Job description for a HSE officer on offshore platforms?

HSE Officer — Offshore Platforms (Job Description)

Frontline custodian of health, safety, and environmental performance offshore, ensuring safe work execution, regulatory compliance, and incident-free operations across drilling, production, construction, and marine activities.

I. Core Responsibilities

• I.1 Permit-to-Work (PTW) administration: Screen, issue, and verify PTWs; ensure Task Risk Assessments/JSAs and isolations (LOTO) are complete and effective; manage SIMOPS and hot work controls.
• I.2 Worksite assurance: Conduct pre-job briefings, toolbox talks, and site verifications; stop work for unsafe conditions; enforce barriers, signage, and exclusion zones.
• I.3 Emergency response readiness: Maintain muster lists, conduct drills (fire, H2S, man-overboard, medevac); inspect lifesaving appliances (BA sets, SCBA, EEBDs) and fire systems.
• I.4 Hazard identification & risk management: Lead/coach hazard hunts, bow-tie reviews, and Job Hazard Analyses; maintain risk registers and action tracking.
• I.5 Incident management: First notification, scene preservation, triage support; lead/participate in investigations using root cause methods (e.g., 5-Why, fishbone, barrier analysis); compile corrective/preventive actions.
• I.6 Regulatory compliance: Verify alignment with flag-state, coastal-state, and class requirements; prepare for audits and inspections; maintain statutory records (waste manifests, emission logs, medical records confidentiality observed).
• I.7 Environmental protection: Oversee waste segregation, bunkering controls, spill prevention/response, VOC and flaring tracking; perform discharge monitoring and reporting.
• I.8 Health programs: Manage hygiene inspections, potable water testing, food safety checks; support fatigue and heat stress management; coordinate occupational health surveillance with onboard medic.
• I.9 Training & competency: Deliver HSE inductions, toolbox topic refreshers, and campaign briefings; verify certification currency (BOSIET/FOET, HUET, H2S, BA).
• I.10 Monitoring & reporting: Track KPIs (TRIR, LTIFR, near misses); issue daily HSE reports and weekly dashboards; escalate high-potential near misses (HiPos).
• I.11 Contractor HSE interface: Verify bridging documents; enforce common rules; supervise contractor compliance during lifts, confined space entry, electrical work, and working at height.
• I.12 Operational safety support: Oversee lifting plans, dropped objects prevention (DROPS), pressure testing barriers, simultaneous operations matrices, and marine logistics safety.

II. Required Skills and Physical Demands

II.A Technical Skills

• II.A.1 PTW and isolation mastery: e-PTW workflows; energy isolation plans; gas testing requirements and acceptance criteria.
• II.A.2 Risk assessment: JSA, bow-tie, barrier effectiveness, HAZID; hazard ranking using likelihood–severity matrices.
• II.A.3 Emergency response: Incident command roles, muster control, BA wear, fire team support, spill response, medevac coordination.
• II.A.4 Specialized controls: Confined space entry, work at height, hot work, pressure testing, lifting operations (rigging basics), H2S/oxygen-deficiency response.
• II.A.5 Environmental controls: Waste streams, MARPOL awareness, spill containment/cleanup, water testing basics, emissions tracking.
• II.A.6 Investigation & reporting: Root cause methods, evidence collection, timeline reconstruction, action management, KPI computation.
• II.A.7 Occupational health: Noise/Vibration basics, ergonomics, heat stress controls, food hygiene checkpoints.

II.B Soft Skills

• II.B.1 Assertive leadership: Willingness to stop work; credible engagement across crews and shifts.
• II.B.2 Communication: Clear briefings, concise reporting, bilingual advantage where applicable.
• II.B.3 Coaching & influence: Field mentoring, behavior-based safety observations, positive reinforcement.
• II.B.4 Analytical rigor: Pattern recognition in leading indicators; prioritization of high-energy hazards.
• II.B.5 Calm under pressure: Decisive actions during alarms and critical SIMOPS.

II.C Physical Demands and Certifications

• II.C.1 Fit for offshore: climb stairs/ladders; carry 10–20 kg equipment; BA wear; extended standing/walkdowns.
• II.C.2 Offshore survival and medical: valid offshore medical; BOSIET/FOET with HUET; H2S and BA certification.
• II.C.3 Night shift/24–7 availability during emergencies and SIMOPS peaks.

III. Typical Tools, Software, and Equipment

• III.1 Gas detection: Portable multi-gas detectors (O2, H2S, CO, LEL), PID for VOCs, fixed gas heads verification/calibration kits.
• III.2 Fire and lifesaving: SCBA/EEBD, BA communication sets, fire extinguishers, fire hose/nozzle test gear, deluge/sprinkler test tools, thermal imaging camera.
• III.3 Monitoring instruments: Noise dosimeter, sound level meter, WBGT heat stress meter, lux meter, anemometer, ventilation flow hood, portable water test kits.
• III.4 Safety systems: Electronic PTW, isolation/LOTO devices and registers, confined space entry kits (tripods, winches, retrieval), gas sampling pumps.
• III.5 Spill response: Sorbents, booms, skimmers, spill kits, drip trays, portable bunding.
• III.6 Software: Incident and action tracking system; risk register/bow-tie tool; e-learning/LMS for HSE; BI dashboarding for KPIs; CMMS interface for safety-critical maintenance; document control for procedures; electronic muster/POB system.

IV. Work Environment

• IV.1 Location: Fixed platforms, FPSOs, or MODUs; exposure to process, drilling, construction, and marine operations.
• IV.2 Rotation: Commonly 14/14, 21/21, or 28/28; 12-hour shifts with on-call responsibilities.
• IV.3 Conditions: Noise, vibration, heat/cold, confined spaces, elevated work areas, H2S zones; PPE and BA readiness mandatory.
• IV.4 Travel: Helicopter or crew boat transfers; pre-flight safety and baggage restrictions compliance.
• IV.5 Simultaneous operations: Frequent SIMOPS (e.g., production + well work + lifting + hot work), requiring tight coordination and permit governance.

V. Reporting Lines and Cross-Functional Interfaces

• V.1 Reports to: Offshore Installation Manager (OIM) for day-to-day operations; functionally to HSE Supervisor/Lead or onshore HSE Manager.
• V.2 Key interfaces: Production Superintendent, Drilling/Well Services Supervisor, Maintenance Supervisor, Marine/Deck Lead, Construction Lead, Logistics and Aviation Coordinators, Onboard Medic, Catering Supervisor, Contractor Supervisors.
• V.3 Hand-offs and deliverables: Daily HSE summary to OIM and onshore HSE; PTW/Isolation registers to area owners; incident reports and RCA to HSE Lead; audit findings and action trackers to discipline supervisors; environmental logs to environmental focal point.

VI. Career Ladder and Progression

• VI.1 Next-step roles: Senior HSE Officer (offshore), HSE Supervisor/Lead (offshore), HSE Superintendent (offshore), HSE Advisor/Coordinator (onshore), HSE Manager (asset/country).
• VI.2 What’s needed to move up: Strong incident prevention record, completed investigations with demonstrable barrier improvements, effective SIMOPS management, audit leadership, and coaching impact across crews.
• VI.3 Certifications/competency: Advanced incident investigation, internal auditor for ISO 45001/14001, offshore emergency response leadership, H2S/BA trainer credentials; environmental competence (spill response, MARPOL awareness).
• VI.4 Progression Trigger: Typically promoted after 18–30 hitches with consistent KPI improvement, 5–10 completed RCAs with verified action closure, successful leadership of multi-scope drills, plus attainment of an advanced investigation or auditor certification.

VII. Key HSE Metrics and Formulas

• VII.1 Total Recordable Incident Rate (TRIR): \( \mathrm{TRIR} = \frac{\text{Total Recordable Cases} \times 200{,}000}{\text{Total Hours Worked}} \)
• VII.2 Lost Time Injury Frequency Rate (LTIFR): \( \mathrm{LTIFR} = \frac{\text{Lost Time Injuries} \times 1{,}000{,}000}{\text{Total Hours Worked}} \)
• VII.3 Simple risk ranking: \( \mathrm{Risk\ Rank} = \mathrm{Severity} \times \mathrm{Likelihood} \) (use site matrix to determine tolerability and required controls).
• VII.4 Confined space concentration decay (well-mixed approximation): \( C(t) = C_0\, e^{-\frac{Q}{V} t} \Rightarrow t = -\frac{V}{Q} \ln\!\left(\frac{C(t)}{C_0}\right) \), where \(V\) is volume, \(Q\) is ventilation flow.
• VII.5 Outdoor WBGT (heat stress index, with solar load): \( \mathrm{WBGT} = 0.7\,T_{\mathrm{wb}} + 0.2\,T_{\mathrm{g}} + 0.1\,T_{\mathrm{db}} \) to guide work/rest and hydration plans.