Responsibilities of a paramedic on offshore drilling platforms?

I. Core Responsibilities — Paramedic on Offshore Drilling Platforms

Primary objective: Maintain medical readiness, deliver emergency/urgent care, and support occupational health and HSE compliance in a remote, high-risk environment.

• I.1 Emergency response and resuscitation
  • 1.1 Lead on-scene medical response for trauma, cardiac, respiratory, H2S exposure, burns, crush, and amputation injuries.
  • 1.2 Perform triage, airway management (BVM, supraglottic, endotracheal if scope permits), IV/IO access, advanced life support, defibrillation, and analgesia/sedation per standing orders.
  • 1.3 Stabilize for MEDEVAC; package patients for helicopter or vessel transfer; maintain care during handover to topside physician and receiving facility.
• I.2 Remote clinical care and telemedicine
  • 2.1 Run clinic hours for minor illnesses/injuries; manage chronic conditions within scope and protocols.
  • 2.2 Conduct telemedicine consults; share vitals, ECGs, labs (POCT) with onshore medical advisor; implement treatment plans.
  • 2.3 Maintain confidential medical records and controlled drug registers to regulatory standards.
• I.3 Occupational health and HSE support
  • 3.1 Pre-shift wellness screening, fit-for-task checks, fatigue and heat-stress monitoring.
  • 3.2 Drug/alcohol screening per site policy; monitor mental health, stress, and fitness-to-work.
  • 3.3 Potable water testing, food safety/galley hygiene inspections, camp sanitation audits; outbreak management (respiratory, gastroenteritis).
  • 3.4 Participate in risk assessments, SIMOPS reviews, and incident investigations for medical/ergonomic root causes.
• I.4 Medical logistics and readiness
  • 4.1 Maintain clinic, med bag readiness, oxygen systems, defibrillators, ventilatory support, and trauma kits; ensure cold-chain for temperature-sensitive meds.
  • 4.2 Track inventory, expiries, and re-supply orders; align stock with POB and activity risk profile (drilling, heavy lifts, well testing).
  • 4.3 Prepare MEDEVAC documentation, landing site coordination, and stretcher routes; run muster/clinic drills with ERT.
• I.5 Training and competency assurance
  • 5.1 Deliver first aid/CPR/AED, hemorrhage control (“Stop the Bleed”), eye-wash, H2S exposure response, and medical emergency drills to crews.
  • 5.2 Coach ERT members in casualty handling, oxygen therapy, spinal immobilization, and trauma room workflow.
• I.6 Regulatory and reporting
  • 6.1 Maintain medical logs, SHoM/EMR entries, MEDEVAC reports, monthly medical KPIs, and notifiable disease reports.
  • 6.2 Ensure compliance with flag/state, maritime/aviation, and operator HSE medical standards.

Relevant clinical formulas in remote care

• I.A Mean Arterial Pressure: \( \mathrm{MAP} = \dfrac{\mathrm{SBP} + 2\cdot \mathrm{DBP}}{3} \)
• I.B Adult burn resuscitation (Parkland): \( \text{Fluids (mL)} = 4 \times \text{kg} \times \% \text{TBSA} \) in 24 h; give 50% in first 8 h.
• I.C Drip rate: \( \text{gtt/min} = \dfrac{\text{Volume (mL)} \times \text{Drop factor (gtt/mL)}}{\text{Time (min)}} \)
• I.D Weight-based dosing example: \( \text{Dose} = \text{mg/kg} \times \text{weight (kg)} \)

II. Required Skills and Physical Demands

• II.1 Technical skills
  • 1.1 Advanced life support: ECG interpretation, airway/ventilation, defibrillation, ACLS/PHTLS or ITLS protocols.
  • 1.2 Trauma management: hemorrhage control (tourniquet, hemostatics), fracture/dislocation reduction/splinting, burns management.
  • 1.3 Toxicology and exposures: H2S, hydrocarbons, chemical burns, welding fumes; oxygen therapy and antidote protocols per standing orders.
  • 1.4 Remote diagnostics: POCT (glucose, troponin, lactate), 12-lead ECG acquisition, pulse oximetry, capnography.
  • 1.5 Telemedicine operations: case presentation, secure data transmission, follow-up care plans.
  • 1.6 Occupational health: wellness surveillance, RPE/fit-testing support, ergonomic assessments, outbreak control.
  • 1.7 MEDEVAC coordination: packaging, clinical handover (SBAR), aviation/helideck timelines, cold/wet hoist considerations (estimated if vessel transfer).
• II.2 Soft skills
  • 2.1 Decisive under pressure; sound clinical judgment with limited diagnostics.
  • 2.2 Clear communication with multi-lingual crews; concise documentation.
  • 2.3 Training delivery; coaching non-medics for first response.
  • 2.4 Confidentiality, empathy, cultural awareness, and professionalism.
• II.3 Certifications (typical)
  • 3.1 Paramedic license/registration (jurisdictional); valid advanced life support (ACLS) and trauma (PHTLS/ITLS).
  • 3.2 BOSIET/FOET with HUET; OGUK/OEUK or equivalent offshore medical; MIST/H2S awareness.
  • 3.3 First aid instructor (preferred); HERTM/HERTL for emergency response (estimated by asset).
  • 3.4 Hyperbaric chamber operator/DMT if diving operations present (estimated).
• II.4 Physical demands
  • 4.1 Lift/carry 20–25 kg medical kits; stair/lattice ladder climbs; stretcher handling in confined spaces.
  • 4.2 Donning SCBA/escape sets; prolonged standing during codes; work in PPE and adverse weather.
  • 4.3 Fit for helicopter travel and vessel transfers; 12-hour shifts with 24/7 on-call as single medic.

III. Tools, Software, and Equipment

• III.1 Clinical and emergency equipment
  • 1.1 AED/monitor-defibrillator with 12-lead ECG and capnography; portable ventilator; suction.
  • 1.2 Oxygen delivery systems, pulse oximeters, non-invasive BP, thermometers, glucometers, lactate meters.
  • 1.3 Airway kits (OPA/NPA, supraglottic, ET if scope), IO/IV access kits, infusion pumps, trauma and burn kits.
  • 1.4 Immobilization gear (cervical collars, scoop, spine board), splints, pelvic binders.
  • 1.5 POCT consumables, sharps disposal, sterilization and infection control supplies.
  • 1.6 Hyperbaric chamber (if present; estimated), oxygen analyzers for chamber ops.
• III.2 Communications and software
  • 2.1 Electronic Medical Records (EMR) with secure messaging; controlled drug register system.
  • 2.2 Telemedicine platform with live vitals/ECG sharing; satellite/VoIP; secure email.
  • 2.3 HSE incident management/reporting system; training/LMS portals.
  • 2.4 Radio comms: UHF/VHF, talkback to CCR/helideck; medevac notification templates.
• III.3 Logistics and facilities
  • 3.1 Medical refrigerator with data-logged cold chain; crash cart; sterilization cabinet.
  • 3.2 Water testing kits (chlorine residual, microbiology swabs), food probe thermometers.
  • 3.3 Stretchers (basket and scoop), evacuation chairs, TEMPSC casualty arrangements.

IV. Work Environment

• IV.1 Location and schedule
  • 1.1 Offshore platform or MODU; clinic adjacent to accommodation/CCR.
  • 1.2 Rotations commonly 14–14, 21–21, or 28–28; 12-hour nominal shift with 24/7 on-call coverage.
  • 1.3 Travel by helicopter; occasional boat transfers depending on weather/logistics.
• IV.2 Conditions and hazards
  • 2.1 Noise, vibration, salt-laden atmosphere; confined spaces; working at height areas.
  • 2.2 Potential exposure to H2S, hydrocarbons, chemicals; strict PPE and muster protocols.
  • 2.3 Variable clinic throughput; single-provider setting requiring high autonomy.

V. Reporting Lines and Cross-Functional Interfaces

• V.1 Reporting lines
  • 1.1 Operationally reports to Offshore Installation Manager (OIM) or Rig Manager.
  • 1.2 Clinically reports to Onshore Medical Advisor/Company Medical Authority.
• V.2 Cross-functional interfaces
  • 2.1 HSE Lead/Advisor, Control Room Operators, Drilling Supervisor/Toolpusher, Well Services, Marine crew, Helideck team.
  • 2.2 Catering/Housekeeping (galley hygiene, potable water), Logistics/Materials (medical re-supply), Security/POB control.
  • 2.3 Emergency Response Team, Fire Team, Crane and Deck ops, Visiting contractors; topside physicians and receiving hospitals during MEDEVAC.

VI. Career Ladder, Deliverables, Toolchain, and Progression

• VI.1 Career ladder (typical, estimated)
  • 1.1 Offshore Paramedic ? Lead/ Senior Offshore Medic ? Remote Site Medical Practitioner (expanded scope).
  • 1.2 Lateral/vertical moves: Occupational Health Specialist (offshore/onshore), HSE Advisor (Occupational Health), Medical Services Supervisor, Clinical Governance/Training Coordinator.
  • 1.3 Enablers: advanced trauma/remote medicine diploma, HERTM/HERTL, instructor credentials, NEBOSH IGC (for HSE track), DMT/Hyperbaric (if diving operations relevant).
• VI.2 Deliverables & interfaces
  • 2.1 To OIM/HSE: monthly medical KPI pack, clinic utilization stats, training compliance, water/galley audit reports.
  • 2.2 To Onshore Medical Advisor: EMR case notes, MEDEVAC summaries, controlled drug audits, clinical governance actions.
  • 2.3 To Logistics/Materials: inventory requests, cold-chain logs, calibration/maintenance schedules.
  • 2.4 Handover: comprehensive back-to-back medic handover notes; incident learnings; open actions tracker.
• VI.3 Toolchain snapshot
  • 3.1 EMR and controlled drug register software; telemedicine system with ECG/vitals integration.
  • 3.2 HSE incident reporting and training/LMS systems; potable water/food safety test kits.
  • 3.3 Clinical hardware: monitor-defib with 12-lead, ventilator, suction, POCT devices, immobilization kits.
• VI.4 Progression trigger (estimated)
  • 4.1 Typically promoted to Lead/Senior after 8–12 hitches with strong drills performance, zero compliance findings, and endorsements from OIM and Medical Advisor.
  • 4.2 Broader roles after 24–36 months plus instructor credentials and additional qualifications (e.g., HERTM, remote medicine diploma, NEBOSH for HSE pathway).
  • 4.3 Clinical advancement supported by documented case mix (e.g., =5 MEDEVACs managed, =12 mass-casualty drills led) and audit outcomes.