29-2011.00 technologist new-entrant education requirement survey shows bachelor's 52% only, not the education distribution of current practitioners; JobZone4 and SVP7 to below 8 are technologist preparation groupings. The combined BLS OOH note states that technologists usually hold a bachelor's degree and technicians usually an associate degree, that some states require licensure, and that employers may prefer certification; the technologist survey cannot be generalized to all technicians. China exact one-to-one correspondence was not verified, and the medical laboratory science professional position and the diagnostic reporting role are each checked separately.
China's Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision: Article 12 requires professional technical personnel to hold the corresponding professional degree and professional technical position qualification; Article 19 provides that diagnostic clinical test reports are issued by licensed physicians, and in township and ethnic township and town medical institutions may be issued by licensed assistant physicians, which cannot be expanded into a requirement that all test results be signed by a physician. Articles 22—26 require procedures, system effectiveness, calibration, internal quality control, and records of out-of-control correction. In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded.
| Entry positions | What you mainly do early on | What the editorial suggestion is to observe | How to prove it without experience | Difference from other directions |
|---|---|---|---|---|
| Laboratory assistant or technician (under review) | Complete specimen receipt and routine testing and result recording under review and execute quality control and safety requirements. | Editorial capability observation suggestion: whether records are standardized, whether quality control is executed, and whether anomalies are reported promptly. No universal employer sample | Prove it with operations and records and quality control records and review opinions. | Technicians usually lean toward routine testing, but which complexity of items may be performed depends on actual qualifications, training, and authorization and is not ruled out by name. |
| Independent testing position | Complete testing, verify anomalies and records, and notify per procedure under the corresponding qualifications and project authorization. | Editorial capability observation suggestion: accuracy of result interpretation, quality control handling, and whether critical-value notification is prompt and complete. No universal employer sample | Prove it with results and review and notification records. | Method validation, mentoring, and reporting roles are checked against the actual appointment and cannot be ruled out across the board by a general testing-position name. |
| Technical supervisor or specialty lead position | Take on method validation and specialty-direction testing and mentoring and check quality. | Editorial capability observation suggestion: completeness of method validation, mentoring effect, and quality and safety execution. No universal employer sample | Prove it with method validation documents and mentoring and inspection records. | Compared with a general testing position, this adds method and mentoring and quality-checkpoint responsibility. |
| Quality and biosafety position | Take part in building the quality system and biosafety and personnel authorization and training. | Editorial capability observation suggestion: system documents and execution, exposure incident handling, and training coverage. No universal employer sample | Prove it with system documents and inspection and training records. | Compared with a testing position, this emphasizes systems and safety rather than a single test item. |
| Laboratory management and operations position | Own staffing and scheduling and project launch and equipment and consumables and external collaboration. | Editorial capability observation suggestion: throughput and error rate, resources and cost, and collaboration and compliance. No universal employer sample | Prove it with operations and quality and collaboration records. | Compared with a testing position, this adds personnel and resource and compliance responsibility. |
In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded.
The specific appointment and project authorization are checked against the actual position
The fourteenth item of China's core system for medical quality and safety: double-check and sign off against the institution's critical-value list and the outpatient/emergency or inpatient workflow, with one person checking twice at night or in an emergency; tests that require only a repeat are repeated immediately. The receiving party records accurately, reads back to confirm, and notifies the relevant physician immediately; personnel, time, and content are traceable throughout. You must not wait for all anomaly investigations to finish before notifying.
Fictional material: a fictional specimen and request record (including one labeling inconsistency and one abnormal specimen condition), fictional test results and quality control data (including one out-of-control point and one critical value), and a fictional historical result comparison table.
Fictional condition: a fictional testing procedure (including quality control rules and repeat-testing and linear range requirements).
Fictional constraint: a fictional critical-value list and notification and read-back requirements (including time limits and record elements).
Step two: write out the result interpretation and handling plan (explain the handling order for anomalies and out-of-control conditions and the scope of repeat testing, and which results must not be released before handling is complete).
Step three: write a one-page critical-value notification and record summary (including notification time limits and read-back elements and recipient information and documentation requirements) and explain which content must be confirmed by an authorized person before release.
Evaluation basis: whether the label and condition verification is complete, whether out-of-control and anomaly conditions are identified and handled in the required order, whether the scope of repeat testing is clear, whether the notification time limits and read-back elements are written out, and whether the documentation trail is traceable.
Evidence forms include de-identified operations and quality control and notification records, method validation or specialty training records, safety and quality training records, and mentoring and inspection records.
For items without evidence, clearly write 'to be added' and give a plan to fill the gap.
Write out the points you disagree with or that need supplementing, and explain the basis.
A handoff summary: the results that clinical staff or colleagues need to pay attention to and the items not yet closed out.
A collaboration note: your practice for notification and documentation with reviewers and with clinical and relevant roles.
| Stage | What may be assessed | Observation evidence | Usage boundary |
|---|---|---|---|
| Resume and initial screening | Professional background and testing operations or internship experience; whether there is quality control and record-writing experience. | Whether the experience matches the job duties, and understanding of biosafety and privacy. | Initial screening can only see written information; the specific appointment and qualification requirements must be checked against institutional and jurisdictional rules. |
| Interview and situational questions | Your reasoning approach to a given abnormal result, and how you handle a quality control out-of-control event. |
Organize the fictional specimen and request record into verification points and point out the inconsistencies.
Organize the fictional quality control data into an in-control determination checklist and point out the out-of-control point and the investigation order.
Interpret the fictional results and mark the points that do not match the history or clinical picture and the items needing repeat testing.
Write out the out-of-control and anomaly handling order and the conditions under which results must not be released.
Write a one-page critical-value notification and read-back summary (time limits, recipient, content, documentation).
Write out the test record points and the biosafety and exposure handling points.
| Qualification / credential | Who it mainly suits | Practical role in job seeking | Whether it is a universal entry threshold | Application / registration conditions | Level of investment | Important limitations |
|---|---|---|---|---|---|---|
| A degree in medical laboratory science or a related field | Most entrants | The BLS overview states that technologists usually hold a bachelor's degree and technicians usually an associate degree; not a globally uniform threshold | The applicable job requirements are checked against the jurisdiction and the real role |
Typical scope：Complete specimen receipt and routine testing and result recording under review and execute quality control and safety requirements.
Readiness evidence：Editorial presentation suggestion: be able to show one reviewable record of operations and results and quality control. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable basic training in testing operations and records. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Turn specimen verification and quality control checks into a fixed checklist.
Typical scope：Complete more complex testing and result verification and repeat testing per procedure under actual qualifications and project authorization; the reporting responsibility is checked separately under the Chinese diagnostic reporting provisions or the actual U.S. position rules.
Readiness evidence：Editorial presentation suggestion: be able to show result interpretation and repeat-testing and notification records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable interpretation and quality control handling ability. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Write repeat-testing and confirmation rules into an executable procedure.
Typical scope：Take on specialty-direction testing and mentoring and check quality.
Readiness evidence：Editorial presentation suggestion: be able to show specialty testing and mentoring and inspection records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable specialty training and mentoring experience. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Organize specialty experience into handover-ready training material.
Typical scope：Take part in method validation and testing procedures and training system development.
Readiness evidence：Editorial presentation suggestion: be able to show method validation documents and procedures and training records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable in-institution responsibilities and specialty expertise. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Consolidate method validation points into a reusable template.
Typical scope：Take part in the daily execution of quality control and biosafety and records and in inspection preparation.
Readiness evidence：Editorial presentation suggestion: be able to show quality control and safety inspection and corrective action records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable understanding of procedures and safety requirements. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Turn the inspection elements and frequency into a checklist.
Typical scope：With actual appointment and authorization, take part in quality control, deviation, and safety incident management per institutional procedure and keep a documentation trail; exposure medical care is handed to the appropriate occupational health role, and this stage is not treated as a license for individual treatment or recovery.
Readiness evidence：Editorial presentation suggestion: be able to show out-of-control and deviation and exposure handling records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Editorial position preparation suggestion: verifiable quality control rules and safety handling procedures. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Typical scope：Take part in scheduling and project launch and consumables and equipment ledger support.
Readiness evidence：Editorial presentation suggestion: be able to show scheduling and ledger and support records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable department process and compliance understanding. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Turn the handoff elements and time points into a checklist.
Typical scope：Independently own specialty project or line operation and resource coordination.
Readiness evidence：Editorial presentation suggestion: be able to show project operation and resource and quality records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable institutional policy and resource management. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Able to complete specimen receipt and routine testing and result recording under review, execute quality control and safety requirements per procedure, and report immediately when an anomaly or out-of-control condition is found.
Complete more complex testing and verify anomalies and quality control per procedure under actual qualifications and project authorization; the degree of independence and the reporting responsibility are determined by the applicable rules and the real role, not authorized by a stage label.
Able to take on method validation and specialty-direction testing and to train and mentor new colleagues, and to check the quality of results and records and safety execution.
Able to take part in building institution-level quality system and biosafety and personnel authorization systems, and to hold the corresponding institutional authorization.
Does not establish：This is a U.S. national-level projection that does not distinguish region or institution type and is on the combined-occupation basis; it also cannot be used to infer the number of opportunities at a particular institution or in a particular city.
Global (cross-economy) · Cross-economy, occupation level (not official statistics for a single country)
Exposure ranking and measurement method
Generative AI occupation exposure index
The study provides an occupation-level generative AI exposure index for comparing task exposure across occupations; it does not provide projections of job gains or losses.
Does not establish：It is an exposure measure rather than an adoption rate or automation rate; the cross-economy basis differs from national statistical bases and cannot be converted directly into job changes for the United States or China.
Chinese mainland · Chinese mainland (no one-to-one occupational fine category established)
Insufficient evidence: no Chinese mainland national occupational wage basis was obtained for this role
Exact-occupation wage basis
This round did not obtain a China exact national occupational wage and one-to-one mapping; the Q health and social work / M scientific research and technical services unit all-category average annual background is listed separately and is not this occupation's wage.
Does not establish：The matched unit background is selected as Q/M by the real main activity, and the category averages, the U.S. combined wage, or specific recruitment quotes are not used to fill in an exact occupational wage.
These are capability relationships, not automatic promotions or credential waivers.
Transfers：Shared capabilities: specimen handling, testing operations, quality control and records, biosafety.
Build next：Technicians lean toward routine testing, and the specific items, training, supervision, and qualification requirements need to be checked; they cannot all be treated as lacking complex testing experience.
View career profileTransfers：Shared capabilities: microbiology and biology knowledge, experimental operations, result recording.
Build next：Editorial self-check: do you have experience with microbiological culture and experimental design and publication output? If you do not yet have the relevant training, experience, or qualification, fill the gap -- do not assert that you personally lack it.
View career profileTransfers：Shared capabilities: medical and biology knowledge, experimental skills, data recording.
Build next：Editorial self-check: do you have experience with disease mechanism research and project design? If you do not yet have the relevant training, experience, or qualification, fill the gap -- do not assert that you personally lack it.
View career profileTransfers：Shared capabilities: chemistry and instrumental analysis, method validation thinking, record standards.
Build next：Editorial self-check: do you have experience with chemical analysis method development and substance research? If you do not yet have the relevant training, experience, or qualification, fill the gap -- do not assert that you personally lack it.
View career profileTransfers：Shared capabilities: sample handling, experimental operations, data recording.
Build next：Editorial self-check: do you have experience with sample and experimental support in research and product development workflows? If you do not yet have the relevant training, experience, or qualification, fill the gap -- do not assert that you personally lack it.
View career profileTransfers：Shared capabilities: chemical analysis operations, instrument use, record standards.
Build next：Editorial self-check: do you have experience supporting chemical experiments and production workflows? If you do not yet have the relevant training, experience, or qualification, fill the gap -- do not assert that you personally lack it.
View career profileTransfers：Shared capabilities: understanding of the medical setting, equipment operation, quality and safety and patient communication.
Build next：Editorial self-check: do you have training in imaging equipment operation and imaging safety and image quality assessment? If you do not yet have the relevant training, experience, or qualification, fill the gap -- do not assert that you personally lack it.
View career profileTransfers：Shared capabilities: specimen collection and handling, biosafety, patient communication.
Build next：Editorial self-check: do you have specific training in hands-on venipuncture and patient communication? If you do not yet have the relevant training, experience, or qualification, fill the gap -- do not assert that you personally lack it.
View career profileThat cannot be inferred. The core tasks of this occupation include judging whether specimens and results are reliable, deciding on repeat testing and out-of-control handling, notifying critical results within time limits, and handling specimens per biosafety requirements; tool output neither replaces those judgments nor removes quality control and safety and confidentiality obligations.
The earlier-affected parts are those that can be structured and automated: trend prompts and anomaly list compilation, quality control and maintenance record summaries, report format drafts, and handoff checklist generation. The later-affected parts are those requiring judgment and accountability: result interpretation and repeat-testing rulings, out-of-control cause judgment and shutdown decisions, critical-value grading and notification, and biosafety and exposure handling.
Judging whether specimen and identity match, judging whether results are reliable and deciding the scope of repeat testing, handling out-of-control and exposure events per procedure, and getting critical results to the clinician within the time limits. These capabilities depend on professional training and accountability.
The O*NET page for this occupation shows a 2025 median hourly wage of 30.26 dollars and a median annual wage of 62,930 dollars, with the annual 10 and 25 and 75 and 90 percentiles at 38,910 and 47,650 and 81,450 and 100,990 dollars respectively. Note: both this page and the wage percentile page label the data subject as the combined occupation of clinical laboratory technologists and technicians, not one role alone; the statistics exclude self-employed and owner income, and percentiles are not entry-level starting pay. This page publishes no figure for the Chinese mainland and only registers the statistical basis and the occupation-mapping gap.
The education distribution on this page shows 52% of respondents answering that a bachelor's degree is required (the page shows only that one tier), and the preparation level is Job Zone Four (considerable preparation needed); entry and personnel qualifications for this combined U.S. occupation are governed by laboratory regulation at the federal and state levels, and different positions require different degrees and training and qualifications, which must be checked against the applicable jurisdiction and employer rules. Degrees, training, jurisdictional qualifications, and institutional authorization serve different purposes and cannot substitute for one another.
This page provides entry points to technology keyword and certification and training information, but whether they are required must be checked against the applicable jurisdiction and employer rules; personnel qualifications for this combined U.S. occupation are governed by laboratory regulation at the federal and state levels, and this page does not write it as a uniform licensure requirement. In the Chinese mainland, performing test items and the personnel and quality and biosafety requirements must follow the competent authority and institutional rules; this page does not write any training as a legal qualification.
It is feasible but usually requires building testing standards and hands-on capability: people with a background in nursing or pharmacy or biology or chemistry or medicine can transfer specimen handling and experimental operation skills, but they usually also need systematic study of test items and quality control and safety standards, and need to build enough hours of supervised hands-on and record experience.
It depends on whether you are willing to repeat operations per procedure over the long term while staying precise and safe. This evidence route uses the updated BLS cycle: this combined occupation had about 343,000 people employed in 2025, with projected growth of 3% from 2025 to 2035 and about 20,800 openings a year (including growth and replacement); the O*NET page for this occupation still shows a different set of values for 2024 to 2034, and this page does not average them. It is best to first use the seven-day practice on the page to test whether you are willing to repeat this workflow.
This evidence route records the exact-occupation wage as verified unavailable (data status: no data can currently be used safely), with the handling note: 'China salary data is retained as unavailable, and the health industry average wage or the U.S. combined-occupation wage is not used as a substitute.' Therefore this page gives no monthly wage range or city ranking, and does not estimate from industry averages or quotes for adjacent positions.
The U.S. wage figures on this page come from the BLS OEWS 2025 wage data shown on the O*NET page for this occupation; employment and outlook use the updated BLS cycle specified by this evidence route (2025 to 2035). Both that page and the wage percentile page explicitly label the data subject as the combined occupation of clinical laboratory technologists and technicians, and this page marks that at each point rather than writing it as a value unique to one type of position within this occupation; the 2024 to 2034 values still shown on the O*NET page for this occupation appear only as an explanation of the difference in basis.
The practice and the seven-day schedule are fictional material designed by FermatMind editors to help readers judge whether they are willing to repeat this workflow; they are not research findings and not medical or safety or compliance advice, and must not be used for real testing or as a basis for result reporting -- real work must be performed by personnel with the appropriate qualifications and authorization under applicable regulations and institutional policies.
The nine-module O*NET29-2011.00 Updated2026 tasks, interests, education, and context for this round belong to the technologist; wages, industry employment, and projections use the BLS combined 29-2010, with a data period of May 2025 / 2025—2035. The China exact-wage gap is retained and the Q/M unit background is listed separately; the AI and development suggestions do not purport to be a trial or an employer survey.
Nine-module retrieval and revision this round: 2026-10-09; the original shared facts and sources are retained for consumers outside this scope, without claiming that the whole page was updated in the same period or that all facts have been verified.
Sources checked include the current complete O*NET table, recruitment keywords and certification search, the BLS combined wage, the OOH and Table 1.2, and NBS2025 tables 2/5; key duties are checked against China's Measures for the Administration of Clinical Laboratories, 2020 revision and the critical-value provisions of the core system, the U.S. CMS CLIA high-complexity personnel provisions, and the Personal Information Protection Law.
Limitations：Supports the exact occupational identity, 16 tasks, work activities, and work context; it does not cover the rules of specific jurisdictions on laboratory personnel qualifications and test items.
Limitations：Supports occupational characteristics, knowledge (10 items), abilities (25 items), interest code IRC, and work styles (6 items); the occupation page does not mark this code as Bright Outlook, and does not provide task importance scores.
Limitations：Supports the U.S. employment industry structure (health care and social assistance 83%, other industries including educational services 17%); it is not a guarantee of individual income.
Limitations：Supports the laboratory technology and software keyword list; keywords are a market signal and do not equal proficiency or adoption rate.
Limitations：Supports the preparation level (Job Zone Four, SVP 7.0 to below 8.0) and the education distribution shown on the page (52% of respondents answering that a bachelor's degree is required, with the page showing only that one tier); it does not replace job requirements in the Chinese mainland.
Limitations：This combined occupation (clinical laboratory technologists and technicians) had a 2025 median annual wage of 62,930 dollars and a median hourly wage of 30.26 dollars; 2025 employment of about 343,000 people, projected growth of 3% from 2025 to 2035, and about 20,800 openings a year; the O*NET page for this occupation still shows 351,200 people and an average of 22,600 openings a year for 2024 to 2034, and this page does not average them.
Limitations：Supports the annual and hourly wage percentiles cited on this page (median annual wage 62,930 dollars, median hourly wage 30.26 dollars); the page labels the data subject as the combined occupation of clinical laboratory technologists and technicians, the statistics exclude self-employed and owner income, and individual income cannot be derived from them.
Limitations：Supports the updated employment projection specified by this evidence route (about 343,000 people in 2025, growth 3%, about 20,800 openings a year); it is on the combined-occupation basis, and projections contain assumptions and error.
Limitations：This is an aggregate basis at the industry-category and personnel-major-category level, not an exact basis for this occupation; this page therefore only registers the gap and publishes no figures.
Limitations：Supports the general framework that clinical laboratory testing must be safe, accurate, timely, and effective and must protect privacy, and that test items and personnel and quality and biosafety follow competent-authority and institutional rules; this page does not replace the original official documents.
Limitations：The public wage material entry point registered in this evidence route; this round did not establish from it a national wage basis mapping one-to-one to O*NET-SOC 29-2011.00, so this page only registers the gap and the mapping boundary.
Limitations：It is an exposure measure, not an adoption rate, automation rate, or job-loss projection; the cross-economy basis cannot be converted directly into country-level job changes.
Limitations：This is editorial synthesis and fictional material, not a research finding or industry fact, and must not be used for real testing or as a basis for result reporting.
Limitations：Supports the percentage distribution of work context (precision, protective equipment, disease or infection exposure, communication, pressure, and automation); it is a respondent distribution, not a guarantee for an individual position.
Limitations：Supports the annual and hourly percentiles at 10/25, the median, and 75/90, and the page labels it as the combined-occupation basis; individual annual pay or take-home income cannot be derived from it.
Limitations：Supports the technician-side task and qualification description within the combined basis (technicians take on more routine testing and established procedures); this page uses it to explain the layering within the combined basis and does not write it as two mutually recognized qualifications.
Limitations：Supports the coverage of the wage statistics, the inclusions and exclusions, and the standard work-year conversion basis; it is not used to infer individual income.
Limitations：Technologist tasks, context, interests, and education only; 16 tasks with 13 core and 2 supplementary and 1 new unscored, 41 activities with 16 detailed activities and 57 context items; 10 basic and 25 transferable skills and 33 knowledge and 52 abilities; 21 scored styles; I86R80C67S30E9A2; the new-entrant survey shows only 52 bachelor's, not the education of all practitioners
Limitations：Combined technologists and technicians, annual 38910/47650/62930/81450/100990 and hourly 18.71/22.91/30.26/39.16/48.55; not separate technologist data or starting pay, and excluding the self-employed
Limitations：Combined health and social assistance 83, other 17%; not a wage distribution
Limitations：7 keywords Office/Excel1, MEDITECH/PP/Word below 1, eClinicalWorks/Project NotAvailable and not 0; not an AI adoption effect
Limitations：The 38 search results include adjacent records, not 38 required licenses; the specific conditions, costs, and employer recognition were not verified
Limitations：Combined national median 62930; private general surgical hospitals 69190, education 63690, medical and diagnostic laboratories 58320, physicians' offices 56850, other outpatient care 48140; technologists usually hold a bachelor's degree and technicians usually an associate degree; some states require licensure; the statement that automated workflows may suppress demand is projection narrative, not a generative AI effect
Limitations：343.0 to 352.4 thousand, net 9.4 thousand, growth 2.7, annual openings 20.8 thousand, self-employed 0.7%; OOH3 is rounded and cannot be used to recalculate totals
Limitations：Q146266/75631; M182064/83560 non-private/private unit category annual averages, all categories and all occupations, matched by actual main activity, and not this occupation's wage; urban legal entities with 5 or more people include qualifying third-party enterprises, with outsourcing not excluded across the board
Limitations：12 education and professional position qualification; 19 diagnostic reports by licensed physicians with a township assistant-physician exception, not all results requiring a physician; 22—26 procedures/calibration/quality control/corrective records; 35 training, 38 protection, 43 emergency plans; 21 non-clinical laboratory items must not issue clinical reports
Limitations：14 critical values by double check, or single-person double check at night or in an emergency, immediate repeat only where a repeat is required, the receiving party recording accurately and reading back and notifying the physician immediately, with full traceability; 18 permissions and the full lifecycle of information; not the 2023 interpretation version
Limitations：493.1489 multiple education and training pathways for high-complexity personnel plus state licensure; 493.1495 only the director's authorization and commensurate ability, with quality performance failures handled per the established procedure, corrected or the supervisor notified immediately, and documented; not all testing requires a bachelor's degree or a physician
Limitations：13 basis; 28 sensitive information such as medical and health data; 29—31 requirements; de-identification, internal channels, and institutional permission are not automatically lawful
Limitations：A voluntary framework, not a mandatory clinical procedure, AI adoption, or effect study
Limitations：Includes base pay, hazardous-duty pay, and other specified incentives; excludes overtime, shift differentials, non-production bonuses, and benefits; does not include the self-employed
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Limitations：Only the current adjacent definition; does not support transition distance or success rates or a uniform Chinese qualification; medical microbiology may overlap with clinical duties
Check testing and reporting duties against the actual jurisdiction, institution, testing complexity, and your own qualifications; critical values must be verified promptly, notified, and documented. Out-of-control, exposure, and resumption are handled per the real quality and safety procedures and by the appropriate role, and institutional authorization cannot replace a legal qualification or a lawful data-processing basis.
MBTI (English) · Big Five (English) · MBTI (Chinese) · Big Five (Chinese)
Turn the testing process and results into an accurate, traceable, and promptly delivered report
| Microbiologists study the characteristics of microorganisms, including medical microbiologists who study the relationship between microorganisms and disease, with reported job titles such as clinical microbiologist. Tasks can overlap with this occupation; whether clinical testing and reporting are performed must be checked against the actual position, qualifications, and institution, and cannot be ruled out across the board. |
| Based on testing procedures and quality control rules and instrument and reagent instructions and result verification; the leading O*NET work activities are evaluating information to determine compliance with standards, making decisions and solving problems, inspecting equipment and structures or materials, analyzing data or information, and recording information |
| Core process | Medical scientists focus on disease mechanisms and experimental research and produce papers and research reports; this occupation completes clinical testing per procedure and issues traceable result reports | Receive and verify specimens, test per procedure, read and verify results, repeat or confirm per quality control rules, enter and issue reports, and notify per procedure for abnormal or critical results Testing and reporting follow your own actual qualifications and authorization; the fourteenth item of China's core system for medical quality and safety: double-check and sign off against the institution's critical-value list and the outpatient/emergency or inpatient workflow, with one person checking twice at night or in an emergency; tests that require only a repeat are repeated immediately. The receiving party records accurately, reads back to confirm, and notifies the relevant physician immediately; personnel, time, and content are traceable throughout. You must not wait for all anomaly investigations to finish before notifying. |
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| Main outputs | Chemists focus on chemical analysis methods and the study of substances; this occupation applies chemical and biological methods to clinical specimen testing and carries responsibility for result reporting | Test results and review records, quality control and instrument records, critical-value notification records, reports and archiving records, biosafety and waste disposal records |
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| Accountable party | This page presents task and output boundaries and does not constitute any assignment of practice or legal duties | China's Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision: Article 12 requires professional technical personnel to hold the corresponding professional degree and professional technical position qualification; Article 19 provides that diagnostic clinical test reports are issued by licensed physicians, and in township and ethnic township and town medical institutions may be issued by licensed assistant physicians, which cannot be expanded into a requirement that all test results be signed by a physician. Articles 22—26 require procedures, system effectiveness, calibration, internal quality control, and records of out-of-control correction. In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded. Critical values are additionally notified promptly per institutional procedure. |
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| Entry and licensing | Chinese mainland: this evidence route did not establish an occupational fine category mapping one-to-one to O*NET-SOC 29-2011.00; the related duties may be distributed across hospital laboratory departments and clinical laboratories and third-party medical testing organizations and blood transfusion and pathology and public health testing sequences, and must be classified by the actual job duties and institution type | The O*NET29-2011.00 technologist new-entrant education requirement survey shows bachelor's 52% only, not the education distribution of current practitioners; JobZone4 and SVP7 to below 8 are technologist preparation groupings. The combined BLS OOH note states that technologists usually hold a bachelor's degree and technicians usually an associate degree, that some states require licensure, and that employers may prefer certification; the technologist survey cannot be generalized to all technicians. In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded. |
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| Conclusion boundaries | Cross-role comparisons cannot rely on similar names alone; specimen types, testing complexity, reporting responsibility, and qualification requirements differ, and similar tasks do not mean the roles are interchangeable | The conclusion applies only to the O*NET and BLS bases and periods marked on this page |
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Judgment four: whether critical results are notified promptly and accurately with read-back
Judgment five: whether records and documentation trails are traceable
Judgment six: whether biosafety and waste disposal are compliant
Whether health, immunization, or background checks are required must be checked against the target position; there is no universal sample this round
Skills and abilities importance is not a hiring threshold
The technologist's complete tasks and activities, not generalized to all technicians
The OOH describes automated equipment, microscope, and counter operation
Tool proficiency does not automatically confer testing or reporting qualifications
Multiple reasonable framings are allowed; if you consider some information insufficient to judge, you should clearly write out which parts are insufficient and what additional information is needed.
The specimen and results and quality control and critical-value list given in the prompt are all fictional values, used only to practice the testing logic and boundaries.
| Whether you know to verify the specimen and quality control before releasing results, and whether you distinguish specimen problems from instrument problems. |
| Editorial possible assessment direction; there is no universal employer hands-on sample, and Q&A is not equivalent to practical ability. |
| Hands-on or case assessment | Complete specimen receipt verification and result interpretation and repeat-testing judgment on the given material. | Procedural execution proficiency, result interpretation and anomaly handling, and records and safety standards. | Assessment material differs in complexity from a real department, so the result is for reference and not conclusive. |
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| Probation or supervised placement period | Take on real testing work under review and undergo quality and safety and record inspection. | Whether procedures are followed, whether anomalies and out-of-control events are reported promptly, and how quickly problems are corrected after being pointed out. | Real supervised placement requires the appropriate qualifications, actual project authorization, supervision, and quality and safety procedures; performance does not equal a long-term capability ceiling. |
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Answer three questions: would you be willing to repeat this work; which step engaged you most; and which one capability would you build next week (testing operations, quality control and out-of-control handling, specialty direction, or quality and safety systems).
| Specific time and cost were not verified this round |
| The O*NET29-2011.00 technologist new-entrant education requirement survey shows bachelor's 52% only, not the education distribution of current practitioners; JobZone4 and SVP7 to below 8 are technologist preparation groupings. The combined BLS OOH note states that technologists usually hold a bachelor's degree and technicians usually an associate degree, that some states require licensure, and that employers may prefer certification; the technologist survey cannot be generalized to all technicians. |
| Institutional training and job authorization | All personnel who handle specimens and test reports | Determines the test items that may be performed and the scope of reporting | The applicable job requirements are checked against the jurisdiction and the real role | Specific qualifications, training, and appointment conditions are checked against the target position | Specific time and cost were not verified this round | In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded. Institutional authorization cannot replace a legal qualification. |
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| The personnel qualifications required by the jurisdiction | Personnel who perform testing in a regulated laboratory | Determines whether testing may be performed in the corresponding position | The applicable job requirements are checked against the jurisdiction and the real role | China's Measures for the Administration of Clinical Laboratories in Medical Institutions, 2020 revision: Article 12 requires professional technical personnel to hold the corresponding professional degree and professional technical position qualification; Article 19 provides that diagnostic clinical test reports are issued by licensed physicians, and in township and ethnic township and town medical institutions may be issued by licensed assistant physicians, which cannot be expanded into a requirement that all test results be signed by a physician. Articles 22—26 require procedures, system effectiveness, calibration, internal quality control, and records of out-of-control correction. In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded. | Specific time and cost were not verified this round | Must match the specific testing complexity and the state and jurisdiction; not all personnel are uniformly required to hold a bachelor's degree or a physician license. |
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| Specialty-direction technical capability (such as hematology or microbiology or transfusion) | People who want to take on specialty-direction testing | As evidence of capability for a specialty position | The applicable job requirements are checked against the jurisdiction and the real role | Specific qualifications, training, and appointment conditions are checked against the target position | Specific time and cost were not verified this round | Specialty capability, legal qualification, and project authorization are checked separately. |
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| Quality and biosafety training | People who take part in quality system and biosafety execution | Determines the quality control and safety duties that may be taken on | The applicable job requirements are checked against the jurisdiction and the real role | Article 35 of the Chinese measures requires pre-post education and annual biosafety training; other jurisdictions are checked separately | Specific time and cost were not verified this round | Training does not automatically confer independent exposure treatment, testing resumption, or reporting authority. |
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| Mentoring and training experience | People who take on mentoring or technical supervisor duties | Affects whether you can independently own method validation and mentoring | The applicable job requirements are checked against the jurisdiction and the real role | Specific qualifications, training, and appointment conditions are checked against the target position | Specific time and cost were not verified this round | Mentoring and method validation duties must be confirmed against institutional policies. |
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In the United States, personnel performing high-complexity testing under CLIA are checked under §493.1489 for state licensure (where the state requires it) and the applicable education and training pathways, including a relevant bachelor's degree and an associate degree in laboratory science, and this is not a uniform bachelor's degree or physician license; §493.1495 limits testing to that authorized by the laboratory director and commensurate with the person's training and abilities, performed according to the laboratory's specimen, testing, reporting, quality control, and anomaly-handling procedures, with problems corrected or the appropriate supervisor notified immediately and recorded. Check the lawful basis for processing, necessity, and requirements for sensitive information such as medical and health data under Articles 13/28—31 of the Personal Information Protection Law; institutional permission, de-identification, or internal systems do not automatically create lawful processing authority.
Next moves：Write the handling basis and process into written records.
Typical scope：Own quality system documents and internal and external inspections and corrective action tracking.
Readiness evidence：Editorial presentation suggestion: be able to show system documents and inspection and corrective action records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable institutional authorization and system experience. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Organize common non-conformities and corrective standards into a stable version.
Typical scope：Take part in building quality and biosafety and personnel authorization systems.
Readiness evidence：Editorial presentation suggestion: be able to show institutional documents and training and inspection records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable in-institution responsibilities and long-term experience. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Organize management experience into handover-ready institutional text.
Next moves：Write operational risks and responses into the plan.
Typical scope：Own staffing and scheduling and project launch and quality and external collaboration.
Readiness evidence：Editorial presentation suggestion: be able to show operations and quality and collaboration records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable institutional authorization and management experience. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Organize operational and quality issues into an improvement plan.
Typical scope：Take part in laboratory planning and capability building and policy and outsourced management.
Readiness evidence：Editorial presentation suggestion: be able to show planning documents and policies and outsourced-management records. Show only real approved materials; without experience, use explicitly labeled fictional or teaching cases to explain your approach, and never fabricate testing experience or disclose patient data.
Credential boundary：Editorial position preparation suggestion: verifiable in-institution responsibilities and long-term experience. There is no universal employer threshold sample this round; the corresponding professional qualification and specific appointment conditions are checked separately against the applicable jurisdiction.
Next moves：Organize planning experience into handover-ready institutional text.
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.
