Offshore Oil & Gas Jobs in Mozambique
The global energy landscape is undergoing a massive shift, and Mozambique is at the absolute epicenter of the offshore natural gas boom. With some of the world's largest natural gas discoveries in the Rovuma Basin, mega-projects featuring state-of-the-art Floating Liquefied Natural Gas (FLNG) platforms and Liquefied Natural Gas (LNG) infrastructures are actively transforming the region into a global energy superpower.
A major offshore oil and gas operator in Mozambique has announced immediate openings for highly skilled Maintenance, Modification, and Operations (MMO) professionals. These are long-term, lucrative offshore assignments designed for seasoned technical experts.
If you are an engineer or technician with a rock-solid background in preventive maintenance, corrective maintenance, and asset integrity, this is your gateway to a premium international career.
⚠️ Crucial Eligibility Gate: Maintenance vs. Construction
Before diving into the open positions, the hiring operators have established a strict, non-negotiable prerequisite:
Important Notice: Candidates whose experience is limited strictly to the Construction or Commissioning phases will not be considered for these roles. The asset has transitioned into its core operational lifecycle. To ensure maximum uptime, safety, and operational reliability, proven, hands-on brownfield or greenfield Maintenance experience is mandatory.
The Economics of High-CPC Job Boards: Why This Guide Matters
For professionals browsing the energy sector and digital publishers tracking high-paying recruitment keywords, the Oil & Gas sector represents the highest Cost-Per-Click (CPC) tier in digital advertising. Keywords like "Offshore Oil and Gas Jobs," "FPSO Maintenance Engineer Salary," and "Mozambique LNG Projects" command premium ad rates because energy corporations heavily invest in acquiring top-tier technical talent.
This guide provides an exhaustive breakdown of the technical requirements, day-to-day responsibilities, and operational frameworks for each open position to serve both job-seekers and industry analysts alike.
📌 Deep Dive: Comprehensive Breakdown of Open Positions
🛡️ HSE & Safety Department
1. Safety Engineer
Primary Focus: Operational Risk Mitigation, Asset Integrity, and HSE Compliance.
Role Overview:
The Safety Engineer on an offshore facility serves as the foundational pillar of the platform's Safety Case. Offshore environments present high-pressure, high-temperature (HPHT) hazards, complex hydrocarbon processing streams, and volatile organic compounds (VOCs). The Safety Engineer is responsible for embedding a proactive safety culture across all departments. You will lead Risk Assessments, Job Safety Analyses (JSA), and ensure absolute compliance with international maritime and offshore safety regulations (such as OSHA, NEBOSH, and MARPOL standards).
Detailed Responsibilities:
Facilitate and audit the Permit to Work (PTW) system, ensuring all isolation certificates (mechanical and electrical) are robustly implemented before maintenance activities begin.
Lead Hazard and Operability (HAZOP) and Hazard Identification (HAZID) studies for ongoing modification or maintenance projects.
Conduct routine safety audits, emergency drill simulations (e.g., muster drills, blowout preventer/BOP isolation protocols), and incident investigations using root-cause analysis (RCA) methodologies like TapRooT or Fishbone.
Monitor the platform’s active and passive fire protection systems, gas detection arrays, and life-saving appliances (LSA).
Required Technical Expertise:
Deep knowledge of quantitative risk assessment (QRA), safety management systems (SMS), and offshore survival protocols. Must hold a recognized degree in Engineering along with advanced HSE certifications (e.g., NEBOSH International Diploma).
⚡ Electrical Department
2. Electrical Supervisor
Primary Focus: High/Medium Voltage Grid Management, Team Leadership, and Switchyard Safety.
Role Overview:
The Electrical Supervisor oversees the safe generation, distribution, and maintenance of power across the entire offshore facility. Offshore platforms function as self-contained cities powered by heavy-duty gas turbine generators (GTGs). This role bridges the gap between engineering planning and hands-on execution, supervising a dedicated team of senior technicians and technicians to guarantee uninterrupted power supply.
Detailed Responsibilities:
Coordinate scheduled turnarounds (TAs) and preventative maintenance shutdowns for critical high-voltage (HV) and medium-voltage (MV) distribution systems.
Supervise the maintenance of large-scale power generation assets, including gas turbines, diesel emergency generators, and main switchboards.
Authorize electrical isolations, lock-out/tag-out (LOTO) procedures, and ensure all electrical team members work strictly within explosive atmosphere (ATEX/IECEx) safety regulations.
Diagnose complex systemic electrical faults using advanced power quality analyzers and thermal imaging tools.
Required Technical Expertise:
CompEx Certification (Ex01-Ex04) for working in hazardous areas is vital. Proven competency in managing HV/MV protection relays, synchronous generators, and large Variable Speed Drives (VSDs).
3. Senior Electrical Technician
Primary Focus: Advanced Troubleshooting, Component Overhauls, and Preventive Maintenance execution.
Role Overview:
Acting as the technical anchor of the electrical crew, the Senior Electrical Technician handles the most complex diagnostic tasks on the platform. When a critical motor or transformer exhibits anomalous behavior, the Senior Technician executes precise troubleshooting workflows to avoid costly, unplanned production shutdowns.
Detailed Responsibilities:
Execute detailed maintenance and calibration protocols on high-voltage equipment, air circuit breakers (ACBs), and vacuum circuit breakers (VCBs).
Perform insulation resistance testing (Megger testing), winding resistance testing, and polarization index (PI) checks on heavy-duty offshore motors (up to multi-megawatt ratings).
Assist the supervisor in managing inventory for critical electrical spares, ensuring that Ex-rated equipment replacements maintain compliance integrity.
Mentor junior technicians in interpreting complex electrical schematics, single-line diagrams (SLDs), and wiring diagrams.
Required Technical Expertise:
Extensive experience with Uninterruptible Power Supply (UPS) systems, emergency battery banks, and Ex-certified lighting and heating systems in offshore marine environments.
4. Electrical Technician
Primary Focus: Routine Inspections, Component Testing, and General Electrical Maintenance.
Role Overview:
The Electrical Technician delivers the vital, day-to-day physical labor needed to maintain the platform's vast electrical infrastructure. Working under the guidance of the Senior Technician, this role ensures that routine preventive maintenance checklists are completed on time, accurately logged within the Computerized Maintenance Management System (CMMS).
Detailed Responsibilities:
Conduct scheduled visual and close inspections of all electrical equipment deployed in hazardous process areas to check for corrosion, ingress protection (IP) failures, or loose connections.
Replace faulty cables, glands, conduits, and lighting fixtures within ATEX-classified zones.
Perform basic maintenance on electric motor actuators, space heaters, and low-voltage distribution boards.
Support the broader team during plant restarts by systematically verifying the operational readiness of auxiliary electrical utilities.
Required Technical Expertise:
Proficiency in using standard electrical test equipment (multimeters, clamp meters) and an foundational understanding of offshore hazardous area classifications.
📡 Instrumentation & Control Department
5. Instrument Supervisor
Primary Focus: Automation Integrity, Calibration Oversight, and Smart Field Instrumentation.
Role Overview:
Modern offshore facilities like FPSOs and FLNGs are highly automated ecosystems governed by thousands of digital and pneumatic data points. The Instrument Supervisor manages the team tasked with maintaining the continuous accuracy, responsiveness, and calibration of all process measurement loops, controlling elements, and safety-critical instrumented systems.
Detailed Responsibilities:
Manage calibration schedules for custody transfer metering systems, multi-phase flow meters, and high-pressure process transmitters.
Oversee the maintenance of control valves, emergency shutdown valves (ESVs), and choke valves, ensuring their stroke timings and leakage tolerances meet strict safety parameters.
Coordinate with the Production Department to diagnose process control anomalies (such as loop oscillations or hunting valves) and implement tuned proportional-integral-derivative (PID) settings.
Ensure all instrumentation maintenance documentation complies perfectly with international metrology and safety-instrumented functions (SIF) standards.
Required Technical Expertise:
Advanced understanding of HART, Foundation Fieldbus, and Profibus communication protocols. Strong familiarity with SIL (Safety Integrity Level) ratings and safety-instrumented systems (SIS).
6. ICSS Specialist (Integrated Control & Safety Systems)
Primary Focus: Distributed Control Systems (DCS), Emergency Shutdown Systems (ESD), and Fire & Gas (F&G) Network Architecture.
Role Overview:
The ICSS Specialist is the custodian of the platform’s "digital brain." This highly technical engineering role is responsible for the performance, logic, and software integrity of the Integrated Control and Safety System, which typically merges the DCS, ESD, and F&G systems into a cohesive, high-availability computing network.
Detailed Responsibilities:
Troubleshoot and modify PLC logic diagrams, cause-and-effect matrices, and HMI (Human-Machine Interface) graphics to adapt to changing operational profiles or plant modifications.
Diagnose network communication issues across industrial Ethernet, fiber optic loops, Modbus pathways, and serial interfaces.
Perform routine software backups, manage cybersecurity patches for operational technology (OT) assets, and monitor system diagnostics for hardware degradation (e.g., CPU loading or I/O module failures).
Lead complex root-cause analysis investigations for any unexpected system trips or spurious alarms that impact production efficiency.
Required Technical Expertise:
Expert-level mastery of Tier-1 ICSS platforms (e.g., Honeywell Experion PKS, Emerson DeltaV, Yokogawa Centum VP, or Siemens PCS7). Deep familiarity with industrial OT cybersecurity frameworks.
7. Analyzer Instrument Technician
Primary Focus: Online Process Analyzers, Gas Chromatographs, and Environmental Monitoring Systems.
Role Overview:
Continuous monitoring of hydrocarbon composition and environmental discharge requires complex, highly sensitive online analytical equipment. The Analyzer Instrument Technician specializes in maintaining these specialized instruments, which are critical for ensuring product quality, guarding against process upsets, and verifying environmental compliance.
Detailed Responsibilities:
Calibrate and maintain sophisticated Online Gas Chromatographs (GCs), moisture analyzers, oxygen analyzers, and hydrogen sulfide ($H_2S$) detectors.
Manage sample conditioning systems (SCS)—ensuring process samples are delivered to the analyzers at the exact required temperature, pressure, and filtration level.
Maintain and validate toxic and combustible gas detection arrays distributed throughout the living quarters and process decks.
Track, manage, and replace complex calibration gas cylinder inventories, verifying certificate validity for precise analytical benchmarks.
Required Technical Expertise:
Specialized training in gas chromatography, spectroscopic analysis, and the unique maintenance demands of delicate sample loops processing toxic or corrosive process fluids.
🔧 Mechanical Department
8. Mechanical Supervisor
Primary Focus: Static and Rotating Equipment Integrity, Heavy-Lift Coordination, and Mechanical Team Leadership.
Role Overview:
From massive gas compressors to complex piping networks, the mechanical infrastructure of an offshore platform faces extreme operational and environmental stresses. The Mechanical Supervisor takes full responsibility for executing the platform's mechanical maintenance plan, ensuring optimal uptime, structural integrity, and maximum asset lifespan for both static and rotating machinery.
Detailed Responsibilities:
Plan, schedule, and direct daily work assignments for senior mechanical technicians and mechanical specialists, ensuring adherence to the platform's CMMS metrics.
Lead major overhauls and maintenance shutdowns for vital turbomachinery, high-pressure pumps, and heat exchangers.
Ensure all mechanical rigging, lifting plans, and confined-space entries are executed under flawless safety conditions and strict compliance with the Permit to Work (PTW) system.
Interface directly with vendor field service representatives during specialized equipment upgrades or major component replacements.
Required Technical Expertise:
Profound knowledge of international mechanical codes (such as API 610, API 617, ASME Section VIII). Proven leadership capabilities within high-stress offshore turnarounds.
9. Mechanical Senior Technician
Primary Focus: Precision Maintenance Execution, Complex Equipment Overhauls, and Predictive Diagnostics.
Role Overview:
The Mechanical Senior Technician handles complex physical repairs and precision alignments on the platform's mechanical equipment. This role demands a high degree of technical skill, utilizing advanced predictive maintenance diagnostics like vibration analysis and laser alignment to catch mechanical wear long before a catastrophic failure occurs.
Detailed Responsibilities:
Perform precision laser alignments and dial-indicator setups on coupled rotating equipment, including multi-stage centrifugal pumps and air compressors.
Rebuild, pack, and overhaul various industrial valves, mechanical seals, bearings, and coupling systems.
Interpret complex engineering documentation, including piping and instrumentation diagrams (P&IDs), isometric drawings, and cross-sectional equipment blueprints.
Conduct regular data collection for condition monitoring programs (e.g., collecting lube oil samples for spectrographic analysis and taking vibration signatures).
Required Technical Expertise:
Expertise in hydrodynamic bearing inspections, dry gas seal replacements, and advanced hydraulic torque wrench operations.
10. Mechanical Technician
Primary Focus: General Mechanical Maintenance, Piping Integrity, and Lubrication Schedules.
Role Overview:
The Mechanical Technician carries out the vital fundamental tasks that keep the platform’s structural and mechanical systems operating smoothly. Working under the guidance of senior team members, this position requires high physical stamina, exceptional tool skills, and a meticulous approach to executing preventative maintenance checklists.
Detailed Responsibilities:
Execute scheduled lubrication, filter replacements, and seal inspections across all mechanical machinery.
Assist in pressure testing, blinding/flanging operations, and internal cleanings of pressure vessels, separators, and storage tanks.
Perform routine maintenance on utility equipment, including diesel transfer pumps, air dryers, and seawater intake strainers.
Rapidly report any signs of structural corrosion, piping leaks, or unusual mechanical noise to the senior technician.
Required Technical Expertise:
Proficiency with standard mechanical hand tools, precision measuring instruments (micrometers, calipers), and foundational knowledge of industrial pipefitting practices.
11. Rotating Package Specialist
Primary Focus: Turbo-Machinery Optimization, Gas Turbine Overhauls, and Multi-Stage Centrifugal Compressors.
Role Overview:
The Rotating Package Specialist is a highly focused technical expert responsible for the platform's most expensive and critical capital assets: the high-speed turbomachinery trains. On an FLNG or FPSO, these packages—typically consisting of aeroderivative gas turbines driving massive centrifugal process compressors or power generators—are the heart of production. Any downtime here costs millions of dollars per day.
Detailed Responsibilities:
Act as the subject matter expert (SME) for all aspects of operation, troubleshooting, and lifecycle maintenance of major gas turbine packages (e.g., GE LM2500/LM6000, Solar Turbines).
Diagnose aerodynamic and mechanical anomalies within multi-stage centrifugal gas compressors, analyzing surge control loops, dry gas seal performance, and thrust bearing temperatures.
Analyze real-time machine monitoring data (such as shaft orbit plots, spectrum analysis, and axial displacement trends) to predict and prevent failures.
Supervise the meticulous disassembly, internal inspection, balancing, and reassembly of rotor assemblies during major overhauls.
Required Technical Expertise:
In-depth specialization in vibration analysis (ISO Category II or higher preferred), dry gas seal control panels, and the intricate control logic of heavy industrial turbomachinery packages.
❄️ Utilities & Facilities Department
12. HVAC Technician
Primary Focus: Environmental Control Systems, Living Quarter Pressurization, and Industrial Refrigeration.
Role Overview:
On an offshore facility, Heating, Ventilation, and Air Conditioning (HVAC) is not just a comfort utility—it is a critical safety system. The HVAC system maintains positive air pressure within the Living Quarters (LQ) and central control rooms to prevent the ingress of toxic or flammable hydrocarbon gases in the event of an external leak. The HVAC Technician ensures these complex environmental systems operate flawlessly 24/7.
Detailed Responsibilities:
Maintain, troubleshoot, and repair large-scale marine industrial chillers, air handling units (AHUs), Condensing units, and direct expansion (DX) refrigeration systems.
Routinely test and calibrate blast dampers, fire dampers, and air pressurization control loops within hazardous/safe zone boundaries.
Service and recharge refrigeration systems using eco-friendly refrigerants, ensuring total compliance with global environmental regulations regarding greenhouse gas management.
Troubleshoot electrical control circuits, variable speed fans, and electronic thermostats linked to the centralized building management system (BMS).
Required Technical Expertise:
Universal Refrigerant Transition and Recovery Certification. Specialized knowledge of marine-grade, corrosion-resistant HVAC infrastructure and explosion-proof (Ex) fan/motor assemblies.
📍 Project Blueprint: The Mozambican Offshore Frontier
Mozambique’s offshore energy sector represents one of the most technologically advanced frontiers in global oil and gas engineering. The primary operations are concentrated within the Rovuma Basin, located off the northern coast of Cabo Delgado province.
Operating in water depths frequently exceeding 2,000 meters requires cutting-edge Subsea, Umbilicals, Risers, and Flowlines (SURF) systems linked directly to Floating Liquefied Natural Gas (FLNG) units and Floating Production Storage and Offloading (FPSO) vessels. Working here offers professionals unmatched career prestige, exposure to complex multi-phase fluid streams, and experience with top-tier asset integrity programs.
⏳ Project Logistics & Compensation Framework
To attract premium talent capable of maintaining these complex facilities, the project offers highly structured logistics and a competitive, tax-efficient compensation package:
| Operational Parameter | Logistics & Terms |
| Deployment Date | Immediate / ASAP (Pending background checks, medical clearances, and visa processing) |
| Contractual Duration | 12-Month Base Contract, fully renewable based on performance and asset lifecycle requirements |
| Rotation Schedule | 4 Weeks ON / 4 Weeks OFF (Provides an excellent work-life balance for international commuters) |
| Remuneration | Highly Negotiable (Premium day-rates structured around your precise years of experience, niche technical certifications, and interview performance) |
🎯 Profile Evaluation Criteria
The recruiting operators utilize a rigid matrix to score applicants. To be shortlisted, your resume and supporting documentation must clearly highlight the following milestones:
Verified Oil & Gas Track Record: A deep career history explicitly rooted in the upstream or midstream hydrocarbon processing sectors.
Role-Specific Mastery: Unquestionable proof of competence in your applied discipline, ideally backed by trade certificates, engineering degrees, or vendor-specific training credits.
English Language Fluency: Flawless verbal and written English communication skills are mandatory. Offshore facilities are highly diverse environments where precise, unambiguous communication is vital for safety and operational efficiency.
Advanced Troubleshooting Acumen: Proven competency executing Preventive Maintenance (PM), Corrective Maintenance (CM), and Predictive Asset Integrity initiatives via localized CMMS software (such as SAP or Maximo).
Multinational Adaptability: Demonstrated ability to collaborate seamlessly within diverse, cross-functional offshore technical teams.
🎁 Comprehensive Offshore Benefits Package
This project features a comprehensive care package designed to support international consultants and their families:
Transit & Travel Logistics: All international economy or business-class flights from your designated home airport to Mozambique are fully organized and paid for by the company, including all internal transfers.
Onboard Accommodations: Full access to high-standard, climate-controlled cabins on the offshore facility, equipped with modern recreational spaces, high-speed satellite internet, and full laundry services.
Catering & Nutrition: Premium, daily catered meals prepared by professional onboard culinary teams, accommodating diverse dietary requirements.
Global Medical & Life Care: Comprehensive international private health insurance coverage, including emergency medevac protocols from the offshore asset to world-class trauma centers.
Financial & Asset Protection: Comprehensive Life Insurance, Death & Disability coverage, and Income Protection Insurance plans triggered in the event of operational incapacitation.
📩 Step-by-Step Application Instructions
If you match the technical requirements for these open maintenance positions and are ready to advance your offshore career, follow these application steps carefully to ensure your file reaches the hiring managers:
1. Document Packaging
Gather your updated CV (preferably in PDF format, optimized for Applicant Tracking Systems), valid offshore survival credentials (OPITO-approved BOSIET/FOET), offshore medical fitness certificates, and all core technical or educational diplomas.
2. Email Subject Line Standard
To prevent your application from being filtered out by automated sorting systems, use a clear, professional naming convention in your subject line:
Application for Open Position: [Insert Exact Position Name] – [Your Full Name]
3. Submission Destination
Transmit your complete application package directly to the primary recruitment desk at:
📬 afonseca@pg-global.com
Final Career Takeaway
The energy transition has made highly skilled offshore maintenance professionals more valuable than ever. By focusing your career on complex, long-term operational assets like those in Mozambique, you secure long-term professional growth and position yourself at the absolute top of the global energy sector's earning pyramid. Submit your application today to secure your place on this premier project.
The rapid development of the Rovuma Basin off the coast of East Africa has transformed the region into a cornerstone of the global energy transition, sparking an unprecedented demand for specialized technical expertise across offshore oil and gas jobs in Mozambique, particularly within high-stakes FPSO maintenance vacancies and state-of-the-art FLNG operational roles. As deepwater natural gas extraction scales up significantly to meet international energy security needs, maritime operations in this theater require an intricate convergence of mechanical, electrical, and automation engineering designed to withstand extreme marine conditions. The complex nature of processing volatile hydrocarbons at sea on floating production storage and offloading vessels, as well as pioneering floating liquefied natural gas platforms, eliminates the luxury of structural margins for error, meaning that brownfield maintenance and asset integrity have surpassed traditional greenfield installation processes as the industry's most critical operational focus. For international and local engineers, technicians, and safety specialists, these multi-billion-dollar installations represent the absolute peak of industrial complexity, forcing technical crews to live and work in highly synchronized, hyper-disciplined micro-societies where the lines between engineering precision, process safety, and mechanical survival blur completely. Because an unscheduled shutdown on an FLNG or an FPSO asset can incur financial penalties ranging from hundreds of thousands to millions of dollars per day, major operating companies and their contracted tier-one maintenance partners place an extraordinary premium on technical personnel who possess deep, unassailable backgrounds in troubleshooting, fault diagnosis, predictive diagnostics, and preventative maintenance frameworks. The market for this talent is exceptionally competitive, causing search terms related to offshore Mozambique vacancies to command some of the highest cost-per-click values in digital recruitment systems, a trend driven by energy corporations eager to source professionals capable of managing high-pressure, high-temperature fluid dynamics, advanced distributed control architectures, and hazardous subsea-to-surface manifold links.
To fully understand why maintenance experience is strictly mandatory on these Mozambican mega-structures, one must evaluate the massive operational life cycle shift from initial construction and commissioning to long-term steady-state operations. During the engineering, procurement, and construction phases, the focus centers primarily on structural fabrication, line-walks, static pressure loop checks, and basic loop continuity testing, which are inherently discrete, heavily scaffolded tasks. In stark contrast, brownfield maintenance operations require a deep understanding of fluid dynamics, chemical thermodynamics, and metallurgy, as teams must work on living, pressurized systems handling highly corrosive sour gas, toxic hydrogen sulfide, and multi-phase fluids. Technicians must be masters of isolation philosophy, executing complex mechanical double-block-and-bleed protocols, hot-work permit mitigations, and intricate lock-out/tag-out safety sequences on active process decks. This operational reality explains why operators completely reject profiles that only feature construction or commissioning experience; they require engineers who can hear a subtle bearing vibration anomaly over the roar of an auxiliary turbine or interpret an incremental drift in a pneumatic actuator before it triggers an emergency shutdown sequence. The technical hierarchy on these assets is categorized into distinct, highly specialized departments—including Health, Safety, and Environment, Electrical, Instrumentation and Control, Mechanical, and Utilities—all working under a unified Computerized Maintenance Management System framework like SAP PM or IBM Maximo to log every wrench turn, calibration shift, and non-destructive testing thickness measurement. Within the safety sector, the Safety Engineer acts as the gatekeeper of the platform’s Safety Case, ensuring that quantitative risk assessments, hazard identifications, and hazard and operability studies are actively updated to account for equipment wear, corrosion under insulation, and evolving processing profiles. This involves managing active and passive fire protection barriers, deluge systems, fire and gas detection matrices, and organizing high-stress emergency response simulations such as blowout preventer isolation drills and muster protocols. Meanwhile, the Electrical Department handles the complex, self-contained power grid of the platform, managed by an Electrical Supervisor who directs the maintenance of multi-megawatt aeroderivative gas turbine generators, medium-to-high voltage switchyards, and complex variable speed drives. Senior Electrical Technicians and Electrical Technicians carry out precise diagnostics on these power distribution systems, using insulation resistance testing, polarization index calculations, and thermal imaging to ensure that all electrical systems deployed in hazardous zones retain their explosion-proof, ATEX, or IECEx structural integrity. Simultaneously, the Instrumentation and Control team governs the automation infrastructure, where the Instrument Supervisor guides specialists and technicians in maintaining the absolute precision of custody transfer metering, multi-phase flow meters, and safety-instrumented functions. The Integrated Control and Safety Systems Specialist serves as the platform’s digital architect, debugging programmable logic controllers, updating distributed control systems, and maintaining the cybersecurity of operational technology networks controlling critical emergency shutdown and fire and gas matrices. At the same time, Analyzer Instrument Technicians focus on delicate sample conditioning loops, keeping online gas chromatographs, moisture monitors, and toxic gas sensors calibrated to prevent environmental non-compliance or internal process upsets. The heavy muscle of the platform resides within the Mechanical Department, led by the Mechanical Supervisor, who oversees the mechanical availability of both static equipment, like high-pressure separators and shell-and-tube heat exchangers, and massive rotating machinery. Mechanical Senior Technicians and Mechanical Technicians utilize precision laser alignment, dial indicator setups, and hydrodynamic bearing inspections to keep high-capacity centrifugal pumps, water injection skids, and diesel transfer pumps operating smoothly. Operating at an even deeper layer of technical specialization, the Rotating Package Specialist manages the massive turbo-machinery trains, tracking shaft orbit plots, spectrum analysis data, and dry gas seal panel pressures to prevent catastrophic mechanical failure within the high-pressure gas compression loops. Finally, the Utilities and Facilities Department, staffed by expert HVAC Technicians, maintains the platform’s localized environmental control systems, managing industrial marine chillers, air handling units, and positive-pressure air systems that keep toxic or flammable gases out of the living quarters and central control rooms. The logistical and personal components of these roles are governed by rigorous international frameworks, typically utilizing a strict four-weeks-on, four-weeks-off rotation that balances intense offshore work with dedicated shore leave. Operating companies manage this by providing end-to-end travel logistics, fully covered international flights, secure local transport, and comprehensive offshore insurance coverages—including life, income protection, and medical evacuation policies—creating an attractive and secure compensation environment. Ultimately, the professionals filling these positions in Mozambique do more than just execute standard maintenance tasks; they serve as the foundational defenders of structural asset integrity, structural safety, and production efficiency, driving one of the most significant deepwater engineering stories of the modern era.
📋 Executive Recruitment Summary Table
| Category | Primary Metric / Requirement | Operational Focus Areas |
| Geographic Hub | Rovuma Basin, Offshore Mozambique | Deepwater natural gas extraction, FLNG cryogenic production, FPSO storage & stabilization |
| Experience Mandate | Brownfield Operational Maintenance | Preventive & corrective maintenance, troubleshooting, asset integrity, CMMS proficiency |
| Core Technical Fields | HSE, Electrical, Instrumentation, Mechanical, Utilities | Safety cases, HV/MV grids, ICSS/DCS logic, turbomachinery, explosion-proof environments |
| Rotational Schedule | 4 Weeks ON / 4 Weeks OFF | Equal time rotation, international transit logistics, offshore camp life integration |
| Primary Contact Link | PG Global Recruitment Desk | Submit credentials and updated engineering resumes directly to afonseca@pg-global.com |
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