Saipem Offshore Jobs 2026: Immediate Hiring (28/28 Rotation)
The international offshore oil and gas sector is experiencing a significant surge in exploration, drilling, and production activities. Leading engineering, procurement, construction, and installation (EPCI) majors are rapidly scaling up operations to meet global energy demands. At the forefront of this industrial expansion is Saipem, a global leader in the execution of complex turnkey projects both onshore and offshore.
Saipem has officially announced immediate hiring for multiple high-profile offshore job openings across its international fleet and floating production units. For maritime and energy professionals seeking a structured, highly lucrative career path, these positions offer an industry-standard 28 days on / 28 days off rotation cycle, premium tax-free compensation packages ranging from USD 6,000 to USD 15,000 per month, and comprehensive international insurance and travel coverage.
The global energy landscape is undergoing a massive transformation, driven by an unprecedented surge in deepwater exploration, complex subsea engineering projects, and the rapid deployment of production assets across major maritime frontiers. At the absolute center of this industrial expansion is the urgent demand for elite talent, a reality reflected in the continuous wave of offshore oil and gas jobs immediate hiring cycles currently sweeping through the sector. As major energy conglomerates and Tier-1 engineering, procurement, construction, and installation (EPCI) giants scale up their operations in regions ranging from the volatile North Sea and the prolific Gulf of Guinea to the deepwater pre-salt basins of Brazil and the expanding gas fields of the Mediterranean, the hunt for qualified personnel has intensified. Among these industry titans, Saipem careers international vacancies stand out as the premier benchmark for high-value, high-impact employment, offering global oil and gas professionals a direct pathway onto some of the most technologically advanced marine vessels and floating facilities in existence today. Operating a world-class fleet that includes ultra-deepwater drillships, specialized heavy-lift construction vessels, and complex pipelay units, Saipem provides a highly structured environment where technical excellence is rewarded with premium, tax-free compensation packages, comprehensive global medical insurance, fully covered mobilization logistics, and predictable, balanced rotational schedules such as the industry-standard 28 days on / 28 days off matrix. Within this massive ecosystem of offshore energy deployment, professionals are finding an array of exceptionally lucrative, high paying marine engineering jobs that demand an intricate mastery of marine propulsion, structural integrity, hydrodynamics, and hazardous-area power distribution systems. These engineering roles, which include positions like Chief Engineers, Mechanical Supervisors, and E&I Specialists, serve as the technical backbone of the fleet, ensuring that complex marine assets maintain 100% operational uptime while facing the unforgiving realities of open-ocean environments. Concurrently, the proliferation of Floating Production Storage and Offloading units globally has caused a dramatic spike in the financial valuation of specialized process personnel, with the average FPSO operations technician salary climbing to historic levels as operators aggressively compete for technicians who possess the rare ability to safely manage live multi-phase separation, gas compression, and water injection systems on a moving marine platform. Because these floating factories operate continuously under strict environmental and safety regulations, an operations technician is expected to hold advanced diplomas in chemical or mechanical processes, deep familiarity with Piping and Instrumentation Diagrams (P&IDs), and proven competencies in isolating high-pressure hydrocarbon streams using sophisticated Lockout/Tagout (LOTO) protocols. At the same time, heavy deck operations and critical cargo handling require an entirely different subset of highly regulated competencies, making the acquisition of a top-tier offshore crane operator certification—such as an OPITO Stage 3 or a Sparrows dual-qualification—an absolute prerequisite for anyone looking to command the massive pedestal cranes that execute blind lifts from shifting supply boats in rough sea states. These crane specialists must possess flawless depth perception, an unyielding commitment to dynamic load chart compliance, and the leadership capacity to orchestrate high-risk tandem lifts in tandem with specialized deck crews. Deeper down, beneath the ocean surface, the complexity of modern energy infrastructure requires flawless structural execution, a demand that places immense weight upon the subsea installation supervisor requirements that candidates must satisfy before taking command of SURF (Subsea, Umbilicals, Risers, and Flowlines) projects. A qualified subsea installation supervisor must blend an engineering background with exhaustive field experience in managing dynamic positioning variables, moonpool deployment systems, automated abandonment and recovery (A&R) winches, and real-time Remotely Operated Vehicle (ROV) support interventions, ensuring that multi-ton subsea manifolds, trees, and templates are landed within millimeter-level spatial tolerances on the seabed. Meanwhile, back on the vessel decks and structural modifications zones, a parallel surge in activity has opened up extensive rigging and fabrication offshore vacancies, creating immediate, high-paying opportunities for high-integrity 6G/TIG/FCAW welders, heavy pipefitters, structural fabricators, and certified Level 2 or Level 3 riggers who are capable of executing demanding hot-work and heavy-lifting tasks under non-destructive testing (NDT) scrutiny. Together, these interconnected vocational lines form a high-octane, safety-critical industrial network where every single professional, from the automated control room to the heavy fabrication deck, plays an indispensable role in powering the global economy, making the current era one of the most opportune and financially rewarding periods in history to secure a career in the international offshore energy sector.
To fully appreciate the scale of these immediate hiring initiatives, one must analyze the broader economic and geological forces shaping the energy markets. The contemporary offshore oil and gas industry is no longer confined to shallow-water platforms; it has pushed into ultra-deepwater territories exceeding depths of 3,000 meters, where environmental pressures, thermal gradients, and mechanical stresses require an entirely new level of engineering capability. This technological evolution means that companies like Saipem are actively seeking individuals who do not merely possess basic mechanical skills, but who are thoroughly integrated into digitalized maintenance architectures, automated safety loops, and sophisticated asset-protection methodologies. When exploring international vacancies within these organizations, candidates must recognize that the selection matrix has become hyper-focused on risk mitigation and technical adaptability. An applicant looking to leverage these openings must present a flawless portfolio of internationally recognized credentials, demonstrating not only a deep understanding of their specific trade but also an advanced comprehension of global offshore safety systems, such as the Basic Offshore Safety Induction and Emergency Training (BOSIET), Minimum Industry Safety Training (MIST), and specialized escape chute or helicopter underwater escape training (HUET) protocols. This intense focus on safety is directly tied to the financial realities of offshore asset management, where an unplanned shutdown or a structural failure on a deepwater asset can result in millions of dollars of lost revenue per day, alongside severe regulatory penalties and environmental liabilities. Consequently, the premium salaries offered across these roles are fundamentally an investment by energy companies in operational security, risk avoidance, and elite technical execution.
The financial trajectory within this sector is beautifully illustrated by the soaring compensation structures tied to marine engineering and production operations. For instance, the baseline FPSO operations technician salary has experienced a marked upward shift due to the specialized nature of floating production environments compared to traditional onshore refineries. On an FPSO, a technician is not just managing a linear chemical process; they are operating an integrated system that reacts continuously to hull movements, maritime stability factors, and shifting weather patterns. The process control system of a modern FPSO is a marvel of automation, requiring technicians to seamlessly interact with Distributed Control Systems (DCS) and Programmable Logic Controllers (PLC) to fine-tune production streams, optimize chemical injection rates, and manage volatile gas-to-oil ratios. This requires an analytical mindset capable of diagnosing micro-fluctuations in pressure and temperature before they escalate into process upsets or trigger automated emergency shutdowns (ESD). Because the talent pool capable of operating at this intersection of chemical process engineering and marine systems is exceptionally narrow, energy companies are willing to offer premium base salaries, offshore allowances, and retention bonuses to secure these specialists for long-term international assignments. Similarly, high paying marine engineering jobs reflect this same supply-demand imbalance, with senior marine engineers, automation officers, and electrical supervisors commanding top-tier corporate-level compensation while working on a rotational basis. These engineers are tasked with the upkeep of massive diesel-electric propulsion networks, dynamic positioning grids, multi-megawatt generation systems, and complex auxiliary utility plants, including high-capacity reverse osmosis fresh-water makers and advanced industrial waste treatment systems. The technical competence required to maintain a 150,000-ton vessel precisely stationary over a subsea wellhead in the middle of a storm using automated thrusters is extraordinary, and the marine engineers who understand the nuances of these variable speed drives, high-voltage switchgears, and hydraulic steering networks are compensated accordingly.
On the vessel decks and construction zones, the physical execution of offshore energy infrastructure requires a level of mechanical precision that can only be achieved through rigorous training and stringent certification standards. The role of an offshore crane operator is a prime example of this operational reality. Obtaining an offshore crane operator certification is a demanding, multi-stage professional journey that transitions an individual from basic onshore lifting principles to the incredibly complex domain of dynamic marine lifts. Unlike onshore cranes that rest on a stable foundation, an offshore crane operates on a platform that is constantly pitching, rolling, and heaving under the influence of ocean swells. When a crane operator attempts to lift a multi-ton cargo container or a critical piece of drilling equipment from the deck of an incoming supply vessel, they must calculate the relative motion between the two vessels, account for wind vectors, and time the lift perfectly with the crest of a wave to prevent catastrophic shock-loading on the crane structure or the wire ropes. A single miscalculation can snap a boom, drop a load into the sea, or cause fatal injuries to the deck crew waiting below. For this reason, certifications from bodies like Sparrows or OPITO require extensive simulator training, supervised hours under varying sea states, and a thorough mastery of anti-two-block systems, constant-tension winches, and emergency load-release mechanisms, making a certified Stage 3 operator one of the most respected and protected assets on any offshore deck.
Looking beneath the waterline, the engineering challenges multiply exponentially, which is why the subsea installation supervisor requirements are among the most stringent in the entire oil and gas sector. Subsea supervisors are responsible for directing the physical placement of massive subsea production systems, including Christmas trees, manifold assemblies, pipeline end terminations (PLETs), and umbilical networks that lie thousands of meters below the surface. To qualify for this high-stakes role, an individual must typically possess a solid degree in mechanical, marine, or structural engineering, paired with a minimum of eight to ten years of direct field experience in offshore construction or subsea intervention. They must be absolute experts in interpreting complex subsea layouts, hydrodynamic load profiles, and rigging arrangements designed for deepwater deployments. Furthermore, a subsea installation supervisor must be completely proficient in coordinating with ROV teams, as these unmanned subsea vehicles serve as the supervisor's eyes and hands on the ocean floor. The supervisor must understand the operational limits of ROV manipulators, the torque requirements for subsea valving interfaces, and the precise chemical composition of hydraulic control fluids and preservation glycol used during the commissioning phase. Additionally, they must have a deep understanding of dynamic positioning (DP) operational envelopes, as the construction vessel must maintain its exact spatial coordinates relative to the subsea target while lowering structures weighing hundreds of tons through complex marine currents. This role demands a unique combination of intellectual engineering power and calm, decisive leadership under pressure, as any error in subsea placement can result in catastrophic environmental leaks or require incredibly costly underwater remediation projects.
Simultaneously, the foundational work that occurs on the surface decks and within shipyard mobilization yards is supported by a continuous flow of rigging and fabrication offshore vacancies. These positions represent the critical manual and technical labor required to construct, modify, repair, and secure the heavy metallic frameworks that make offshore production possible. Offshore fabrication is fundamentally different from onshore structural welding due to the extreme fatigue cycles caused by wave action and corrosive marine environments. An offshore welder holding a 6G certification must pass regular, intensive non-destructive testing (NDT), including radiographic film interpretation, ultrasonic scanning, and magnetic particle inspections, to ensure that every single weld profile is completely free of inclusions, porosity, or micro-cracks that could fail under structural stress. Pipefitters in this sector must possess the spatial intelligence to read intricate isometric blueprints and fabricate high-pressure piping loops with rolling offsets that account for thermal expansion and mechanical vibration. Alongside them, Level 2 and Level 3 riggers handle the physical setup of complex lifting gear, selecting the exact configurations of synthetic slings, wire ropes, spreader bars, and shackles required to safely move heavy equipment around crowded decks. These fabrication and rigging teams work in tandem with the deck foreman and safety officers, executing their duties under a strict Permit to Work (PTW) system that ensures all hot-work, confined-space entries, and working-at-height activities are thoroughly reviewed for hazards before a single tool is activated. The immediate hiring of these professionals across global projects underscores the reality that despite the increasing digitalization of the energy sector, the physical integrity of offshore steel and the safe manipulation of heavy structural loads remain the absolute bedrock of global oil and gas production.
Ultimately, the confluence of these diverse technical disciplines within Saipem careers international vacancies highlights the deeply collaborative and highly specialized nature of modern maritime energy operations. Whether a professional enters the industry as a highly compensated marine engineer managing a multi-megawatt engine room, an FPSO operations technician maximizing process efficiency, a certified crane operator orchestrating high-risk deck maneuvers, a subsea supervisor commanding deepwater hardware installations, or a skilled welder ensuring structural perfection, they are all bound together by a shared operational philosophy. This philosophy is rooted in a total commitment to safety compliance, operational efficiency, and technological innovation. For individuals possessing the required drive, qualifications, and psychological resilience to thrive in isolated, high-hazard marine environments, the current wave of immediate hiring in the offshore oil and gas sector represents an unmatched opportunity for career acceleration and financial independence. As the global demand for energy continues to grow, and as the industry pushes into even more challenging geological frontiers, the value of these offshore specialists will continue to climb, cementing their positions as the indispensable architects of the modern industrial world.
With immediate mobilization scheduled for selected candidates, the selection matrix relies heavily on verified technical competencies, internationally recognized certifications (such as OPITO, BOSIET, STCW, and specialized trade licenses), and a proven track record of safety compliance in harsh marine environments. Below is an exhaustive strategic guide, detailed breakdown, and comprehensive profile of all available vacancies to assist you in optimizing your application for maximum success.
Strategic Project & Deployment Overview
Saipem’s international offshore footprint spans across critical maritime energy corridors, including the North Sea, the Gulf of Guinea, the Middle East, the Mediterranean, and Latin American deepwater basins. Operating a world-class fleet of ultra-deepwater drilling vessels, pipelay ships, heavy-lift vessels, and Floating Production Storage and Offloading (FPSO) units, the company provides an environment engineered for technical excellence and rigorous safety standards.
Core Employment Parameters
| Parameter | Specification & Policy Details |
| Hiring Enterprise | Saipem S.p.A. (and global subsidiaries) |
| Operational Environment | International Offshore Waters (FPSOs, Drillships, Pipelay Vessels, Fixed Platforms) |
| Work-Life Schedule | Fixed 28 Days On / 28 Days Off Personnel Rotation |
| Compensation Range | USD 6,000 – USD 15,000 Monthly (Tax-free structures vary by residency) |
| Logistics Support | Full corporate coverage for mobilization/demobilization flights, visa processing, and transit accommodations |
| Onboard Welfare | Single/Shared Officer-grade accommodations, fully catered mess halls, recreational facilities, and gymnasiums |
| Medical Coverage | Comprehensive global offshore medical insurance, including emergency medevac provisions |
| Selection Framework | Digital CV Screening → Advanced Technical Video Assessment → Compliance/Medical Verification |
Detailed Technical Profiles of Current Vacancies
To ensure operational integrity and engineering precision across its fleet, Saipem requires highly specialized personnel across six core offshore divisions. Every role demands a specific synthesis of technical knowledge, hands-on mechanical or structural expertise, and deep alignment with international maritime and hydrocarbon safety protocols.
1. Operations & Construction Division
Offshore Construction Supervisor
Role Scope: Directs and manages all structural, mechanical, and pipelaying construction activities on deck or subsea deployment zones. Acts as the primary bridge between engineering blueprints and physical execution.
Technical Core: Deep expertise in heavy lifting operations, structural alignment, marine rigging calculations, and automated welding production lines. Must possess extensive familiarity with high-capacity offshore crane capabilities, structural steel grades, and subsea installation configurations.
Responsibilities: Enforces daily construction schedules, manages structural tolerances, conducts Job Safety Analyses (JSA) for critical lifts, and coordinates directly with Project Engineers to resolve field discrepancies.
Prerequisites: Minimum 8–10 years of experience in offshore construction management, verified certifications in heavy lifting, and advanced knowledge of international welding and structural codes (AWS D1.1, API RP 2A).
Installation Supervisor
Role Scope: Oversees the safe deployment, positioning, and anchoring of subsea hardware, umbilicals, risers, and flowlines (SURF) from construction vessels.
Technical Core: Proficient in the mechanics of tensioners, carousel operations, moonpool deployment systems, and Remotely Operated Vehicle (ROV) support coordination. Understands the dynamic positioning (DP) impacts on structural strain during deepwater lowerings.
Responsibilities: Monitors real-time pipeline lay tension, manages the operations of abandonment and recovery (A&R) winches, and ensures subsea structures are landed within strict geographical and spatial tolerances.
Prerequisites: Valid offshore technical certifications, comprehensive understanding of hydrodynamic principles, and a strong background in deepwater pipelay or subsea umbilical installation.
Production Technician
Role Scope: Executes the continuous, safe extraction, separation, and processing of oil and gas assets onboard an FPSO or fixed production platform.
Technical Core: Mastery over multi-phase separation systems, gas compression trains, water injection facilities, and chemical injection units. Skilled in interpreting complex Piping and Instrumentation Diagrams (P&IDs).
Responsibilities: Controls process parameters (pressure, temperature, flow rates) via local field instruments, isolates equipment for maintenance utilizing Lockout/Tagout (LOTO) procedures, and samples hydrocarbons for quality control.
Prerequisites: Technical diploma in chemical, petroleum, or mechanical engineering, combined with 4+ years of dedicated process operations experience on live offshore hydrocarbon facilities.
Utility Operator
Role Scope: Manages the essential auxiliary utility systems that sustain the primary production platform and marine vessel operations.
Technical Core: Complete operational command over fresh water makers (Reverse Osmosis units), sewage treatment plants, industrial air compressors, inert gas generators, and bunkering transfer systems.
Responsibilities: Monitors consumption rates, performs routine fuel and water transfers, checks fluid levels, cleans industrial filtration arrays, and reports process anomalies to the control room.
Prerequisites: 3+ years of marine or offshore utility systems operation, with verified competencies in fluid dynamics, centrifugal pumps, and basic automated valving.
2. Mechanical & Maintenance Division
Mechanical Supervisor
Role Scope: Manages the entire offshore mechanical maintenance department, scheduling preventive, predictive, and corrective maintenance programs for all deck and engine room assets.
Technical Core: Comprehensive understanding of rotating machinery diagnostics, laser alignment, vibration analysis data, and hydraulic system blueprints.
Responsibilities: Manages the maintenance inventory, delegates assignments to technicians, certifies completed repairs, coordinates major shutdowns (turnarounds), and minimizes asset downtime.
Prerequisites: Engineering degree or Senior Technical Diploma with 8+ years of offshore supervisory experience handling major rotating and static equipment within oil and gas facilities.
Mechanical Technician
Role Scope: Performs hands-on maintenance, troubleshooting, and field repairs on static industrial equipment like heat exchangers, valves, vessels, and piping networks.
Technical Core: Proficient in high-pressure valve rebuilding, flange management (including hydraulic torqueing and tensioning), pump seals replacement, and alignment practices.
Responsibilities: Overhauls centrifugal and reciprocating pumps, replaces damaged gaskets, aligns machinery shafts, and maintains emergency diesel fire pumps to class society standards.
Prerequisites: Certified mechanical trade apprenticeship, 3–5 years of heavy industrial experience (ideally offshore), and complete proficiency with precision measuring instruments.
Rotating Equipment Technician
Role Scope: Dedicated subject matter specialist focused on the reliability, fine-tuning, and intensive maintenance of high-speed turbomachinery.
Technical Core: Specialized knowledge of multi-stage gas compressors, steam/gas turbines (e.g., Solar, GE, Rolls-Royce models), and multi-megawatt power generation units.
Responsibilities: Conducts internal inspections via borescopes, analyzes vibration signatures to predict bearing failures, balances rotating assemblies, and overhauls high-pressure gas injection compressors.
Prerequisites: Advanced certifications in turbomachinery maintenance, deep competency in vibration analysis (ISO Category II preferred), and substantial field experience with high-pressure gas machinery.
Hydraulic Technician
Role Scope: Diagnoses, builds, and services the intricate, high-pressure hydraulic circuits powering offshore cranes, winches, tensioners, and subsea steering systems.
Technical Core: Expert knowledge of closed-loop hydraulic systems, proportional valves, high-displacement axial piston pumps, and electronic control interfaces.
Responsibilities: Troubleshoots hydraulic logic circuits using schematics, samples and tests fluid contamination levels (NAS/ISO classes), flushes hydraulic loops, and replaces high-pressure seals and hoses.
Prerequisites: Fluid Power Society (FPS) certification or equivalent, extensive experience reading hydraulic schematics, and an established safety record working with systems up to 5,000+ PSI.
Diesel Engine Technician
Role Scope: Maintains and repairs the main marine propulsion engines and emergency auxiliary diesel generator sets that provide prime power to the offshore vessel.
Technical Core: Proficient with high-bore, multi-cylinder medium/high-speed marine diesel engines (e.g., Caterpillar, Wärtsilä, Cummins, MAN). Expert in fuel injection dynamics, turbocharger overhauls, and cylinder head reconditioning.
Responsibilities: Performs timed top-end overhauls, diagnoses electronic engine governing systems, checks crankshaft deflection, monitors exhaust gas temperatures, and maintains cooling water loops.
Prerequisites: Marine Engineering Engine Officer license or advanced diesel mechanic trade certification, with a minimum of 4 years servicing high-capacity marine engines.
3. Electrical & Instrumentation (E&I) Division
Offshore Electrician
Role Scope: Maintains and installs the power generation, high/medium voltage distribution networks, and lighting systems across the offshore facility.
Technical Core: Extensive knowledge of 3-phase power generation, high-voltage switchgear, variable speed drives (VSD), and explosion-proof (Ex rated) electrical equipment installation codes (IEC/ATEX).
Responsibilities: Performs insulation resistance tests (meggering), maintains Ex-d and Ex-e enclosures in hazardous gas zones, services battery storage systems, and safely executes high-voltage switching operations.
Prerequisites: CompEx (Ex01-Ex04) certification is mandatory; valid industrial electrician license with 4+ years of experience in marine or petrochemical environments.
Instrument Technician
Role Scope: Calibrates, services, and repairs critical process control sensors, transmitters, loops, and automated final control elements.
Technical Core: Proficient in smart instrumentation (HART protocol, Foundation Fieldbus), pneumatic controllers, electronic control loops (4-20mA signals), and control valve positioners.
Responsibilities: Calibrates pressure, temperature, level, and flow transmitters; tests emergency shutdown (ESD) valves; cleans analytical probes; and diagnoses faults in control loops.
Prerequisites: Technical qualification in instrumentation engineering, valid CompEx certification, and clear ability to troubleshoot instrument loops using advanced electronic diagnostic tools.
E&I Supervisor
Role Scope: Leads the combined electrical and instrumentation departments, ensuring complete compliance with electrical safety standards and maximum availability of process control platforms.
Technical Core: Broad-spectrum technical mastery over both electrical grid distribution and integrated automation networks. Expert in high-voltage safety rules and safety-instrumented systems (SIS).
Responsibilities: Approves electrical isolation permits, audits instrumentation calibrations, manages upgrades to the platform electrical grid, and provides technical leadership during critical automation failures.
Prerequisites: Degree or senior technical credential in E&I systems, certified high-voltage safety manager, and 8+ years of offshore oil and gas industry experience.
PLC / DCS Technician
Role Scope: Safeguards the logic, software integration, and networking infrastructure of the Distributed Control System (DCS) and Programmable Logic Controllers (PLC).
Technical Core: Expert programming and diagnostics in ladder logic, functional block diagrams, and structured text. Expert-level knowledge of industrial networking protocols (Modbus, Profibus, Ethernet/IP) and SCADA systems (e.g., Siemens, Honeywell, ABB).
Responsibilities: Modifies software logic within strict change-management protocols, diagnoses communication failures between field nodes, optimizes PID loop tuning parameters, and backs up control system databases.
Prerequisites: Computer/Automation Engineering background, deep certified training in modern DCS platforms, and 5+ years of software troubleshooting experience inside live hydrocarbon process networks.
4. Fabrication & Welding Division
Offshore Welder (6G / TIG / FCAW)
Role Scope: Performs high-integrity structural and pressure piping modifications and repairs in dynamic offshore environments.
Technical Core: Mastery over multi-process welding procedures, specifically Gas Tungsten Arc Welding (GTAW/TIG), Shielded Metal Arc Welding (SMAW/Stick), and Flux-Cored Arc Welding (FCAW). Expert in 6G position qualifications on exotic metallurgy (Duplex, Super Duplex, Inconel).
Responsibilities: Prepares weld joints, executes pre-heating profiles, deposits high-purity roots and caps to pass 100% radiographic inspection, and documents weld traceability matrices.
Prerequisites: Current AWS/ASME Section IX certifications in 6G position across multiple materials, with a proven history of ultra-low weld defect rates under non-destructive testing (NDT).
Pipe Fitter
Role Scope: Fabricates, positions, installs, and maintains high-pressure process piping networks according to strict isometric drawings.
Technical Core: Proficient in interpreting complex isometric piping diagrams, calculating rolling offsets, determining take-outs for valves and fittings, and managing flange alignments.
Responsibilities: Cuts and preps pipes to exact tolerances, tacks joints for welders, installs valves and structural pipe supports, and prepares isolated loops for high-pressure hydrostatic testing.
Prerequisites: Completed pipefitting trade apprenticeship, 4+ years of heavy industrial piping experience, and proficiency in the safe operation of cold-cutting equipment and pipe bevelers.
Structural Fabricator
Role Scope: Modifies, cuts, patterns, and builds structural steel elements, including deck plates, handrails, crane pedestals, and sea-fastening brackets.
Technical Core: Competent in geometric development, structural layout work, oxy-acetylene torch cutting, air carbon arc gouging, and reading complex civil/structural engineering prints.
Responsibilities: Fabricates custom steel assemblies, gouges out cracked or fatigued welds for repair, aligns structural steel columns, and designs temporary sea-fastening structures for heavy transport.
Prerequisites: Certified structural fabricator trade credential, minimum 3 years of heavy shipyard or offshore construction experience, and high proficiency in thermal cutting tools.
Rigger (Level 2 / 3)
Role Scope: Sets up lifting gear and manages the safe movement of heavy equipment, structural materials, and components across the vessel or platform.
Technical Core: Comprehensive knowledge of wire rope construction, synthetic slings, shackles, spreader beams, and manual chain hoists. Master of international crane hand signals and rigging calculation matrices (Center of Gravity, tension vectors).
Responsibilities: Inspects all lifting tackle prior to execution, calculates precise load distributions for multi-crane tandem lifts, secures heavy machinery during transit, and directs crane operations in blind lift scenarios.
Prerequisites: Valid OPITO or internationally accredited Rigging Level 2 or Level 3 certification, with extensive experience in heavy offshore marine lifting environments.
5. Marine & Deck Crew Division
Offshore Crane Operator
Role Scope: Operates high-capacity, heavy-lift pedestal cranes mounted on offshore vessels and production platforms to transfer materials between vessels and the deck.
Technical Core: Deep understanding of dynamic load charts, offshore sea-state limitations, boom angle dynamics, and anti-two-block safety mechanisms. Expert at handling vessel motions during high-swell supply boat offloads.
Responsibilities: Executes safe blind lifts into cargo holds, transfers heavy subsea equipment, monitors crane electronic indicators, conducts daily pre-use mechanical crane audits, and manages deck storage configurations.
Prerequisites: Valid Sparrows or OPITO Stage 3 Offshore Crane Operator license, impeccable depth perception, and a minimum of 5 years operating heavy marine cranes in rough sea states.
Bosun
Role Scope: Serves as the senior unlicensed deck rating, managing the daily deck crew operations, deck maintenance tasks, and safety drills.
Technical Core: Expert in seamanship, marine coatings application, mooring system mechanics, anchoring operations, and lifeboat deployment protocols.
Responsibilities: Directs Able Seafarers in scaling, chipping, and painting deck areas; leads the anchoring and mooring line handling operations; manages deck inventory; and supervises general housekeeping.
Prerequisites: STCW Able Seafarer Deck Certificate, extensive experience as a mariner, and strong leadership capabilities managing multicultural deck teams.
Able Seafarer (AB)
Role Scope: Functions as a skilled deck hand, keeping navigational watches on the bridge and executing ongoing physical maintenance across the vessel’s exterior and deck spaces.
Technical Core: Comprehensive understanding of the International Regulations for Preventing Collisions at Sea (COLREGs), helmsman duties, splicing synthetic and wire ropes, and running deck winches.
Responsibilities: Stands bridge look-out and steering watches, operates mooring winches during port entries or offloads, maintains deck safety equipment, and assists in cargo handling operations.
Prerequisites: STCW Reg. II/5 Able Seafarer Deck certification, up-to-date medical fitness certificate (ENG1 or equivalent), and completed basic safety training sequences.
Deck Foreman
Role Scope: Directs all logistics, cargo movements, and deck crews on specialized construction and pipelay vessels. Coordinates directly with the Marine Superintendent and Construction Manager.
Technical Core: Advanced logistical knowledge, deck space configuration planning, stability implications of deck loads, and comprehensive safety management over multi-disciplinary marine crews.
Responsibilities: Optimizes the staging of project materials, ensures swift and safe offloading of supply vessels, leads pre-shift toolbox talks, and ensures all deck activities strictly adhere to safe systems of work.
Prerequisites: Extensive maritime career background, proven leadership experience in offshore construction deck coordination, and comprehensive dangerous goods handling credentials.
6. HSE & Quality Control Division
HSE Supervisor
Role Scope: Acts as the primary onboard authority safeguarding personnel health, operational safety, and environmental regulatory compliance.
Technical Core: Comprehensive knowledge of international safety frameworks (ISO 45001, ISO 14001), advanced accident investigation methodologies (TapRooT, Root Cause Analysis), and offshore risk-mitigation protocols.
Responsibilities: Audits the Permit to Work (PTW) system daily, leads comprehensive safety meetings, investigates near-miss events, reviews job risk assessments, and manages emergency response team training regimens.
Prerequisites: NEBOSH International Diploma in Occupational Health and Safety, valid BOSIET, and 6+ years of specialized safety management experience aboard offshore energy installations.
Safety Officer
Role Scope: Conducts continuous field safety inspections, ensuring real-time compliance with work permits and basic industrial hygiene standards across all workspace decks.
Technical Core: Skilled in workplace hazard identification, atmospheric gas testing (using multi-gas detectors), behavioral safety auditing, and clear safety reporting.
Responsibilities: Conducts gas checks in confined spaces prior to entry, verifies the integrity of scaffolding installations, monitors proper personal protective equipment (PPE) utilization, and updates onboard safety notice boards.
Prerequisites: NEBOSH IGC (International General Certificate), active safety inspection background in high-hazard industrial settings, and clear communication skills.
Fire & Gas Technician
Role Scope: Tests, maintains, and ensures 100% availability of the automated fire detection, toxic/flammable gas sensing, and suppression networks.
Technical Core: Deep knowledge of optical flame detectors, infrared hydrocarbon gas sensors, electrochemical toxic gas sensors, deluge valve networks, and integrated safety-logic controllers.
Responsibilities: Performs periodic calibration tests on gas sensing heads, tests smoke and heat detectors, checks the pressure profiles of clean-agent suppression cylinders, and maintains fire pump control panels.
Prerequisites: Specialized certification in electronic fire and gas systems, instrumentation background, and clear understanding of safety integrity levels (SIL).
Welding Inspector
Role Scope: Verifies that all structural and piping welding processes conform perfectly to client specifications and international engineering standards.
Technical Core: Deep knowledge of welding metallurgy, destructive testing profiles, and international weld execution standards (ASME B31.3, API 1104). Expert at identifying surface defects visually.
Responsibilities: Audits welder qualification records, checks pre-heat and inter-pass temperatures, reviews welding consumable tracking logs, performs thorough visual inspections of completed joints, and signs off on weld data sheets.
Prerequisites: CSWIP 3.1 or AWS Certified Welding Inspector (CWI) credential, with 4+ years of documented quality control experience in offshore pipeline or refinery structures.
NDT Technician
Role Scope: Utilizes advanced non-destructive testing methodologies to scan structural welds, pipes, and lifting components for hidden internal flaws or fatigue.
Technical Core: Full mastery over key non-destructive disciplines: Ultrasonic Testing (UT), Magnetic Particle Testing (MT), Liquid Penetrant Testing (PT), and Radiographic Film Interpretation (RT).
Responsibilities: Performs wall-thickness mapping on corroded piping lines, checks high-stress crane brackets using magnetic particles, scans structural pipe welds via specialized ultrasonic methods, and documents defect dimensions for engineering review.
Prerequisites: PCN or ASNT Level II certifications in UT, MT, PT, and RT methods, with high technical data-logging precision.
Detailed Compensation Matrix & Global Benefits
Saipem offers competitive compensation packages designed to attract top-tier offshore talent globally. The remuneration architecture is balanced to reward high-hazard operational positions and specialized technical skills, ensuring stable financial growth for long-term employees.
[Base Salary Range: USD 6,000 - 15,000 / Month]
Core Onboard Welfare & Logistics Framework
Fixed 28/28 Rotation: Continuous career predictability. You serve exactly 28 days of onboard active duty, followed by 28 days of paid rest at your home destination.
Full Travel Reimbursement: Saipem covers all cost allocations for business-class or economy-class air travel from your nearest home international airport directly to the vessel mobilization port, including all ground handling fees, visas, and hotel transitions.
Premium Camp Services: While offshore, you receive high-standard single or dual officer cabins, premium catering services, unlimited internet connectivity, laundry amenities, and access to entertainment lounges.
Comprehensive Health Systems: Global medical insurance coverage, including access to onsite offshore medics, telemedicine suites, and continuous 24/7 coverage with major international medevac providers for emergency situations.
Mastering the Application & Selection Framework
Because of Saipem's prominent global reputation, the selection process is highly competitive. Applications pass through an automated Applicant Tracking System (ATS) before human review.
Step-by-Step Recruitment Path
[1. CV Submission] ──► [2. ATS Screening] ──► [3. Video Interview] ──► [4. Technical Panel] ──► [5. Medical/Mobilization]
To maximize your application's success rate, structure your professional CV to reflect the exact keyword requirements outlined below:
Optimization Strategy for Your Professional CV
Incorporate Technical Keywords: Ensure your CV explicitly includes specific trade standards (e.g., ASME Section IX, CompEx, 6G TIG, P&ID, LOTO, ISO 45001). The ATS filters candidates based on these precise terms.
Detail Offshore Asset Profiles: Explicitly list the types of marine installations you have operated on. Mention specific asset designations like FPSO, Semi-Submersible Drillship, Jack-Up Rig, or Heavy Lift Vessel.
Lead with Quantifiable Achievements: Instead of writing generic task lists, focus on hard, measurable results.
Weak: "Maintained mechanical pumps on a vessel."
Strong: "Managed mechanical reliability for 4 multi-stage centrifugal oil export pumps, reducing unplanned platform downtime by 14% over a 12-month operational period."
Critical Official Recruitment Notice
⚠️ Security and Transparency Compliance
Saipem enforces a strict zero-tolerance policy regarding fraudulent recruitment activities.
No Application Fees: The entire recruitment cycle—including profile processing, technical assessments, interviews, and medical checks—is 100% free of charge to the applicant.
No Third-Party Financial Requests: Saipem will never demand cash deposits, processing fees, or electronic transfers for visas, flights, or employment guarantees.
Verify Communications: All official communication from Saipem originates solely from verified corporate email domains (
@saipem.com). If you receive job offers from Gmail, Yahoo, or generic outlook addresses requesting payment, treat them as fraudulent. Stay vigilant and protect your personal information.
Ready to Elevate Your Offshore Career?
If you hold the necessary maritime qualifications, possess a strong commitment to worksite safety, and are ready for immediate international deployment within a 28/28 rotation cycle, submit your digital application directly through the official corporate portal link below:
👉
Note: Due to the high volume of immediate mobilization vacancies, early applicants who submit fully verified training records, valid passports, and current BOSIET/STCW certifications will receive priority processing during the technical interview phase.
No comments:
Post a Comment