Job description for an HSE consultant in oil and gas projects?

HSE Consultant — Oil & Gas Projects

Advises project and operations teams on health, safety, and environmental risk identification, control, and assurance across exploration, drilling, construction, commissioning, and production phases. Ensures regulatory compliance, contractor alignment, and continuous improvement of HSE performance.

I. Core Responsibilities

• 1.1 HSE strategy and planning: Develop project-specific HSE Management Plans, HSE Cases, bridging documents, SIMOPS matrices, and emergency response plans aligned to the project lifecycle.
• 1.2 Risk assessment and process safety: Facilitate HAZID, support HAZOP/LOPA inputs, bow-tie barrier analysis, ALARP demonstrations, and QRA inputs for design and operational decision-making.
• 1.3 Site implementation and assurance: Deploy Permit-to-Work, energy isolation/LOTO, confined space, hot work, lifting operations standards; conduct field verifications, PTW audits, and barrier health checks.
• 1.4 Contractor HSE management: Pre-qualify, onboard, and monitor contractors; align procedures via HSE bridging; perform compliance audits and SIMOPS oversight during drilling, construction, and marine activities.
• 1.5 Operational controls: Validate Job Safety Analyses, toolbox talks, and critical task verifications; verify lifesaving rules, dropped-objects controls, and work-at-height protections.
• 1.6 Occupational hygiene: Plan and review exposure assessments (noise, heat stress, H2S/CO/CO2, hydrocarbons); recommend controls and PPE specifications; verify fit-testing and ventilation effectiveness.
• 1.7 Environmental stewardship: Support EIAs, waste and wastewater plans, spill prevention and response, air emissions inventories and controls, and wildlife/marine interface management.
• 1.8 Incident readiness and investigations: Lead or support emergency drills, command-post exercises; conduct incident investigations (root cause, corrective actions) and verify close-out effectiveness.
• 1.9 KPI governance and reporting: Define, compute, and trend HSE KPIs (TRIR, LTIR, FAR, SIFs, near-miss rates); produce dashboards and regulator-ready reports.
• 1.10 Regulatory interface: Prepare submissions, permits, notifications, and compliance evidence; coordinate inspections and respond to findings.
• 1.11 Training and coaching: Deliver induction, task-specific HSE training, and leadership coaching; embed culture programs and stop-work authority.
• 1.12 Management of change (MOC): Risk-assess design/operational changes, validate safeguards, and update procedures, P&IDs, and alarm rationalization where impacted.
• 1.13 Decommissioning/readiness: Define abandonment HSE plans, SIMOPS with production, and waste/hydrocarbon management during demob and site restoration.

II. Required Skills and Physical Demands

II.A Technical Skills

• 2.1 HSE management systems: Implementation and auditing of ISO 45001, ISO 14001; development of procedures, standards, and performance dashboards.
• 2.2 Process safety fundamentals: Barrier management, bow-tie, LOPA concepts, ignition control, explosion/fire phenomena, fire and gas detection principles, SIL/SIF awareness, QRA interpretation.
• 2.3 Operations and construction HSE: Drilling/completions wellsite HSE, lifting operations, electrical safety, welding/hot work, confined space, excavation, temporary works, and marine interface.
• 2.4 SIMOPS and PTW: Integration of multiple work fronts, e-PTW administration, isolation standards, and override/defeat management.
• 2.5 Incident investigation: Causation models, evidence collection, root-cause analysis, effectiveness testing of corrective/preventive actions.
• 2.6 Occupational hygiene: Exposure assessment planning, sampling strategies, noise/heat stress calculations, respiratory protection selection, and ergonomic risk reduction.
• 2.7 Environmental compliance: EIA/EIS inputs, emissions accounting, spill response planning, waste management hierarchy, and monitoring protocols.
• 2.8 Data and analytics: KPI definition, normalization, statistical trending, control charts, and risk visualization.

II.B Soft Skills

• 2.9 Advisory and facilitation: Workshop facilitation (HAZID/bow-tie), clear risk communication to field crews and executives.
• 2.10 Leadership and coaching: Influencing without line authority, conflict de-escalation, and culture-building.
• 2.11 Documentation and reporting: Concise, audit-ready reports; regulator-facing correspondence.
• 2.12 Stakeholder management: Alignment across operator, EPC, drilling contractor, and multiple service providers.

II.C Physical Demands

• 2.13 Field mobility: Frequent site walks, stairs/ladders, uneven terrain; ability to don full PPE, including SCBA; typical lifting up to 25–35 lb for portable instrumentation.
• 2.14 Fitness to work: Offshore medical, H2S fit-testing, and ability to work in hot/cold environments and confined spaces per job requirements.

III. Typical Tools, Software, and Equipment

• 3.1 Risk and process safety: Bow-tie analysis tools; LOPA calculators; QRA and dispersion modeling suites; CFD for explosion/fire scenarios.
• 3.2 HSE management and reporting: Incident/Learning Management Systems; audit/inspection apps; e-PTW platforms; action tracking; BI/dashboard tools.
• 3.3 Engineering and GIS: P&ID and 3D model viewers; GIS mapping for sensitive receptors and exclusion zones.
• 3.4 Monitoring instruments: Multi-gas detectors (H2S, O2, CO, LEL), PID for VOCs, noise dosimeters/sound level meters, WBGT meters, dust/particulate samplers.
• 3.5 Emergency and fire safety: SCBA, thermal imaging cameras, portable fire suppression and detection test equipment.
• 3.6 Lifting and access verification: Load test gauges, sling/rigging inspection tools, fall protection inspection kits.

IV. Work Environment

• 4.1 Locations: Onshore plants, terminals, pipelines, drilling sites, fabrication yards; offshore jack-ups, floaters, platforms, subsea campaigns, and marine spreads.
• 4.2 Rotations and shifts: Offshore/remote rotations typically 14/14 or 28/28; onshore project schedules commonly 5×2 or 6×1 with periodic night or weekend coverage during critical lifts and shutdowns.
• 4.3 Travel: Regional/international travel 30–70% depending on project phase; short-notice mobilizations for incidents or audits.
• 4.4 Conditions: Weather exposure, noise, and hydrocarbon atmospheres; strict adherence to site PPE and life-saving rules.

V. Reporting Lines and Cross-Functional Interfaces

• 5.1 Reporting lines: Functionally to the Project HSE Manager or Corporate HSE; dotted-line to the Project Manager for day-to-day priorities.
• 5.2 Key interfaces: Drilling/Completions, Construction, Commissioning, Operations, Marine/Subsea, Facilities Engineering, Procurement, Logistics, Quality, Security, and Medical.
• 5.3 External stakeholders: Contractors and subcontractors, certification bodies, and regulators/authorities having jurisdiction.
• 5.4 Hand-offs: Risk registers, audit findings, investigation reports, and action trackers handed to discipline leads and contractor managers with due dates and verification requirements.

VI. Career Ladder

• 6.1 Next roles: Senior HSE Consultant; Project HSE Lead/Manager; Corporate HSE Manager; Process Safety Manager; HSE Director.
• 6.2 Advancement requirements: Proven delivery across multiple project phases, lead auditor credential, incident investigation certification, process safety coursework, and demonstrated contractor management at scale.
• 6.3 Domain broadening: Experience in both brownfield and greenfield, offshore and onshore, and exposure to commissioning/start-up and major turnaround activities.

Deliverables & Interfaces

• 7.1 Core deliverables: HSE Management Plan, HSE Case, risk register and bow-ties, SIMOPS and bridging documents, emergency response plans, training materials, audit/inspection reports, incident investigation reports, KPI dashboards, environmental and hygiene monitoring reports.
• 7.2 Recipients/approvers: Project Manager, Project HSE Manager, Discipline Leads, Operations Manager, Contractor HSE Leads, and Regulatory Authorities (as required).
• 7.3 Closure and verification: Action tracking with evidence of completion, effectiveness reviews, and lessons learned captured and shared to the project knowledge base.

Toolchain Snapshot

• 8.1 Analysis: Bow-tie and LOPA tools; QRA/dispersion modeling; explosion/fire CFD.
• 8.2 Execution: e-PTW and isolation management; audit/inspection and action tracking apps; incident investigation platforms.
• 8.3 Measurement: Multi-gas detection, VOC PID, noise and WBGT meters, particulate sampling kits.
• 8.4 Visualization and GIS: BI dashboards; GIS mapping; model/P&ID viewers.

Progression Trigger

• 9.1 Typically promoted after 5–8 major projects or 12–18 offshore hitches, plus completion of a lead auditor credential and an advanced HSE/process safety certification.
• 9.2 Acceleration factors: Successful leadership of investigations with systemic corrective actions, delivery of a full-site SIMOPS program without recordable incidents, or authoring an approved HSE Case for a high-hazard asset.

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