{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:39:50.327Z","occupation":{"soc":"17-2111.00","title":"Health and Safety Engineers, Except Mining Safety Engineers and Inspectors","group":"Architecture & Engineering","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers health and safety engineering practice across industrial, commercial, and product-development environments—spanning accident investigation, product design evaluation, regulatory compliance, hazard elimination, and worker training from entry-level through executive leadership.","levels":{"emerging":{"label":"Emerging","statements":["Industrial accident documentation — collect and organize incident data under direct supervision at a manufacturing or commercial facility.","Safety regulations and policies — identify and apply current OSHA standards to routine workplace inspections with guidance from senior engineers.","Hazardous condition recognition — observe and flag physical, chemical, or ergonomic hazards in familiar work environments using established checklists.","Product safety evaluation — assist in reviewing product designs for obvious safety deficiencies under the direction of a licensed health and safety engineer.","Safety training materials — support the delivery of worker training sessions on safety laws, equipment use, and hazard monitoring in a structured classroom or field setting.","Incident reports — draft preliminary written summaries of workplace accidents or near-misses using standardized templates and factual observations.","Database and compliance software — enter inspection findings and safety records into compliance management systems following prescribed data protocols.","Scientific and analytical tools — operate basic analytical instruments to collect environmental or chemical exposure samples under supervised laboratory or field conditions.","Engineering and safety literature — read and summarize technical regulations, safety bulletins, and product specifications to support senior staff decision-making.","Product misuse scenarios — research potential hazards arising from foreseeable product misuse by compiling reference data and prior case studies under supervision."]},"developing":{"label":"Developing","statements":["Industrial accident investigations — conduct structured root-cause analyses of workplace injuries or occupational diseases and propose preventive measures with limited oversight.","Safety-level research — design and execute product safety evaluations using analytical or scientific software, interpreting results against regulatory benchmarks.","Product design review — independently assess engineering drawings and CAD models for compliance with applicable safety codes in a manufacturing or product-development environment.","Worker safety training — coordinate and facilitate training programs on hazardous condition monitoring, PPE use, and emergency procedures for diverse employee groups.","Regulatory knowledge maintenance — routinely monitor updates to OSHA, EPA, and industry-specific regulations and integrate changes into site safety programs.","Hazard-prevention recommendations — develop written procedures for detecting, preventing, and eliminating physical and chemical hazards in industrial or commercial settings.","Inspection and testing reports — compile and present facility inspection findings and environmental test results to site management in clear, actionable written reports.","Systems analysis for safety — evaluate workplace systems and processes to identify latent failure points and recommend corrective engineering controls.","CAD-supported design evaluation — use computer-aided design software to model and analyze product geometries and failure modes relevant to user safety.","Time-managed project execution — plan and prioritize multiple concurrent safety assessments within project schedules, meeting regulatory submission deadlines independently."]},"proficient":{"label":"Proficient","statements":["Complex accident investigation — lead comprehensive investigations of serious industrial accidents or occupational disease outbreaks, determining systemic causes and authoring authoritative findings reports.","Advanced product safety research — design multi-phase research studies to quantify safety performance of products, applying statistical methods and specialized analytical software.","Full-scope product design evaluation — autonomously evaluate complete product lines or facility designs against federal, state, and voluntary standards, resolving novel or ambiguous compliance questions.","Safety training program development — develop and continuously improve enterprise-wide training curricula using evidence-based instructional strategies and computer-based training platforms.","Regulatory interpretation and application — interpret complex or conflicting regulatory requirements across jurisdictions and translate them into actionable engineering specifications without external guidance.","Multihazard elimination strategy — formulate integrated engineering, administrative, and PPE-based control strategies addressing simultaneous physical, chemical, and process-related hazards in high-risk facilities.","Cross-functional reporting — synthesize accident investigation data, environmental test results, and audit findings into executive-level reports that drive organizational risk-reduction decisions.","Product misuse risk assessment — perform systematic failure mode and misuse analyses on complex consumer or industrial products, quantifying risk levels and prescribing targeted mitigation measures.","Safety management system oversight — monitor and evaluate the performance of site safety management systems using leading and lagging indicators, adjusting programs based on trend analysis.","Stakeholder technical communication — communicate complex safety findings clearly to engineers, legal counsel, regulatory agencies, and non-technical management using appropriate written and verbal formats."]},"advanced":{"label":"Advanced","statements":["Organizational safety strategy — establish enterprise-level health and safety engineering frameworks and multi-year risk-reduction roadmaps aligned with corporate objectives and regulatory evolution.","Regulatory and policy leadership — represent the organization before regulatory bodies, industry standards committees, and government agencies, shaping emerging safety policy and rulemaking.","Investigation governance — set organization-wide investigation methodologies and quality standards, reviewing and approving findings for high-consequence accidents with significant legal or reputational impact.","Research and innovation direction — lead cross-disciplinary research programs to pioneer new safety-evaluation methodologies for novel products or emerging hazard categories in cutting-edge industrial sectors.","Engineering talent development — mentor and develop cohorts of health and safety engineers, designing structured learning pathways and performance standards that elevate professional capability across the organization.","Product safety governance — chair product-safety review boards, making final authorization decisions on product launches and design changes affecting public or occupational health at scale.","Enterprise training architecture — design and oversee adaptive, technology-enabled training ecosystems—including computer-based and simulation platforms—ensuring workforce competency across geographically distributed sites.","Systems-level hazard integration — direct systems engineering analyses that integrate safety considerations across complex sociotechnical systems—combining human factors, mechanical design, and chemical process risk—at an enterprise or industry scale.","Executive risk communication — advise C-suite leadership and boards of directors on health and safety risk exposure, translating technical findings into strategic business decisions and capital investment priorities.","Knowledge management and standards authorship — author or co-author industry standards, technical guidance documents, and organizational knowledge-management systems that define best practice for the health and safety engineering profession."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}