Skip to main content
skillsmp

القائمة

مهندسو الصحة والسلامة (باستثناء سلامة المناجم)

مهن الهندسة المعمارية والهندسة · المهارات والكفاءات الوظيفية · SOC 17-2111 · 235 مهارة

سياق المهنة

تصف مهام O*NET هذه المهنة وتوضح سياق تصنيف SOC، لكنها لا تعني أن كل مهارة مدرجة تنفذ كل مهمة.

  • Investigate industrial accidents, injuries, or occupational diseases to determine causes and preventive measures.
  • Conduct research to evaluate safety levels for products.
  • Evaluate product designs for safety.

تُعرض بيانات مهام O*NET بلغتها المصدرية (الإنجليزية). بيانات المهام مقتبسة من O*NET® 29.1 Database التابعة لـ USDOL/ETA، وتُستخدم بموجب CC BY 4.0.

مصادر تمثيلية

عينة محدودة من المهارات الشائعة المرتبطة بهذه المهنة، بمهارة واحدة على الأكثر من كل مستودع GitHub. وتليها القائمة الكاملة للمهارات المرتبطة.

safety-interlocks
1.7k
benchflow-aibenchflow-ai/skillsbench
Implement safety interlocks and protective mechanisms to prevent equipment damage and ensure safe control system operation.
safety-assessment
1.7k
a5c-aia5c-ai/babysitter
Skill for structured safety assessment following ARP4761 guidelines
rma-failure-analysis
1.3k
mohitagw15856mohitagw15856/pm-claude-skills
Turn field returns into a structured failure-analysis report — RMA triage taxonomy (NTF vs real failures), Pareto by verified failure mode, 8D-style containment→root-cause→corrective-action structure, and cost-of-quality framing. Use when asked to analyse RMA data, investigate field returns, run failure analysis on returned units, write an 8D report, or figure out why return rates are climbing. Produces a failure-analysis report with a triage-clean Pareto, 8D actions, and the cost case for fixing each mode.
safety-compliance-checker
278
datadrivenconstructiondatadrivenconstruction/DDC_Skills_for_AI_Agents_in_Construction
Automated safety compliance verification for construction sites. Check PPE usage, zone access, working at heights regulations, and generate compliance reports using rule-based and ML approaches.

كل المهارات المرتبطة

تصفح دليل الارتباط الكامل حسب شعبية المستودع أو أحدث نشاط في المصدر.

تبقى أسماء المهارات وأوصافها باللغة التي يوفرها مستودع المصدر.

ترتيب حسب
neqsim-hazid-fmea-eta-fta
141
equinorequinor/neqsim
Structured hazard-identification workflows — HAZOP worksheets with the seven IEC 61882 guidewords, deviation→calculation auto-population that maps each guideword/parameter deviation to the NeqSim calculator that quantifies its consequence (overpressure, vacuum collapse, deadhead, surge, backflow/water-hammer, low-temperature/MDMT, fire case, runaway reaction), FMEA failure-mode tables with RPN/criticality scoring, event-tree analysis (ETA) for outcome frequency, fault-tree analysis (FTA) with β-factor common-cause modelling and minimal cut sets, and escalation-graph (domino) screening. USE WHEN: a task requires systematic hazard identification, qualitative-to-quantitative scenario development, mapping HAZOP/HAZID deviations to quantitative process-safety calculations, top-event decomposition, or escalation/domino analysis between adjacent equipment. Anchors on neqsim.process.safety.hazid, neqsim.process.safety.risk.eta, neqsim.process.safety.risk.fta, neqsim.process.safety.escalation.
neqsim-self-heating-ignition
141
equinorequinor/neqsim
Self-heating, spontaneous ignition and thermal-criticality screening for reactive porous media — lagging fires from combustible liquid absorbed into porous thermal insulation, Frank-Kamenetskii and Semenov criticality, critical layer thickness, critical surface temperature, induction time to ignition, and Arrhenius parameter fitting from hot-storage (basket) tests per EN 15188 / ASTM E2021. USE WHEN: a task involves a flammable liquid leak or spill onto insulation or lagging, oil-soaked lagging, spontaneous combustion, self-ignition, smouldering, a fire with no obvious ignition source, insulation-material selection driven by absorbency, or fitting oxidation kinetics from oven/basket test data. Anchors on neqsim.process.safety.selfheating.

يتم الآن عرض 12 مهارة.