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SOC 17-2111
Health and safety engineers correspond to exact occupation O*NET / SOC 17-2111.00, Health and Safety Engineers, Except Mining Safety Engineers and Inspectors: promote worksite or product safety using knowledge of industrial processes, mechanics, chemistry, psychology, and industrial health and safety laws, including industrial product safety engineers. Core tasks include investigating industrial accidents and occupational diseases, evaluating product designs and misuse risks, conducting or directing air, noise, temperature, and radiation testing, evaluating corrective-action adequacy, reviewing machinery and equipment plans and specifications, and employee safety training. Common titles include Health and Safety Specialist, Industrial Hygienist, Industrial Safety Engineer, Product Safety Engineer, and Safety Engineer. Official scope: Promote worksite or product safety by applying knowledge of industrial processes, mechanics, chemistry, psychology, and industrial health and safety laws. Includes industrial product safety engineers. Scope note: U.S. wages and employment use this occupation's own scope (17-2111.00) as presented by O*NET on 17-2111.00, without a parent-occupation label or substitution of neighboring figures. Projected 2024—2034 growth is 3% to 4%; O*NET assigns Job Zone Four (considerable preparation, SVP 7.0 to below 8.0). This page provides no occupational safety, product safety, industrial hygiene, medical, legal, or compliance advice.
Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((25+50+50)/3+0.5)=42; fermatmind-ai-impact-v1; 2026-10-18.
Responsibility judgment | Fit requires three things in the same safety and product-safety task: substantive professional work—use processes, data, regulations, and current standard versions for hazard identification, risk assessment, compliance review, corrective recommendations, and verification, producing usable assessment, correction, accident, and training records. Maintain safety, compliance, and boundaries—review under occupational safety, product safety, industrial hygiene, fire, and environmental requirements with traceable records; confirm data, assumptions, and standard versions procedurally; distinguish disclosable information from controlled enterprise, employee, or personal information. Accept defined job responsibility—be responsible for assessments, advice, and records you produce and refer beyond-authority matters, statutory qualifications, accident determinations, product recalls, compliance conclusions, and disclosure to corresponding personnel or organizations. Test this through verifiable experience, such as a fictional hazard identification, risk assessment, and compliance report, corrective-action and verification tracking explanation, or accident or exposure investigation review, rather than interest questionnaire conclusions alone.
Caution signals | O*NET also shows for 17-2111.00, using activity importance and context percentage responses: evaluating information against standards (88), getting information (85), evaluation and problem solving (82), and inspecting equipment, structures, or materials (80) are highest. Exactness or accuracy is 82% extremely important; decision freedom 81%; decision impact on colleagues or company results 81%; responsibility for others' health and safety 77% very high; error consequences 57% serious; time pressure 73% daily; decisions 73% daily; contaminants 46% daily; hazardous conditions 42% daily; common protection 76% daily. Work concerns workplace hazards, product safety, and industrial hygiene. A single identification or risk assessment error, wrong regulation or standard, inaccurate correction or verification conclusion, false investigation or data record, or unauthorized safety or compliance determination may cause injury, occupational disease, product defects, recalls, and legal liability. O*NET assigns Job Zone Four (considerable preparation, SVP 7.0 to below 8.0), generally requiring a four-year bachelor's degree, though not universally. Education percentages are not displayed. U.S. 2024—2034 growth is 'Average (3% to 4%)'. If sustained rigor and objectivity across regulations, standards, data, and stakeholder views are difficult, or high responsibility for others' health and safety, serious error consequences, or responsibility for authentic reviews and records is hard to accept, weigh these practical costs carefully.
Occupational profile | Exact occupation O*NET 17-2111.00, Health and Safety Engineers, Except Mining Safety Engineers and Inspectors, assesses, reviews, and investigates workplace safety, product safety, and industrial hygiene in manufacturing, professional and technical services, safety and compliance consulting, and testing and assessment organizations. Tasks include facility and machinery inspections, air, noise, temperature and radiation tests, corrective-action and design adequacy reviews, accident and disease investigations, product safety and misuse reviews, training, and coordination. Common titles include Health and Safety Specialist, Industrial Hygienist, Industrial Safety Engineer, Product Safety Engineer, Safety Engineer, and System Safety Engineer. O*NET's 17-2111.00 page lists professional, scientific, and technical services and manufacturing as major U.S. industries. Highest activities are evaluating information against standards (importance 88), getting information (85), communication (82), decisions and problem solving (82), and inspecting equipment, structures, or materials (80). Email is 97% daily, face-to-face discussions 93% daily, accuracy 82% extremely important, decision freedom 81%, responsibility for others' health and safety 77% very high, error consequences 57% serious. Job Zone Four means considerable preparation, SVP 7.0 to below 8.0, generally a four-year bachelor's degree though not universally; education percentages are absent and not supplied here. O*NET's 17-2111.00 wage and employment figures use this occupation's own scope: 2025 median annual wage $115,160, hourly $55.36, 2025 employment 22,300, 2025—2035 growth 5.4% (OOH approximately 5%), and approximately 1,200 average annual openings.
Career direction comparison
Introduction | Comparisons use four columns: career direction—core work and outputs—key distinctions—better suited choices. Workplace safety, product safety, industrial hygiene, occupational health, fire protection and compliance often connect in manufacturing or service organizations, but are not interchangeable. Learn each direction's objects, regulations, standards, data, authority and responsibility boundaries afresh.
| Career Direction | Core work and outputs | Key differences | Which choice is a better fit |
|---|---|---|---|
| This Occupation: Health and Safety Engineers (O*NET / SOC 17-2111.00, Health and Safety Engineers, Except Mining Safety Engineers and Inspectors) | Core work and outputs: inspect facilities, machinery and safety equipment to identify and correct hazards; conduct or direct air, noise, temperature and radiation tests for compliance; assess corrective-action and design adequacy; investigate industrial accidents, injuries and disease for causes and prevention; review product safety and misuse hazards; develop industry standards and write and revise safety rules; train employees and give technical health advice. Outputs are hazard identification, risk, compliance, correction, investigation and product-review records under current rules and standards (O*NET / SOC 17-2111.00). |
AI's impact on the occupation
Direct answer | Identification, risk assessment, accident analysis and product review combine processes, site data and applicable standards. Explore AI assistance for searches, records and drafts, while distinguishing sensors, exposure models and generative AI. No occupational AI adoption, time savings or job substitution measurements / causal evidence are available here. O*NET tasks cannot prove existing efficiency gains or freedom from replacement. AI Impact Score 42% is an editorial estimate. Model impact index for three equally weighted representative core tasks; not a measured share of working time or a job-loss probability. floor((25+50+50)/3+0.5)=42; fermatmind-ai-impact-v1; 2026-10-18.The three tasks, ratings and sources are listed in the FermatMind method source record on this page.
FermatMind AI Impact Score estimation method v1
FermatMind / 费马测试 · 2026-10-18
Editorial ratings use the existing occupational responsibilities and AI task analysis on this page. They are not adoption rates, measured effects, job-disappearance or personal-unemployment probabilities, or official scores from Stanford or another external institution. No measured time weights or future robot deployment are assumed.
Mainland China wage reference
Classification comparison | Exact occupation O*NET 17-2111.00 differs in objects and authority from occupational health specialists (19-5011.00), fire-protection engineers (17-2111.02), environmental inspectors (13-1041.01), environmental engineers (17-2081.00), environmental scientists (19-2041.00), environmental protection technicians (19-4042.00), occupational health technicians (19-5012.00), industrial engineers (17-2112.00), and security management specialists (13-1199.07). International classifications such as ISCO-08 indicate broad placement only, not U.S. SOC or Chinese qualifications, classifications or statistical scope. Chinese boundaries under safety, hygiene, product quality, special-equipment and fire systems do not map exactly one-to-one, especially statutory testing, assessment and accident determinations requiring qualifications. Different statistics and legal environments prevent numerical conversion.
Definition | Exact occupation O*NET 17-2111.00, Health and Safety Engineers, Except Mining Safety Engineers and Inspectors, promotes worksite and product safety using industrial processes, mechanics, chemistry, psychology and industrial health and safety laws, including industrial product safety engineers. Titles include Health and Safety Specialist, Industrial Hygienist, Industrial Safety Engineer, Product Safety Engineer, Safety Engineer and System Safety Engineer. Outputs are identification, risk, compliance, correction, investigation and product-review records under current rules and standards. This is U.S. scope; see separate Chinese safety, health, special-equipment, product-safety and statistical notes.
US wage reference
Direct answer | O*NET's 17-2111.00 page shows 2025 U.S. median annual wage USD 115,160, hourly 55.36; 10th percentile annual 68,420 (hourly 32.89), 25th 90,930 (43.72), 75th 142,980 (68.74), and 90th 171,250 (82.33), BLS OEWS 2025 via O*NET. Employment: 22,300 in 2025, 2025—2035 growth 5.4% (OOH approximately 5%), approximately 1,200 annual openings including growth and replacement. O*NET's 17-2111.00 page has no higher- or parent-occupation label; this page uses its own scope (17-2111.00), without neighboring figures. Differences mainly reflect region, industry, specialty, qualifications and duties. Median is not starting pay. Wages include production incentives but exclude overtime, shift differentials, nonproduction bonuses and benefit costs.
| Position in wage statistics | Annual wage reference | Conversion limits | How to interpret this position |
|---|---|---|---|
| Bottom 10% | 10th-percentile annual wage USD 68,420 / hourly USD 32.89 (2025, BLS OEWS, this occupation's own scope: 17-2111.00) | Official annual wages, not an individual's monthly income | National distribution positions cannot identify personal experience, certificates or duties. |
Career fit guide
Direct answer | Tools and assessments cannot predict registration, qualification or examination success, consistent identification, risk, compliance and investigation work under project and incident conditions, or replace actual cases. The most reliable judgment uses a real or simulated assessment and investigation to examine process, data and standards reading, conclusions, records and professional, authority and disclosure boundaries.
You may be better suited if： Fit signals: responsibility for health, products and compliance within rules and authority; switching analysis, inspections and communication while valuing evidence and records; maintaining professional judgment and review under pressure; reporting and transferring insufficient data or beyond-authority matters.
Situations requiring caution： Caution signals: difficulty sustaining rigor and objectivity across data, rules, standards and stakeholder views; bearing high health and safety responsibility and serious errors; accepting authentic reviews and records; or reporting and transferring beyond authority.
Try an entry-level practice exercise： Verification suggestion: use simulated or real assessments and investigations to examine processes, data, rules, conclusions and records, then check target education, registration, qualifications, authority and insurance before committing long term.
Work pressures, risks, and professional boundaries
Direct answer | Central risks extend beyond finding problems to four consequential failures. Safety and health: missed hazards, wrong exposure assessments or failed controls, unprotected inspections and monitoring, unidentified chemical, physical, biological, radiation or mechanical hazards may cause injury and occupational disease. Compliance and responsibility: wrong rules or versions, unimplemented corrections, inadequate verification, false investigations or records may cause violations, penalties, liability, defects and recalls. Conclusions and verification: wrong risk levels, inaccurate causes, unreliable product conclusions or insufficient closure evidence may cause rework, residual risks and misjudgments. Authority and collaboration: unauthorized compliance, accident or recall conclusions or disclosure, single-source qualifications or testing capability, and unclear correction, disclosure and responsibility standards with production, design, legal and regulators cause disputes. Accuracy 82% extremely important, responsibility for others 77% very high, decision impact 81% important results and error consequences 57% serious provide professional context for serious consequences.
O*NET supports task context. Six scenarios, consequences and controls are editorial synthesis, without accident rates or card-specific legal validation. Check local qualifications, issuance, investigations and recall responsibilities by jurisdiction and matter; wages or AI frameworks do not prove safety risks.
Entry, qualifications, and career development
Direct answer | BLS typical entry is an engineering-related bachelor's degree. Education does not automatically confer state professional engineering licensure or Chinese registration. Learn processes, identification, analysis and standards, then gain supervised site, product or compliance projects. Chinese internal engineering and statutory assessment or testing have different qualifications; check industry, organizational credentials and signing actions. Examinations and surveillance follow actual exposures and positions. The latter three directions are editorial development suggestions, not universal promotion or credential processes.
Career outlook and transitions to related occupations
Direct answer | U.S. wages and employment use this occupation's own scope on O*NET's 17-2111.00 page, without higher- or parent-occupation labels. In 2025 median annual wages are USD 115,160, hourly 55.36; annual 10th percentile 68,420, 25th 90,930, 75th 142,980 and 90th 171,250 (BLS OEWS 2025 via O*NET). Employment: 22,300 in 2025, 2025—2035 growth 5.4% (OOH approximately 5%), annual openings approximately 1,200 including growth and replacement. Openings mainly comprise replacement; totals are small and depend on manufacturing, professional services and regulation, not personal outcomes or neighbors. No precisely matching Chinese national distribution was obtained; only scopes and gaps are recorded without proxies.
United States · SOC 17-2111.00 (OEWS 2025 via O*NET)
Median annual USD 115,160 / hourly 55.36; annual 10th percentile 68,420, 25th 90,930, 75th 142,980, 90th 171,250 (USD / year)
Wages (Median and Percentiles, Own Scope: 17-2111.00)
Exact occupation O*NET 17-2111.00, Health and Safety Engineers, Except Mining Safety Engineers and Inspectors, promotes worksite or product safety through industrial processes, mechanics, chemistry, psychology and industrial health and safety law, including industrial product safety engineers. Core tasks: accident, injury and disease investigation for causes and prevention (importance 88); product safety research (84); design safety (83); training (82); current policy, regulatory and process knowledge (82); hazard detection, prevention and elimination (82); investigation and inspection findings (81); misuse health hazards (81); correction adequacy (77); safety-rule interpretation (74); machinery plans and specifications (73); air, noise, temperature and radiation tests (70). Titles include Health and Safety Specialist, Industrial Hygienist, Industrial Safety Engineer, Product Safety Engineer, Safety Engineer and System Safety Engineer. O*NET's 17-2111.00 page lists professional, scientific and technical services and manufacturing as major U.S. industries. U.S. classification and own occupational wage and employment scope (17-2111.00) apply. No safety, product-safety, hygiene, medical, legal or compliance advice.
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.
Fit signals | U.S. O*NET 17-2111.00's most important activities are evaluating information against standards (88), getting information (85), communicating with supervisors, peers, or subordinates (82), making decisions and solving problems (82), inspecting equipment, structures, or materials (80), documenting / recording information (77), identifying objects, actions, and events (77), organizing, planning, and prioritizing (76), interpreting information for others (75), training and teaching others (75), and updating and using relevant knowledge (75). Work context percentage responses show email 97%, face-to-face discussion 93%, telephone 92%, contact with others 82%, importance of exactness or accuracy 82%, decision freedom 81%, decision impact on colleagues or company results 81%, teamwork or team contribution 81%, responsibility for others' health and safety 77%, time pressure 73%, decision frequency 73%, sitting 59%, and error consequences 57%. If you willingly review and advise using regulations, standards, and data, communicate across design, production, safety, and compliance, and accept professional responsibility for workplace and product safety, these daily demands are closer to your working style.
This checklist supports self-questioning only, not hiring standards, ability scores, or job-competence judgments, nor occupational safety, product safety, industrial hygiene, medical, legal, work safety, fire safety, or investment advice. This page covers exact U.S. occupation O*NET / SOC 17-2111.00, Health and Safety Engineers, Except Mining Safety Engineers and Inspectors: promote worksite or product safety using industrial processes, mechanics, chemistry, psychology, and industrial health and safety laws, including industrial product safety engineers. Official scope: Promote worksite or product safety by applying knowledge of industrial processes, mechanics, chemistry, psychology, and industrial health and safety laws. Includes industrial product safety engineers. O*NET core tasks include investigating industrial accidents, injuries, or occupational diseases to identify causes and prevention (importance 88); studying product safety levels (84); evaluating design safety (83); conducting or coordinating employee training in safety laws, hazardous-condition monitoring, and safety equipment use (82); maintaining and applying current policy, regulatory, and industrial-process knowledge (82); recommending procedures to detect, prevent, and eliminate physical, chemical, or other product hazards (82); reporting or reviewing accident investigation, facility inspection, or environmental test findings (81); assessing potential health hazards or damage from product misuse (81); evaluating adequacy of action correcting health-inspection violations (77); interpreting safety regulations for others concerned with industrial safety (74); reviewing new machinery or equipment construction plans and specifications against all safety requirements (73); helping prepare product-use and warning-label instructions (72); interviewing employers and employees about work environments and incidents (70); providing expert testimony in litigation (70); reviewing employee safety programs for adequacy (70); conducting or directing air-quality, noise, temperature, or radiation testing for compliance (70); advising organizations on health-related issues and necessary changes (69); developing industry product safety standards (65); liaising with external organizations such as fire departments, mutual-aid societies, and rescue teams for emergency response (65); planning and conducting industrial hygiene research (61); compiling, analyzing, and interpreting occupational disease and accident statistics (59); writing and revising safety regulations and codes (58); designing and building safety equipment (58); consulting medical professionals on health risks and management approaches (57); checking factory floors for strength to support heavy machinery (50). Additional tasks include inspecting facilities, machinery, or safety equipment to identify and correct hazards and ensure compliance, and installing or directing installation of machinery safety devices. Common titles include Health and Safety Specialist, Industrial Hygienist, Industrial Safety Engineer, Product Safety Engineer, Safety Engineer, System Safety Engineer, Product Safety Consultant, and Safety and Health Consultant. Wage, employment, and industry figures use this occupation's own scope as displayed by O*NET on 17-2111.00, without a higher- or parent-occupation label; 2024—2034 growth is 'Average (3% to 4%)'. See sections below for scope and boundaries.
Exercise | An entirely fictional workplace and product safety assessment package, for process practice only, representing no actual enterprise, site, product, incident, client, or data. Draft a plan covering: (1) how to structure hazard identification, risk assessment, and compliance review from a fictional workplace hazard list and product safety design description: hazard categories, exposure routes and affected populations; likelihood, severity, and priority; existing controls and applicable regulations and standards; corrective recommendations, responsibilities and deadlines; residual risks and review. Identify missing information: processes, equipment and materials, exposure monitoring and occupational limits, applicable regulatory and standard versions, intended use and misuse, and past accident and inspection records. (2) Design completion and review points for a fictional hazard, risk, and corrective-action tracking form: fields and units; hazards, areas, positions and populations; likelihood, severity and risk levels; control hierarchy and responsible persons; deadlines, verification and closure evidence; originals and traceable revisions. (3) Write a transferable assessment summary: scope and methods—hazards and risks—regulatory and standards compliance—corrective recommendations and priorities—residual risks and outstanding issues. (4) Record and retain assessment, monitoring, correction, training, and accident investigation records; distinguish disclosable information from controlled information or materials involving enterprises, employees, or personal information. (5) Pause, review, and report insufficient data or invalid assumptions, correction measures conflicting with regulations, accidents or exposures beyond assessment scope, and conclusions requiring statutory qualifications or exceeding job authority. Use public materials and simulated data, without real enterprise data or personally identifying information.
Direct answer | This page covers exact occupation O*NET 17-2111.00, Health and Safety Engineers, Except Mining Safety Engineers and Inspectors. Work categories: (I) Hazard identification and monitoring—inspect facilities, machinery, and safety equipment to identify and correct hazards; conduct or direct air-quality, noise, temperature, or radiation tests against safety laws; check factory floor strength for heavy machinery. (II) Risk assessment and compliance review—assess corrective actions for health-inspection violations, review machinery or equipment construction plans and specifications against safety requirements, and maintain current policy, regulatory, and process knowledge. (III) Corrective recommendations and standards—recommend detection, prevention, and elimination procedures for physical, chemical, or other product hazards, develop industry product safety standards, write and revise safety regulations and codes, and design and build safety equipment. (IV) Accident investigation and professional support—investigate industrial accidents, injuries, and occupational disease for causes and prevention, report or review investigation, inspection, and environmental-test findings, provide expert testimony, and consult medical professionals on health risks. (V) Product safety review—research safety levels, assess design safety and misuse hazards or damage, and help prepare use and warning-label instructions. (VI) Training and coordination—conduct or coordinate employee safety-law, hazard-monitoring, and equipment-use training; review employee safety programs; advise on health issues; and liaise with fire departments, mutual-aid societies, rescue teams, and others for emergencies. Work cycle: identification and monitoring—risk and compliance review—corrective advice and standards—investigation and professional support—product safety review—training, coordination, and review. This occupation is distinct from environmental compliance inspectors, fire-protection engineers, environmental engineers, environmental scientists, environmental protection technicians, occupational health specialists and technicians, industrial engineers, and safety management specialists. Its duties do not replace statutorily qualified organizations' accident, recall, or compliance decisions.
Operations and records | Start from processes, equipment, materials, data, and applicable regulations and standards. Before assessment, check hazards, exposures, affected populations, current versions and scope, methods, assumptions, and sources. Perform monitoring and tests at prescribed methods and frequencies and record results. Explain and record risk levels and control measures by hierarchy and feasibility. Track corrective-action owners, deadlines, verification, and closure evidence. Investigations state timelines, evidence, causes, and recommendations. Product reviews state intended use, misuse, and residual risks. Keep originals and revisions traceable, without retrospective alteration. Manage controlled enterprise, employee, or personal information under organizational and legal requirements. Statutory qualifications, accident conclusions, recalls, compliance determinations, and disclosure require corresponding qualified personnel or organizations. Important assessments and records must be reviewable by supervisors, safety, and compliance personnel.
Boundary conclusion | This page corresponds to O*NET 17-2111.00. Core distinctions concern objects, outputs, and authority. It identifies and assesses workplace hazards, product safety, and industrial hygiene, reviews compliance, and investigates accidents, producing hazard, risk, compliance, correction, investigation, and product review records under current regulations and standards. Environmental compliance inspectors (13-1041.01) inspect environmental compliance; fire-protection engineers (17-2111.02) design and review fire and protection systems; environmental engineers (17-2081.00) design environmental engineering; environmental scientists (19-2041.00) and protection technicians (19-4042.00) focus on environmental science and monitoring; occupational health specialists (19-5011.00) and technicians (19-5012.00) focus on health and safety programs and site compliance; industrial engineers (17-2112.00) optimize production systems and efficiency; security management specialists (13-1199.07) focus on organizational security, information security, and risk management. Different objects, outputs, and authority prevent transfer of statutory qualification, accident, recall, or compliance determination powers across positions.
| Dimension | Main track | Comparison track |
|---|
Inspect facilities, machinery, and safety equipment for hazards and conduct or direct air, noise, temperature, and radiation tests for health and safety compliance.
Assess correction adequacy, review machinery or equipment construction plans and specifications against safety requirements, and maintain current policy, regulatory, and process knowledge.
Recommend detection, prevention, and elimination procedures for physical, chemical, or other product hazards, develop industry product safety standards, and write and revise safety rules and codes.
Investigate industrial accidents, injuries, and occupational diseases for causes and prevention, report or review investigation and inspection findings, and provide expert testimony in litigation.
Study product safety levels, assess design safety and potential misuse hazards, and help prepare product use and warning-label instructions.
Conduct or coordinate employee safety training, review safety-program adequacy, provide technical health advice, and liaise with external emergency organizations.
Pre-employment verification | Use these six checks before applying and joining, avoiding assumptions about duties and authority from titles or promotion. Base findings on written recruitment information, contracts, job descriptions, safety, product safety, and compliance documents, and continue confirming after joining. These are checking directions, not formal conditions. U.S. O*NET Job Zone Four means considerable preparation, SVP 7.0 to below 8.0, generally a four-year bachelor's degree though not universally. Chinese technical services involving work safety, occupational hygiene, special equipment, and product safety often have qualification and registration requirements. Confirm specific education, training, registration, qualifications, authority, and liability insurance.
Verification notes | Similar titles differ greatly in duties and authority: workplace safety and hygiene, product safety and design review, investigations and expert testimony, compliance and training and systems, or testing and data. Organizations and jurisdictions differ on statutory testing and assessment, accident determinations, recalls, compliance, and disclosure.
| Key distinction: this occupation identifies and assesses workplace hazards, product safety and industrial hygiene, reviews compliance and investigates accidents using processes, data and current standards within authority, taking responsibility for safety, compliance and records. Other positions focus on health-program execution, fire-system design, environmental inspections, production optimization or organizational security, with more specialized rules, objects and authority. They do not bear primary responsibility for product reviews, accident-cause analysis and compliance determinations, while collaborating and clarifying boundaries. |
| Better suited to people willing to review and advise using regulations, standards and data, communicate across design, production, safety and compliance, and accept professional responsibility for workplace and product safety. |
| Occupational Health and Safety Specialists (19-5011.00) | Core work and outputs: conduct site inspections, workstation assessments, training and compliance records under health and safety programs, track corrections and handle site safety issues. Outputs are program execution, inspection and training records. | Key distinction: occupational health specialists implement programs, inspections, training and compliance records, producing execution, inspection and training records. This occupation uses processes and data for identification, risk assessment, compliance review, investigation and product review, producing assessment, review and investigation records. Site program execution and workstation inspections are generally not its main duties; collaboration distinguishes review from execution. | Better suited to people willing to implement occupational health and safety programs, inspect sites and train; this occupation emphasizes identification, risk assessment, compliance reviews and investigations. |
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| Fire-Prevention and Protection Engineers (17-2111.02) | Core work and outputs: design and review prevention, detection, suppression and evacuation systems using fire codes and science, with calculations and verification. Outputs are protection-system designs and review opinions. | Key distinction: fire-protection engineers design and review protection systems and apply fire science, producing designs and review opinions. This occupation comprehensively assesses workplace hazards, product safety and industrial hygiene and investigates accidents, producing assessment, review and investigation records. It generally does not bear primary responsibility for protection-system design or fire calculations; collaboration distinguishes design from comprehensive assessment. | Better suited to people willing to design and review fire and protection systems; this occupation emphasizes comprehensive workplace and product risk assessment and investigations. |
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| Environmental Compliance Inspectors (13-1041.01) | Core work and outputs: inspect, monitor and gather evidence under environmental rules and emission standards, issue correction requirements and conclusions. Outputs are inspection conclusions, correction requirements and evidence records. | Key distinction: environmental inspectors check legal compliance, gather evidence and require corrections, producing conclusions, requirements and evidence records. This occupation assesses workplace hazards, product safety and industrial hygiene, producing assessment, review and investigation records. It generally does not bear primary environmental enforcement or administrative penalty responsibility; collaboration distinguishes enforcement from professional assessment. | Better suited to people willing to inspect environmental compliance, gather evidence and support enforcement; this occupation emphasizes professional workplace and product risk assessment and compliance advice. |
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| Industrial Engineers (17-2112.00) | Core work and outputs: analyze processes, human-machine systems and logistics using statistics, operations research and engineering, designing improvements and performance indicators. Outputs are process, capacity and efficiency optimization plans. | Key distinction: industrial engineers optimize production systems, processes, capacity and efficiency, producing plans and performance indicators. This occupation assesses and controls workplace and product risks, producing assessment, review and investigation records. It generally does not bear primary production efficiency or capacity-design responsibility, while collaborating to incorporate safety in processes and design. | Better suited to people willing to optimize production systems, processes and efficiency; this occupation emphasizes workplace and product risk assessment and compliance review. |
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| Security Management Specialists (13-1199.07) | Core work and outputs: develop and implement security policies, risk management, incident response, training and audits. Outputs are policy, risk and response documents and audit records. | Key distinction: security management specialists manage policies, risks, incidents and security culture, producing policy, risk and response documents. This occupation identifies hazards, assesses risks and reviews product safety using processes, data and rules, producing assessment, review and investigation records. It generally does not bear primary organizational security-policy, information-security or risk-system responsibility; collaboration distinguishes professional reviews from organizational management. | Better suited to people willing to manage organizational security policy, risks and incidents; this occupation emphasizes professional workplace and product risk assessment and compliance review. |
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Conclusion | This page's O*NET 17-2111.00 occupation differs from neighboring positions by objects, outputs, and authority. It identifies and assesses workplace hazards, product safety, and industrial hygiene, reviews compliance and investigates accidents, producing hazard, risk, compliance, correction, investigation and product-review records under current rules and standards. Occupational health specialists (19-5011.00) implement health and safety programs, site compliance and training; fire-protection engineers (17-2111.02) design and review fire and protection systems; environmental inspectors (13-1041.01) inspect compliance and gather evidence; industrial engineers (17-2112.00) optimize production systems, processes and efficiency; security management specialists (13-1199.07) manage organizational security, risk and incidents. Different objects, outputs, and authority prevent transfer of statutory qualification, accident, recall, or compliance determination powers.
Transition | Comparisons by objects, outputs and authority help explore long-term safety, occupational health, fire, environmental, production or management work. Readiness depends on each direction's objects, regulations, standards, data and qualifications, clear assessment, review, investigation and correction records, and willingness to accept responsibility for health, products and compliance. Interest questionnaires only raise questions.
Technical feasibility: a task may technically be affected by equipment or tools; this is neither permission nor proof of adoption.
Organizational and regulatory adoption depends on occupational safety, product safety, industrial hygiene, special-equipment and fire requirements and organizational safety and compliance systems. Equipment cannot transfer compliance determinations or professional responsibility.
Job outcomes depend on manufacturing, professional and technical services, regulatory demand, automated monitoring and analysis adoption, and professional supply. This occupation's own scope projects growth of 5.4% (OOH approximately 5%), not individual outcomes.
| Work area | Task | Current changes | Human control points |
|---|---|---|---|
| Data entry and statistics may be assisted; humans retain hazard judgments | Hazard Identification and Monitoring | Inspect facilities and machinery and perform air, noise, temperature and radiation tests | Individuals are professionally and legally responsible for identification, monitoring methods and conclusions |
| Regulatory searches and documents may be assisted; humans retain determinations | Risk Assessment and Compliance Review | Assess correction adequacy and review design specifications and regulatory compliance | Individuals retain professional responsibility for risk levels and applicable rules |
| Templates and literature may be assisted; humans judge control hierarchy | Corrective Recommendations and Standards | Recommend hazard-control procedures, develop standards and write codes | Individuals retain professional responsibility for corrections and standards |
| Evidence and timelines may be organized by tools; humans determine causes | Investigation and Professional Support | Investigate accidents, injuries and disease, report findings and provide testimony | Individuals retain professional responsibility for investigation methods, causes and conclusions |
| Data and simulation may be assisted; humans retain safety conclusions | Product Safety Review | Assess product safety levels, designs and potential misuse hazards | Individuals retain professional responsibility for product safety and residual-risk conclusions |
| Materials and records may be organized by tools; humans retain judgment responsibility | Training and Coordination | Train employees, review safety programs and liaise externally | Individuals judge training content and program adequacy |
| Records and archives may be assisted; humans retain determination and disclosure responsibility | Abnormalities, Review and Handover | Review assessments, monitoring and incident records and report and transfer within authority | Individuals identify, report and transfer abnormalities within authorization |
Evidence introduction | Cite only sources supporting claims; identify jurisdiction, period, statistical scope, and whether it is 17-2111.00's own scope. Broad occupational-group research cannot predict individual jobs here; technology lists do not establish adoption. Equipment and tools do not replace professional hazard, risk, regulatory, standards and safety judgments or organizational safety, product safety and compliance requirements.
Differences | Compare neighboring jobs by what AI and automation mainly change / what remains human responsibility. Tools may enhance monitoring, sensing, exposure models, analysis, regulation and standard libraries, documents and reports. Appropriately qualified and authorized personnel and safety and compliance positions retain hazard judgments, risk levels, rule applicability, accident-cause analysis, product conclusions, compliance determinations and responsibility. Assess technical feasibility, organizational and regulatory adoption (occupational safety, product safety, industrial hygiene, special equipment and fire requirements), and job outcomes separately.
What AI mainly changesEquipment and tools may perform online monitoring, sensing, exposure modeling and data statistics
Still a human responsibilityHazard identification, risk classification, applicable regulations and standards, and compliance review judgments
What AI mainly changesTools may accelerate accident, exposure and compliance summaries, trends, reports and regulatory searches
Still a human responsibilityAccident-cause analysis, product safety conclusions and corrective recommendations
What AI mainly changesTools may generate assessment, training, and compliance knowledge materials
Still a human responsibilityCompliance determinations, external disclosure, and safety and compliance responsibility
Responsibility introduction | Equipment and tools may improve efficiency, while hazard judgment, applicable rules, safety and compliance remain human responsibility. These five steps preserve human control before and after digital or automated monitoring adoption.
Hazards and boundaries: appropriately qualified personnel determine identification, levels, affected populations and regulatory scope. Tools do not replace professional judgment.
Data and methods: individuals check monitoring and tests, methods, instruments and calibration; explicitly state insufficient data or invalid assumptions, without hiding gaps through models.
Conclusions and determinations: individuals determine risk levels, corrections, accident causes and product conclusions from rules and evidence. Tool outputs must not directly support compliance, release or external reports.
Safety, protection and information: protect site inspections and monitoring under safety and hygiene requirements. Manage controlled enterprise, employee or personal information by minimum necessity, access and retention.
Changes and disclosure: methods, conclusions, corrections and disclosure changes stay within authorization, rules and systems. Pause and report insufficient data, immediate hazards or accidents beyond scope.
May cause determination or disclosure errors and health and compliance risks
Controls:Before determinations and reports, verify rules, data and assumptions, cross-check measurements and retain traceable records
May cause missed hazards, ineffective corrections and injury
Controls:Qualified personnel judge hazards, risks and applicable rules using professional methods
May violate confidentiality and data requirements
Controls:Limit purpose, retention and access; do not upload controlled materials to external services or unauthorized environments
False records affect compliance traceability and responsibility attribution
Controls:Records reflect real assessments, monitoring and investigations; unverified generated content is prohibited
Responsibility cannot be determined in accidents or compliance disputes
Controls:Before adoption, clarify and record identification, determination and approval paths and responsible persons
Use tools for reversible support: regulation, standard and literature searches, monitoring and test data entry and organization, assessment and correction ledgers and report drafts. Hazard judgments, risk assessments and compliance reviews follow supervision and authority.
Use digital tools for monitoring and test data, statistics, charts, regulatory and standard queries, documents and records. Individuals retain professional responsibility for hazard levels, risk, applicable rules and corrective recommendations.
Use tools for multiproject summaries, accident and exposure trends, rule updates, assessment knowledge and training materials. Individuals and safety and compliance personnel confirm complex and controlled matters: major accident causes, product safety conclusions and compliance determinations.
Use tools for progress, hours, correction status, compliance, risks, costs, reports, documents and knowledge. Major conclusions and disclosure require human approval and traceability.
Evidence cannot guarantee no complete replacement. Assistance may change work methods, but occupational descriptions and overall projections do not prove AI-driven job changes.
Source:O*NET Tasks; Editorial JudgmentOriginal material ↗
BLS typical entry education is an engineering-related bachelor's degree. Programming is not a universal licensing condition listed there; modeling, analysis and software requirements depend on the job.
Source:BLS OOH Entry PreparationOriginal material ↗
Start by exploring searches, data organization, statistics and report drafts. These are task-based editorial suggestions, without automation probabilities or effectiveness rankings.
Source:O*NET Tasks; Editorial SuggestionsOriginal material ↗
BLS 2025—2035: approximately 22,300 rising to 23,500, growth 5.4%, approximately 1,200 annual openings including replacement, not net additions, individual hiring or Chinese job counts.
Source:BLS 2025—2035 ProjectionsOriginal material ↗
Corresponding personnel check monitoring and analysis data, methods and standard versions. Tools gain no automatic issuance or approval authority. NIST offers general AI governance, not occupational safety assessment standards.
Source:NIST AI RMF; Editorial SuggestionsOriginal material ↗
Editorial advice: develop practical experience in identification, applicable standards, accident causes and product safety reviews. No occupational research on these skills' replacement resistance was obtained.
Source:O*NET Tasks; Editorial SuggestionsOriginal material ↗
Separate capability, adoption and job outcomes and check industry projects and regulatory demand. U.S. BLS 2025—2035 growth of 5.4% is not an AI causal projection or Chinese outlook.
Source:BLS 2025—2035 ProjectionsOriginal material ↗
Summary | Trial tools first in checkable searches, data organization and drafts, reviewing versions, originals and conclusion evidence. Hazard determinations, corrective approvals and external issuance follow actual authority. Verify capability, adoption, effects and employment separately.
Annual average RMB 182,064 / year; all industry employees, not this occupation's wages.
Annual average RMB 83,560 / year; all industry employees, not this occupation's wages.
Insufficient evidence: no Chinese national distribution precisely matching U.S. O*NET 17-2111.00 was obtained. NBS publishes industry averages without occupational distinctions; industry averages, recruitment offers and U.S. data are not substitutes.
Mainland China | Related positions in work safety, occupational health, industrial hygiene, product safety, special equipment and fire protection include registered safety engineers, hygiene service staff, product safety and quality engineers, and assessors and testers. Work, qualifications, standards and records follow the Work Safety Law, occupational disease law, Product Quality Law, Special Equipment Safety Law, Fire Protection Law, Environmental Protection Law, and registered safety engineer, assessment and testing systems. Technical services require relevant qualifications and standards; statutory testing, assessment, investigations and determinations require qualified authorized bodies and personnel. No national wage distribution matching U.S. O*NET 17-2111.00 was obtained this round. NBS publishes industry-section averages without occupational distinctions or separate listing. Only scopes and visible 'Insufficient evidence:' gaps are recorded, without proxies or income inference from industry averages, recruitment offers, U.S. wages or foreign data, or treating U.S. figures as Chinese pay.
| Educational background | Common role areas | Notes and verification advice |
|---|---|---|
| Safety Engineering, Industrial Hygiene, Environmental, Mechanical, Chemical or Related Education and Training | Most positions | O*NET assigns 17-2111.00 Job Zone Four (considerable preparation, SVP 7.0 to below 8.0), generally a four-year bachelor's degree though not universally. Education percentages are absent and not supplied here. This does not replace employer and authority education, training, registration, qualification or health requirements. |
| Skills in Hazard Identification, Risk Assessment, Monitoring, Compliance Review, Investigation and Product Safety Review | All positions | Jobs generally require identification, exposure assessment, applicable rules, investigation, product review and records. O*NET lists 18 software skills: Microsoft Excel 19%, Microsoft Office software 18%, Microsoft PowerPoint 17%, Microsoft Word 7%, Microsoft SharePoint 5%, Microsoft Outlook 5%, Autodesk AutoCAD 5%, and lower or unspecified items. |
| Statutory Registered Safety Engineer, Occupational Hygiene, Safety Assessment and Testing Qualifications | Statutory technical service positions | Chinese safety, occupational hygiene, special-equipment and product-safety technical services often require qualifications and registration. Statutory testing, assessment, investigations and determinations require qualified and authorized organizations and personnel under competent authority requirements. |
| Industry Qualifications or Skill Levels (Related Items Listed by O*NET) | Some organizations and positions | O*NET lists related safety, industrial hygiene and product-safety certificates: Board of Certified Safety Professionals' Certified Safety Professional / Safety Management Specialist; Board for Global EHS Credentialing's Certified Industrial Hygienist; Institute of Hazardous Materials Management's Certified Hazardous Materials Manager / Associate Safety and Health Manager; National Fire Protection Association's Certified Fire Protection Specialist; International Board for Certification of Safety Managers' Certified Product Safety Manager; and Exemplar Global's Product Safety Engineer. Organizational and authority requirements govern. |
Matching rationale | Safety and hygiene assessment, product safety and consulting may occur here; internal manufacturing engineers do not automatically belong here and require employer-industry checks. Broad 2025 annual averages in nonprivate / private urban scientific research and technical services are RMB 182,064 / 83,560. These cover multiple occupations and grades, not occupational medians, entry pay or personal income. No exact national occupational distribution was obtained; the gap remains.
Safety and product assessment and testing jobs are concentrated in professional, scientific and technical services. NBS publishes industry-section urban-unit averages without occupational distinctions; these averages are not substituted for occupational wages.
O*NET's 17-2111.00 page lists manufacturing as a major U.S. industry. Industry averages are not occupational wages and are not substituted here.
Chinese safety and occupational hygiene regulation and technical support may fall in public administration and related categories. Industry averages are not occupational wages and are not substituted.
AI exposure | Online monitoring, sensing, exposure modeling, statistics, rule searches, documents and reports may be assisted, with moderate automation exposure. Generative AI's direct effects are limited, mainly on assessment and compliance data, documents and reports. This page does not score AI impact. It distinguishes tool assistance (monitoring and collection, exposure models and calculations, compliance, standard and literature searches, documents, reports and ledgers) from human duties (hazard judgment and risk levels, applicable rules and compliance review, accident causes, product conclusions, compliance determinations and safety responsibility). Adoption depends on occupational safety, product safety, industrial hygiene, special equipment and fire requirements.
| Median (50%) | Median annual wage USD 115,160 / hourly USD 55.36 (2025, BLS OEWS, this occupation's own scope: 17-2111.00) | Official annual wages, not an individual's take-home pay | Median is the typical midpoint, not entry pay. Wages rise as region, industry, specialty, qualifications, authority and duties vary. This occupation's own scope (17-2111.00) does not represent neighboring occupations. |
|---|
| Top 10% | 90th-percentile annual wage USD 171,250 / hourly USD 82.33 (2025, BLS OEWS, this occupation's own scope: 17-2111.00) | Official annual wages, not an individual's take-home pay | National distribution positions cannot identify personal experience, certificates or duties. |
|---|
Wages · 10th percentile：10th-percentile annual wage USD 68,420 / hourly USD 32.89 (2025, BLS OEWS, this occupation's own scope: 17-2111.00)；Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Wages · 25th percentile：25th-percentile annual wage USD 90,930 / hourly USD 43.72 (2025, BLS OEWS, this occupation's own scope: 17-2111.00)；Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Wages · Median：Median annual wage USD 115,160 / hourly USD 55.36 (2025, BLS OEWS, this occupation's own scope: 17-2111.00)；Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Wages · 75th percentile：75th-percentile annual wage USD 142,980 / hourly USD 68.74 (2025, BLS OEWS, this occupation's own scope: 17-2111.00)；Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Wages · 90th percentile：90th-percentile annual wage USD 171,250 / hourly USD 82.33 (2025, BLS OEWS, this occupation's own scope: 17-2111.00)；Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Distribution: median is midpoint, not starting pay. The 10th to 90th percentile annual span for this occupation (17-2111.00) is approximately USD 68,420 to 171,250, mainly reflecting region, industry, qualifications and duties. Industry and regional percentile wages remain unobtained gaps.
Hourly wage × 2,080 is a full-year, full-time statistical conversion, not guaranteed personal annual pay. OEWS includes production incentives but excludes overtime, shift differentials, nonproduction bonuses and benefits.
Wages use BLS OEWS May 2025 on O*NET National Wages; employment, growth and openings use BLS 2025—2035 projections. Their uses and coverage differ.
Usage suggestion: consider median, percentiles and employment alongside this occupation's own scope (17-2111.00), not neighboring occupations, and 2025—2035 growth 5.4% (OOH approximately 5%) with mainly replacement openings. Check local manufacturing, professional services, regulation and tool adoption; official O*NET wages permit region and period queries. A single number cannot establish personal pay.
| Industry | Median wage for this occupation within the industry | How to interpret it |
|---|---|---|
| Manufacturing | USD 116,050 / year | BLS OOH May 2025: SOC 17-2111 industry occupational annual median, not industry-wide average or Chinese income. |
| Government (Excluding State and Local Education and Hospitals) | USD 116,020 / year | BLS OOH May 2025: SOC 17-2111 industry occupational annual median, not industry-wide average or Chinese income. |
| Engineering Services | USD 113,690 / year | BLS OOH May 2025: SOC 17-2111 industry occupational annual median, not industry-wide average or Chinese income. |
| Construction | USD 103,450 / year | BLS OOH May 2025: SOC 17-2111 industry occupational annual median, not industry-wide average or Chinese income. |
Cities and regions differ substantially in manufacturing, professional services, safety and compliance demand and living costs. Specialties in work safety, product safety and hygiene affect income and stability.
Registered safety engineering, occupational hygiene, testing, specialized certification and organizational authority substantially affect available tasks and income.
Organizations with greater monitoring, sensing, analysis and compliance-tool adoption shift human work toward hazard judgments, compliance determinations and training, with different duties and pay structures.
Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Scope | U.S. SOC 17-2111, wages for the May reporting period in 2025, projections 2025—2035. Boundaries | Percentiles are not experience, starting pay or certificates. Openings are not net additions.
Which Holland interest types are closer to health and safety engineering?
Holland (RIASEC) | Explore relative Investigative, Realistic and Conventional preferences. O*NET's IRC code corresponds to research, analysis and data to explore causes (Investigative), site inspections, measurements and verification (Realistic), and following rules, standards and records (Conventional). This aligns with evaluating information against standards (88), getting information (85), communication (82), decisions and problem solving (82), and inspecting equipment, structures or materials (80). Questionnaires raise questions only, without determining fit or employability.
Do not use it this way:High interest scores cannot remove the costs of switching desk analysis and inspections, high responsibility for health and safety, serious errors or authentic reviews and records. Confirm organizational education, training, registration, qualifications, authority and liability insurance requirements.
Test my Holland career interestsWhich Big Five traits are more relevant to this work?
Big Five | Use questionnaires to raise observation questions. Observe process, data and version checks, truthful records under pressure and acceptance of review; trait levels do not predict fit.
Do not use it this way:Do not give up or avoid entry based on personality-test unsuitability. Use internships, shadowing, simulated assessments and investigations, mentor feedback and assessments.
View my Big Five personality traitsCan MBTI determine whether health and safety engineering suits me?
MBTI | Typology supports reflection on communication and preferences. Work involves production, design, management and external coordination: contact with others 82% daily, teamwork or contribution 81% extremely important. Preferences do not determine competence.
Do not use it this way:Use types only as communication references, not to infer competence in hazard identification, risk assessment or compliance review.
Understand my MBTI preferencesCan the Enneagram tell me whether this occupation suits me?
Enneagram | Self-exploration only. Observe pausing, checking and escalation with insufficient data or conflicting standards; no predictive-validity comparison of labels and records is made.
Do not use it this way:Do not explain accidents or compliance disputes with type labels; examine identification, data, methods and applicable rules.
Explore my Enneagram patternsCan I become a health and safety engineer if I am not good at math?
Intelligence and reasoning | Observe process reading, exposure-data checks and missing assumptions. No occupational cognitive-assessment validity study is available, and scores are not compared with professional skills for importance.
Do not use it this way:Scores do not establish learning in identification, risk or compliance. Use internships, shadowing, simulated assessments and investigations, and mentor feedback.
Understand my intelligence and reasoning performanceDo health and safety engineers need high emotional intelligence?
Emotional intelligence | Observe clear evidence explanations, acceptance of questions and uncertainty reporting under stakeholder pressure; EQ scores do not establish quality or safety outcomes.
Do not use it this way:Emotional abilities can improve through work, mentoring and deliberate practice; scores need not limit you.
Understand my emotional intelligence abilitiesA better match:Independently complete identification, risk, compliance reviews, investigations and records within rules, standards and organizational authority
Note:Editorial reminder | If switching analysis and inspections or high health and safety responsibility and serious errors is difficult, first check target conditions and actual work experience.
View related occupations:This Occupation: Health and Safety Engineer DirectionA better match:Ability in health and safety program execution, inspections and training
Note:Editorial reminder | If you prefer process- and data-based identification, risk and compliance over site execution, check actual tasks against your goals.
View related occupations:Occupational Health Specialist DirectionA better match:Ability in fire-protection design and review
Note:Editorial reminder | If you prefer comprehensive workplace and product assessment over system design, check actual tasks against your goals.
View related occupations:Fire-Protection Engineer DirectionA better match:Ability in environmental compliance inspections, evidence and enforcement support
Note:Editorial reminder | If you prefer workplace and product assessment over environmental enforcement, check actual tasks against your goals.
View related occupations:Environmental Compliance Inspector DirectionA better match:Ability in production analysis and process and efficiency optimization
Note:Editorial reminder | If you prefer workplace and product risk and compliance over production optimization, check actual tasks against your goals.
View related occupations:Industrial Engineer DirectionA better match:Ability in organizational security policy, risk management, response and audits
Note:Editorial reminder | If you prefer process- and data-based professional assessment over organizational security, check actual tasks against your goals.
View related occupations:Security Management Specialist DirectionWhat personality suits health and safety engineering? Objectivity, rigor, strict rules and data, hazard awareness, responsibility for others and stability under stakeholder and incident pressure matter more than a particular type. O*NET's IRC (Investigative—Realistic—Conventional) can start exploration.
Can introverts do this work? Yes. It includes desk analysis, site inspections and monitoring plus production, design, management and external coordination (82% daily contact).
Introversion and extraversion are not entry thresholds. Observe explaining evidence, listening to production and design information and confirming understanding; no comparative personality-performance research was obtained.
Which MBTI type is best? None is proven best. MBTI is not a qualification or ability tool; adaptation mainly depends on skills, regulatory compliance and professional judgment.
Which Holland interests suit this work? IRC: Investigative research, analysis and data for causes; Realistic site inspection, measurement and verification; Conventional rules, standards and records. Explore preferences, not predict performance.
No validation study links personality or interest scores to occupational performance here. Do not conclude individual outcomes from questionnaires; check real tasks with authorized shadowing and mentoring records.
Can I do this if weak at mathematics? Data analysis, statistics, concentration and exposure calculations and diagram reading are needed. Training and tools can develop foundations, but complete difficulty with data and calculations creates limitations.
Is high emotional intelligence needed? Stability, objectivity and stakeholder communication are needed, not a specific score. Accident, project and regulatory pressure requires self-regulation, procedural communication and reporting.
Can the Enneagram determine fit? No. It supports self-exploration, not ability or fit conclusions. Consider identification, risk and compliance work under rules, standards and authority.
Use de-identified cases to check processes, data, standard versions and conclusion evidence and list pending checks. This exploration advice does not establish higher predictive validity than questionnaires; real assessments and investigations follow authority.
Typical scenarios：Scenario | Suspected new processes or chemicals lack information. Project deadlines are tight, and stakeholders want experience-based judgments first and information and reassessment later.
Main roles：Individual, safety and compliance personnel; workers and product users
Potential consequences：Missed hazards, wrong exposure assessments, failed controls or protection may cause injury, disease, health harm and product defects
Reducing risk：Confirm hazards, exposures and populations using processes, data and rules. Check methods, instruments and calibration before assessment. Stop and report abnormalities; immediately stop and review insufficient data, invalid assumptions or immediate hazards
Basis：O*NET 17-2111.00 Details (Tasks and Work Context) · O*NET 17-2111.00 Occupational Profile and Official Scope
Typical scenarios：Scenario | Monitoring fluctuates or detection limits are inadequate. The deadline nears, and conclusions are requested before retesting and revision.
Main roles：Individual, safety and compliance personnel; compliance and responsibility boundaries
Potential consequences：Wrong rule versions, unimplemented corrections, inadequate verification, false investigations or data may cause violations, penalties, liability, defects and recalls
Reducing risk：Check effective rule versions and scope. Specify control hierarchy, owners, deadlines, verification and closure evidence. Preserve investigation evidence, timelines and causes. Keep assessment, monitoring, incident and correction records authentic, complete and traceable
Basis：O*NET 17-2111.00 Details (Tasks and Work Context) · O*NET 17-2111.00 Occupational Profile and Official Scope
Typical scenarios：Scenario | Stakeholders request external accident determinations or recall decisions without relevant authority and sufficient evidence.
Main roles：Individual, project and legal personnel; conclusion and responsibility boundaries
Potential consequences：Unauthorized compliance, accident or recall conclusions or disclosure, or conclusions beyond expertise or methods, may cause legal, compliance and responsibility disputes
Reducing risk：Approve and record compliance, accident, recall and disclosure matters procedurally. Keep conclusions consistent with rules and evidence. State boundaries and transfer beyond-authority or conclusive requests to corresponding personnel or organizations
Basis：O*NET 17-2111.00 Details (Tasks and Work Context) · O*NET 17-2111.00 Occupational Profile and Official Scope
Typical scenarios：Scenario | The only person managing key tests and rule libraries is on leave. Calibration or handover is incomplete, but reviews are still due on schedule.
Main roles：Individual, production and design personnel; continuity and compliance consistency
Potential consequences：Single-source qualifications, testing, data or libraries, with leave, peak periods, expired calibration or qualifications, may interrupt assessments or produce inconsistent conclusions, delays and compliance and safety risks
Reducing risk：Establish backups, handovers and updates for qualifications, testing, libraries and data. Make critical assessment experience traceable and reproducible. Report staff, equipment or qualification shortages and adjust priorities
Basis：O*NET 17-2111.00 Details (Tasks and Work Context) · O*NET 17-2111.00 Occupational Profile and Official Scope
Typical scenarios：Scenario | Production, design and third parties disagree on scope and closure criteria, and nobody confirms final verification responsibility before handover.
Main roles：Individual, project, regulatory or client parties; safety and compliance responsibility
Potential consequences：Unclear scope, methods, conclusions, corrections, verification, disclosure or responsibility with production, design, regulators, clients or third parties, or unchecked handovers, may cause responsibility and cost disputes, compliance risks and unresolved issues
Reducing risk：Clarify and record basis, responsibility and deadlines for scope, methods, conclusions, corrections, verification and disclosure. Check site, data and record consistency before handover. Pause, review and report disputes
Basis：O*NET 17-2111.00 Details (Tasks and Work Context) · O*NET 17-2111.00 Occupational Profile and Official Scope
Typical scenarios：Scenario | Products and processes change, but personnel use old training and expired standards without appropriately capable review.
Main roles：Individual, training and qualification personnel; professional capability and compliance foundations
Potential consequences：Insufficient training, qualifications, continuing education or rule updates create mismatches with new technologies, products and laws, reducing quality and increasing compliance and safety risks
Reducing risk：Maintain registration, qualifications, education and rule updates under organizational and authority requirements. Qualified authorized people review major assessments. Report capability or qualification gaps and adjust arrangements
Basis：O*NET 17-2111.00 Details (Tasks and Work Context) · O*NET 17-2111.00 Occupational Profile and Official Scope
| Career Direction | Starting Tasks | Evidence to Prepare | Work Samples Without Experience | Distinction from This Occupation |
|---|---|---|---|---|
| Occupational Health Specialists | Site inspection and training assistance | Safety or health training and site internship records | A fictional inspection and training essentials table | Focuses on execution and inspections; this occupation emphasizes identification, risk and compliance reviews |
| Fire-Protection Engineers | System design and calculation assistance | Fire or mechanical training and design internship records | A fictional prevention and evacuation design essentials table | Produces protection designs; this occupation produces workplace and product assessments |
| Environmental Compliance Inspectors | Compliance inspection and evidence assistance | Environmental or regulatory training and inspection internship records | A fictional inspection and evidence essentials table | Produces environmental enforcement inspections; this occupation produces professional safety and product assessments |
| Industrial Engineers | Process, hours and capacity analysis assistance | Engineering or statistics training and analysis internship records | A fictional process and capacity analysis essentials table | Focuses on production optimization; this occupation on hazards and risks |
| Security Management Specialists | Security policy and risk management assistance | Management or security training and system internship records | A fictional security policy and risk essentials table | Produces organizational security management; this occupation professional safety assessments |
Independent assessment, review and investigation signatures depend on registration, qualifications and authorized duties, not education alone.
Education and training affect entry; proficiency mainly depends on professional training, mentoring, cases and assessments.
Statutory qualifications, investigation conclusions, recalls, compliance and disclosure require appropriately qualified personnel or organizations.
Manage retention, provision and disclosure of controlled enterprise, employee or personal information by confidentiality and minimum necessity; do not send to unauthorized environments.
Context responses: email 97% daily, discussions 93% daily, telephone 92% daily, contact 82% daily, accuracy 82% extremely important, decision freedom 81%, decision impact 81% important results, teamwork 81% extremely important, responsibility 77% very high, time pressure 73% daily, decisions 73% daily, errors 57% serious.
Interest and context support self-questioning, not hiring or performance conclusions.
A fictional product design, intended-use and misuse description.
Fictional exposure data and occupational limits.
A blank hazard, risk and correction tracking template.
A blank investigation and product-review essentials template.
Pen, calculator and statistics tools for exposure and risk calculations.
Calculate risk levels (likelihood, severity and priority) and at least two missed-hazard or failed-correction situations and measures.
State stop, review, report or transfer conditions: insufficient data, invalid assumptions, questionable versions, immediate hazards, incidents or exposures beyond scope, and unauthorized determinations.
State evidence and scope for processes, data, methods, versions, records and reviewers; retain originals and versions.
Specify risk signals, responses and reporting recipients.
Reflect on consequences of omitted or compressed steps and unsupported conclusions.
Mark independent or guided steps.
Mark statutory qualifications, controlled data and site safety steps requiring authorized procedural work by you or corresponding personnel.
Record comments, time and evidence for reflection.
Show evidence, methods, conclusions, recommendations, records and archives, beyond completion alone.
Exclude real enterprise, controlled or identifiable personal data; use identifiers and synthetic data where needed.
State sources and assumptions; distinguish measurements, inferences and pending checks.
State who reviewed monitoring and models and which calibration or comparison applied.
Label example values and conclusions and require final confirmation by authorized personnel.
| Stage | Points That May Be Checked | Observable Evidence | Boundary Notes |
|---|---|---|---|
| Resume and Screening | Safety engineering, hygiene, environmental, mechanical or chemical training, assessment, testing, compliance or investigation experience, registration and qualifications | Training, projects, registration, qualifications and continuing education records | Self-assessment cannot replace training, registration, qualifications or organizational checks |
| Interview | Understanding hazards, risks, rules, compliance and disclosure boundaries | Judgments on insufficient data, rule conflict and authority in questions |
Record observed safety, product, qualification and authority requirements.
Identify the practical cost hardest to accept and assess acceptance.
List required hazards, populations, likelihood, severity, compliance, correction and verification.
Write checks and reports for two risks: insufficient data or invalid assumptions, and questionable rule versions.
Identify at least two checklist deviations and record corrections.
| Qualification or Preparation | Applicable People | Role in This Occupation | Universally Required? | Obtaining Conditions | Approximate Investment | Limitations |
|---|---|---|---|---|---|---|
| Safety Engineering, Hygiene, Environmental, Mechanical or Chemical Education and Training | Most positions | Entry foundations in processes, safety and compliance | Most positions require related education or on-the-job training | Complete education or vocational training and projects or cases | Months to years |
Typical responsibilities：Under supervision, collect data, organize documents and assist on site; do not independently issue assessments, reviews, determinations or conclusions.
Evidence for advancement：Data, documents, supporting records and mentoring feedback; restate evidence and protection essentials.
Qualification boundaries：Safety or environmental training; health and safety training.
Next step：Learn identification, exposure, rules and record essentials.
Typical responsibilities：Independently complete identification, risk, compliance, investigation and records with standard review.
Evidence for advancement：Assessment, review, incident and correction records and comments.
Qualification boundaries：Organizational authority, registration and qualifications; projects and cases. Check statutory or specialized credentials only where actual work requires them, not universally.
Next step：Build industry, process and equipment experience; practice risk levels, standards and accident analysis.
Typical responsibilities：Undertake complex assessments, accident causes, standards, compliance, mentoring and specialized reviews.
Evidence for advancement：Specialized review, accident analysis and mentoring records.
Qualification boundaries：Job authority and specialized qualifications; mentoring records. Statutory or specialized credentials apply only to actual business and positions, not universally.
Next step：Learn complex accident analysis, product quality and safety assessment and standards updates.
Typical responsibilities：Coordinate plans, standards, quality, corrections, training and countersigning; handle complex disputes and guide newcomers.
Evidence for advancement：Coordination conclusions; plans, standards, quality and correction documents.
Qualification boundaries：Management appointment or organizational authority.
Next step：Improve plan, standard, quality, correction and training management.
Typical responsibilities：Under supervision, organize products, test data and documents; do not independently determine safety, issue conclusions or release.
Evidence for advancement：Product information, test data, supporting records and review comments.
Qualification boundaries：Mechanical, chemical or materials training; data and confidentiality training.
Next step：Learn intended use, misuse, tests, standards and records.
Typical responsibilities：Independently review safety, misuse, tests and residual risks with standard labeling and traceability.
Evidence for advancement：Product reviews, test verification, residual risks and comments.
Qualification boundaries：Job authority and specialized qualifications; product practice. Statutory or specialized credentials apply only where actual business and positions require them, not universally.
Next step：Build product, process and standards experience; practice reviews, verification and traceability.
Typical responsibilities：Undertake standards, design-review audits, training, records, archives, mentoring and corrections.
Typical responsibilities：Under supervision, assist searches, training, ledgers and archives; do not independently determine compliance, conclude or release.
Evidence for advancement：Rule searches, training materials, supporting records and comments.
Qualification boundaries：Safety or management training; data and confidentiality training.
Next step：Learn rules, standards, compliance, training and archives.
Typical responsibilities：Independently review compliance, train, record, track corrections and handle nonconformities with standard labeling and traceability.
Evidence for advancement：Compliance, training, correction and traceability records and comments.
Qualification boundaries：Job authority and specialized qualifications; compliance and training practice. Statutory or specialized credentials apply only where actual business and positions require them, not universally.
Next step：Build industry and regulatory experience; practice compliance, training, corrections and traceability.
Undertake system audits, rule updates, training, records, archives, mentoring and corrections.
Under supervision, collect data, organize documents and assist on site; do not independently issue assessments, reviews, determinations or conclusions.
Independently identify hazards, assess risk and compliance, investigate and record within rules and authority. Report and review insufficient data or beyond-authority matters.
Undertake complex assessments, reviews, accident causes, applicable standards, compliance, mentoring and specialized reviews.
Undertake plans, progress, safety and compliance, corrections, external communication, countersigning and coordination.
Median is midpoint, not entry pay. Differences reflect region, industry, qualifications and duties. Industry and regional percentiles remain gaps; own scope 17-2111.00, not neighbors.
What it cannot show：OEWS includes production incentives but excludes overtime, shift differentials, nonproduction bonuses and benefit costs. O*NET has no parent-occupation label; figures are 2025 data, requiring current queries for updates.
United States · SOC 17-2111.00 (BLS Projections via O*NET)
2025 approximately 22,300, 2035 approximately 23,500, growth 5.4%; approximately 1,200 annual openings.
Employment, Growth and Openings (Own Scope: 17-2111.00)
Projections for this small occupation depend on manufacturing, professional services and safety and compliance regulation; openings mainly replacement. Own scope 17-2111.00, not personal outcomes.
What it cannot show：U.S. projections include self-employment (base share 0.3%), unlike OEWS wages. Annual openings include replacement, not net additions or live recruitment, Chinese or personal outcomes.
Mainland China · NBS Urban-Unit Average Wages (Industry Sections) and Bounded Searches
Insufficient evidence: no Chinese national distribution matching U.S. O*NET 17-2111.00 was obtained. NBS industry averages do not distinguish occupations; gaps are shown without proxies.
Occupational Wages and Employment (Scope and Gaps)
Related Chinese safety, occupational health, product and testing jobs follow safety, occupational disease, quality, special-equipment and fire systems. No national occupational wage distribution was obtained; industry averages, offers and U.S. data cannot extrapolate starting pay, medians or personal income across jurisdictions.
What it cannot show：Different laws, systems and statistics are not spliced or converted; Chinese scope and visible gaps only.
These are adjacent capability relationships; they do not imply automatic promotion or transitions without additional learning.
Transferable：Regulatory, data and compliance experience
Skills to develop：Develop environmental rules, emission standards, evidence and enforcement support for a transition from safety assessment to environmental inspections. Check qualifications and enforcement / issuance authority separately; none transfers automatically.
View occupation detailsTransferable：Engineering, compliance and data experience
Skills to develop：Develop environmental engineering, pollution control and design for transition from safety assessment. Check qualifications and enforcement / issuance separately; none transfers automatically.
View occupation detailsTransferable：Data, monitoring and compliance experience
Skills to develop：Develop environmental monitoring, sampling and analysis for transition from safety assessment. Check qualifications and enforcement / issuance separately; none transfers automatically.
View occupation detailsTransferable：Data, assessment and compliance experience
Skills to develop：Develop environmental science, exposure and health assessment for transition from safety assessment. Check qualifications and enforcement / issuance separately; none transfers automatically.
View occupation detailsTransferable：Engineering, regulatory and safety experience
Skills to develop：Develop fire science, prevention and protection design for transition from safety assessment. Check qualifications and enforcement / issuance separately; none transfers automatically.
View occupation detailsTransferable：Data, engineering and efficiency experience
Skills to develop：Develop production systems, statistics, operations research and optimization for transition to industrial engineering. Check qualifications and enforcement / issuance separately; none transfers automatically.
View occupation detailsTransferable：Site, compliance and training experience
Skills to develop：Develop health and safety program execution and site inspections for transition from assessment. Check qualifications and enforcement / issuance separately; none transfers automatically.
View occupation detailsTransferable：Site, data and record experience
Skills to develop：Develop occupational health and safety technical support, monitoring and records for transition from assessment. Check qualifications and enforcement / issuance separately; none transfers automatically.
View occupation detailsCore distinctions are objects, outputs and authority. This occupation identifies and assesses workplace hazards, product safety and hygiene, reviews compliance and investigates accidents, producing hazard, risk, compliance, correction, investigation and product records under current standards. Occupational health specialists (19-5011.00) execute programs and inspections; fire-protection engineers (17-2111.02) design and review systems; environmental inspectors (13-1041.01) check compliance and evidence; environmental engineers (17-2081.00) design engineering; scientists (19-2041.00) and technicians (19-4042.00) perform science and monitoring; industrial engineers (17-2112.00) optimize production; security specialists (13-1199.07) manage policies and risks. Different objects and authority prevent transfer of statutory qualification, accident, recall or compliance powers.
Scope: O*NET's 17-2111.00 page has no higher- or parent-occupation label; this page faithfully uses own scope (17-2111.00). In 2025 median annual wage is USD 115,160 and hourly 55.36; annual 10th percentile 68,420, 25th 90,930, 75th 142,980 and 90th 171,250 (BLS OEWS 2025 via O*NET). Employment: 23,800 in 2024, 2024—2034 growth 3% to 4%, approximately 1,500 annual openings including growth and replacement. These exclude benefits and bonuses, do not apply elsewhere or represent neighbors. Openings mainly replacement; demand depends on manufacturing, professional services and regulation.
No national occupational distribution precisely corresponds to this U.S. occupation. Related Chinese safety, health, hygiene, product, special-equipment and fire positions follow the Work Safety Law, occupational disease law, Product Quality Law, Special Equipment Safety Law, Fire Protection Law, and registration, assessment and testing systems. Technical services require qualifications and standards; statutory testing, assessment, investigations and determinations require qualified authorized bodies and people. Public statistics do not separately list this occupation: NBS industry-section urban-unit averages do not distinguish occupations. Only scope and visible 'Insufficient evidence:' markers are recorded, without extrapolating starting pay, medians or income from industry averages, offers or U.S. data across jurisdictions. No legal or compliance advice.
O*NET 17-2111.00 highest activities: standards evaluation 88, information 85, communication 82, decisions and problem solving 82, inspection 80. Context percentages: email 97% daily, discussions 93% daily, telephone 92% daily, contact 82% daily, accuracy 82% extremely important, freedom 81%, impact 81% important results, teamwork 81% extremely important, responsibility 77% very high, time pressure 73% daily, decisions 73% daily, sitting 59% half the time, errors 57% serious. Work combines desk analysis, inspections and communication. Incidents and deadlines may concentrate overtime; site protection follows safety and hygiene requirements.
Monitoring, sensing, exposure models, statistics, rule searches and documents can already be assisted, with moderate automation exposure. Generative AI's direct effects are limited, mainly assessment and compliance data and reports. O*NET lists 18 skills: Microsoft Excel 19%, Microsoft Office software 18%, Microsoft PowerPoint 17%, Microsoft Word 7%, Microsoft SharePoint 5%, Microsoft Outlook 5%, Autodesk AutoCAD 5%, and lower or unspecified items. Qualified authorized people retain hazard judgments, risk levels, applicable rules, accident causes, product conclusions, compliance and safety responsibility. O*NET 2024—2034 growth is 3% to 4%, not individual outcomes.
O*NET assigns 17-2111.00 Job Zone Four (considerable preparation, SVP 7.0 to below 8.0), generally a four-year bachelor's degree though not universally. No education percentages are displayed or supplied. Chinese safety, hygiene, quality, special-equipment and fire services often require registration and qualifications; statutory testing, assessment and accident determinations require authorized qualified bodies and people. Authority and organizational education, training, registration, qualification and health requirements govern.
Distinguish education, training, registration, qualifications, examinations, authority and assessment, review, determination and disclosure powers. O*NET lists Board of Certified Safety Professionals' Certified Safety Professional and Safety Management Specialist; Board for Global EHS Credentialing's Certified Industrial Hygienist; Institute of Hazardous Materials Management's Certified Hazardous Materials Manager and Associate Safety and Health Manager; National Fire Protection Association's Certified Fire Protection Specialist; International Board for Certification of Safety Managers' Certified Product Safety Manager; Exemplar Global's Product Safety Engineer. Chinese safety, hygiene, special-equipment and product services often require credentials and registration; statutory testing requires legal qualifications. U.S. entry generally requires a four-year bachelor's degree though not universally.
Failures include missed hazards, wrong exposure assessment or failed controls causing injury, disease or product hazards; wrong rule versions, failed corrections or verification, false investigations or data; unauthorized compliance, accident or recall conclusions or disclosure, or conclusions beyond methods and expertise; single-source qualifications, testing, data or libraries; unclear scope, methods, conclusions, corrections, verification, disclosure or responsibility with production, design, regulators or clients; and insufficient training, qualifications, education or updates. Check and record processes, data and current rules; pause and report insufficient data, conflict, immediate hazards or unauthorized matters. No occupational safety, product safety, hygiene, medical, legal or compliance advice.
Scope: own occupation (17-2111.00) on O*NET's 17-2111.00 page, 23,800 employed in 2024, 2024—2034 growth 3% to 4%, approximately 1,500 annual openings including replacement, not neighbors or personal opportunities. Openings mainly replacement; manufacturing, professional services and regulation affect demand. Possible directions: environmental inspection, engineering, science and protection technology, environmental science, fire-protection engineering, industrial engineering, occupational health specialists and technicians, with fresh learning in objects, rules, standards, qualifications and experience. See separate Chinese qualifications and statistics.
Research process | Check O*NET / SOC 17-2111.00 scope, tasks, activities, context, interests, certificates and training, then BLS OEWS 2025 and 2025—2035 projections. O*NET's 17-2111.00 page has no parent label; own scope is marked. Professional, scientific and technical services and manufacturing and hot technologies (18 skills) provide industry and tool clues. Safety and compliance refer to safety, disease prevention, quality, special-equipment and fire laws. Chinese gaps use scope and evidence policy without proxies. No safety, product, hygiene, medical, legal or compliance advice.
Module review: 2026-10-11. Checked O*NET tasks, May 2025 five percentiles, four BLS OOH industries and 2025—2035 projections, adding NBS 2025 industry references. Shared 2026-09-22 metadata remains, without whole-page synchronization.
Source register | O*NET 17-2111.00 details, industries, profile, tasks, activities, context, software, certificates and interests; neighboring occupational health, industrial engineering and environmental inspection; BLS OEWS 2025, projections 2025—2035, methodology and 2018 SOC titles; O*NET database; NBS wages and human resources compensation surveys; emergency management, market regulation, health and ecology authorities and China's Personal Information Protection Law; NIST AI RMF, ILO exposure research and FermatMind scope rules. Each source_refs points to a registered id.
Limitations of use：Occupational description, not Chinese safety, hygiene, special-equipment or product-safety systems.
Limitations of use：Occupational description, not safety, product, hygiene, medical, legal or compliance advice.
Limitations of use：Own scope on O*NET's 17-2111.00 page; growth 3% to 4%, relatively small total.
Limitations of use：O*NET has no parent wage label. Own scope is used, excluding benefits and bonuses.
Limitations of use：Industry sections, no occupational distinctions or separate row.
Limitations of use：Broad job aggregates without exact occupational statistics.
Limitations of use：Original laws and authority interpretations govern.
Limitations of use：Competent authority rules govern.
Limitations of use：Competent authority rules govern.
Limitations of use：Competent authority rules govern.
Limitations of use：Competent authority rules govern.
Limitations of use：Exposure is not automatic job disappearance or specific adoption.
Limitations of use：Occupational description, not individual prediction.
Limitations of use：Not an occupational safety, product safety, or industrial hygiene standard.
Limitations of use：The original methodology documentation governs.
Limitations of use：The page lists 18 software skills, most with low or unspecified shares; technology mentions do not equate to proficiency or degree of automation.
Limitations of use：Internal scope rules, not an external factual source.
Limitations of use：The page lists multiple certifications related to safety, industrial hygiene, and product safety; certifications do not replace qualification and authorization requirements set by organizations and competent authorities.
Limitations of use：The training search entry point does not replace registration, qualification, safety, and occupational health requirements set by competent authorities and organizations.
Limitations of use：An adjacent occupation's scope, not the scope of this occupation.
Limitations of use：An adjacent occupation's scope, not the scope of this occupation.
Limitations of use：Database and classification information do not constitute a basis for authorization.
Limitations of use：Used to map titles to SOC codes; it does not establish qualifications.
Limitations of use：This distribution covers the United States and does not establish a mapping to mainland China.
Limitations of use：An occupation-level description, not an organizational qualification or a safety or compliance conclusion.
Limitations of use：Average wages for all persons employed in the industry, not this occupation's median, starting salary, or individual income; non-private and private units are listed separately.
Limitations of use：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.
Exact gaps | No Chinese occupational national distribution, U.S. regional wages, or occupational AI adoption / effects / employment causation obtained. U.S. five percentiles and four industry medians checked; broad Chinese science and technical-services reference added, without replacing exact wages. Shared facts and unselected components retain scope conflicts.
Big Five personality assessment (Chinese) · MBTI (Chinese) · Intelligence and reasoning assessment (Chinese) · Emotional intelligence assessment (Chinese)
Safety, occupational health, and product safety | Organize assessments under occupational safety, product safety, industrial hygiene, fire, special equipment, and environmental requirements. Confirm processes, equipment, materials, data, applicable rules and standards, and methods beforehand. Wear required protection and follow site rules during inspections and monitoring. Use prescribed air, noise, temperature, and radiation test methods and record results. Distinguish engineering, administrative, and personal-protection controls in recommendations. Product reviews cover intended use and reasonably foreseeable misuse. Preserve investigation evidence and state timelines and cause analysis. Pause, report, and review insufficient data, invalid assumptions, questionable standard versions, immediate hazards, or incidents and exposures beyond assessment scope. This page gives no occupational safety, product safety, industrial hygiene, medical, legal, or compliance advice.
| Core purpose | Core purpose | Work with workplace hazards, product safety, industrial hygiene, regulations, standards, and data to assess and advise within rules, standards, and authorization: identify and monitor hazards, assess risks and compliance, recommend corrections and apply standards, investigate and provide support, review product safety, and record, review, and train. Identify and control risks, make conclusions and records traceable, and explain responsibility boundaries. | Core concept of neighboring occupations | Most aim to assess or bring their objects to a specified condition within regulations, standards, and authority and leave traceable records. Objects, outputs, and authority differ: workplace hazards and product safety; environmental compliance; fire-protection design; environmental engineering or monitoring; occupational health programs; production optimization; or organizational security management. |
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| Main subjects and basis | Primary objects and basis | Processes, equipment, materials, workplace hazards, exposure routes, and affected populations; intended product use, reasonably foreseeable misuse, and residual risks; current regulation and standard versions and applicability; monitoring and test data and exposure limits; incident timelines, evidence and causes; control hierarchy and correction verification. Follow occupational safety, product safety, industrial hygiene, fire, and environmental rules and standards and organizational safety and compliance systems. | Neighboring objects and basis | Environmental inspectors follow environmental rules and emission standards; fire-protection engineers follow fire codes, system design, and fire science; environmental engineers follow environmental design and pollution-control technology; environmental scientists and technicians follow science and monitoring methods; occupational health specialists and technicians follow health and safety rules and site procedures; industrial engineers follow production systems, statistics, and operations research; security management specialists follow organizational security and risk frameworks. |
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| Core process | Core process | Hazard identification and monitoring, risk assessment and compliance review, corrective recommendations and standards, investigation and professional support, product safety review, records, review, and training. Every step leaves records under occupational safety, product safety, and compliance systems, reviewable by supervisors, safety, and compliance personnel. | Neighboring core processes | Environmental inspectors focus on compliance inspections and evidence; fire-protection engineers on design and review; environmental engineers on engineering plans and remediation design; environmental scientists and technicians on monitoring, sampling, and analysis; occupational health specialists and technicians on program execution and site checks; industrial engineers on process, capacity, and efficiency optimization; security management specialists on policies, risk management, and incident response. |
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| Main outputs | Main outputs | Hazard identification and risk records under current regulations and standards; compliance reviews, correction recommendations, verification and closure records; monitoring and test data and methods; investigations, cause analysis and advice; product safety reviews and residual-risk explanations; traceable training, qualification, and disclosure records. | Neighboring outputs | Environmental inspectors produce inspection conclusions, correction requirements and evidence records; fire-protection engineers produce system designs and reviews; environmental engineers produce engineering and remediation designs; environmental scientists and technicians produce monitoring and assessment reports; occupational health specialists and technicians produce programs and inspection records; industrial engineers produce process and capacity optimization plans; security management specialists produce policies, risk management and incident response documents. |
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| Responsible party | Individuals are responsible for hazard identification, risk assessments, compliance reviews, investigations, product reviews, and records they perform and sign, and conclusions under current regulations, standards, and organizational systems. Appropriately qualified personnel or organizations decide statutory qualifications, investigation conclusions, recalls, compliance determinations, and disclosure; this occupation does not replace their decisions. | Neighboring responsible parties | Responsibilities follow organizations, regulations, standards, and qualification rules, generally concerning worker and public health and safety, organizational compliance, and products or environment. |
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| Authority and approval | Authority and approval | Routine assessments, inspections, monitoring, and reviews stay within applicable regulations, standards, and organizational authority. Statutory testing, safety assessments, special equipment, fire protection, and product certification follow qualification and approval requirements. Obtain corresponding approvals or transfer statutory qualifications, investigation conclusions, recalls, compliance determinations, and disclosure; do not judge or release beyond authority. | Neighboring authority and approval | Authority comes from organizations, regulations, qualifications, and systems, generally excluding independent conclusions, signatures, or releases beyond scope. Transfer statutory determinations, recalls, penalties, and major disclosures to corresponding personnel or organizations. |
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| Limits of conclusions | Conclusion boundaries | Assessment and monitoring conclusions state verifiable hazards, exposures, data, methods, regulatory and standard versions, corrections, and verification records, distinguishing measurements, inferences, and pending checks. Do not make unauthorized judgments or commitments on statutory qualifications, investigation conclusions, recalls, compliance, or disclosure. Pause and escalate or transfer insufficient data, invalid assumptions, questionable versions, immediate hazards, incidents or exposures beyond scope, or discrepancies between records and sites. Conclusions must withstand supervisory, safety, compliance, and regulatory review. | Neighboring conclusion boundaries | Conclusions generally stay within projects, processes, and duties and usually do not determine health risks, environmental compliance, or legal liability. Cross-specialty conclusions and statutory determinations, recalls, penalties, or legal uses have scope limitations. |
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Verification notes | Work often involves workplace hazards, occupational exposures, products, equipment, and test environments, generally requiring occupational safety, industrial hygiene, related professional training, registration, qualifications, and continuing education.
Verification notes | U.S. O*NET places 17-2111.00 in Job Zone Four, considerable preparation, SVP 7.0 to below 8.0, generally a four-year bachelor's degree though not universally. Education percentages are absent and not supplied here. Interest code IRC means Investigative—Realistic—Conventional. This does not replace employer or authority education, training, registration, qualification, or health requirements or establish hiring conditions.
Verification notes | Work centers on desk assessments, site inspections, monitoring, and stakeholder communication. Highest activities include evaluating information against standards, getting information, communication, decisions and problem solving, and equipment, structure and material inspections. Email is 97% daily, discussions 93% daily, time pressure 73% daily, sitting 59% about half the time. Incidents and project deadlines may concentrate overtime. Pay often includes base wages, project or qualification allowances, and bonuses. Confirm hours, projects, allowances, and assessment definitions in writing.
Verification notes | Interfaces with safety, compliance, legal, production, design, and human resources determine assessment, advice, record, and responsibility boundaries and need advance clarification.
Verification notes | Traceability of hazards, exposures, data, methods, regulatory and standard versions, corrections, verification, and incident records determines compliance and responsibility. Clarify templates, deadlines, revision, archiving, access, and retention. Controlled enterprise, employee, or personal information also follows confidentiality and minimum necessity.
Hazard, risk and rule judgments rely on expertise, cases and site checks; digital tools support data, documents, reports and compliance.
Assessment, determination and disclosure powers follow authority, rules, standards and qualifications. Tools confer no authority.
Work samples show organization of assessments, reviews, investigations and records, not authority or competence.
| Written or Practical Test | Reading processes, data and rules and explaining assessments, reviews and records | Plans, calculations, reviews and records | Practice is not independent compliance or accident conclusion capability |
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| Onboarding and Probation | Compliance with safety, product safety, compliance and record systems | Assessment, monitoring, correction, incident, disclosure and training records | Duties and authority follow arrangements and assessments |
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Record objections and responses without avoiding counterexamples.
List gaps in identification, exposure assessment, rules, investigation, product review, registration, qualifications, training and industry or site experience, plus next actions.
| Hazard, Risk, Monitoring, Compliance, Investigation and Record Skills Training | All positions | Meets daily assessment, review, investigation and record requirements | Generally required | Train through courses, projects and supervision and pass assessments | Weeks to months | Skills do not automatically confer registration, determination or disclosure authority |
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| Statutory Registered Safety Engineer, Occupational Hygiene, Safety Assessment and Testing Qualifications | Statutory technical service positions | Qualification prerequisites for statutory assessment, testing and accident determinations | Required for statutory positions | Pass examinations and registration and maintain education under authority rules | Months | Authority and organizational requirements govern; qualifications must be respected |
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| Industry Qualifications or Skill Levels (Related Items Listed by O*NET) | According to position and organization | May demonstrate safety, hygiene and product-safety skills | According to position and organization | O*NET lists Board of Certified Safety Professionals (Certified Safety Professional / Safety Management Specialist), Board for Global EHS Credentialing (Certified Industrial Hygienist), Institute of Hazardous Materials Management (Certified Hazardous Materials Manager / Associate Safety and Health Manager), National Fire Protection Association (Certified Fire Protection Specialist), International Board for Certification of Safety Managers (Certified Product Safety Manager), and Exemplar Global (Product Safety Engineer), among others. Organizational requirements govern | According to organizational requirements | Do not infer a particular certificate's existence or necessary validity for a job from this page |
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| Enterprise and Employee Data and Confidentiality Training | Positions involving enterprise and employee data | Prerequisite authority for handling enterprise, employee and compliance data | Required according to the position | Complete compliance, data and confidentiality training and obtain authorization | Days to weeks | Organizational and authority requirements govern |
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| Protection and Health Surveillance for Site Inspections and Monitoring | On-site positions | Safety and health prerequisites for inspections and monitoring | Required for on-site positions | Receive safety training, equipment and health surveillance under organizational requirements | According to organizational requirements | Organizational and authority requirements govern |
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Qualification boundaries (IV) | No personal ability or pay promise, or occupational safety, product safety, industrial hygiene, medical, legal or compliance advice.
Evidence for advancement：Audit, standards, mentoring and training records.
Qualification boundaries：Job authority; audit and mentoring records.
Next step：Learn product-standard systems, design reviews, verification and nonconformity response.
Typical responsibilities：Coordinate product safety, standards, verification, recalls and countersigning; handle disputes and guide newcomers.
Evidence for advancement：Coordination conclusions; product safety, standards and verification documents.
Qualification boundaries：Management appointment or organizational authority.
Next step：Improve product safety, standards, verification and recall management.
Evidence for advancement：Audit, compliance, updates, mentoring and training records.
Qualification boundaries：Job authority; audit and mentoring records.
Next step：Learn compliance systems, rule updates, audits and nonconformity corrections.
Typical responsibilities：Coordinate compliance, systems, training, updates and countersigning; handle disputes and guide newcomers.
Evidence for advancement：Coordination conclusions; compliance, system, training and update documents.
Qualification boundaries：Management appointment or organizational authority.
Next step：Improve compliance, systems, training and rule-update management.
