Urgent-Oil-Gas-Jobs-Mellitah-Libya-Hiring

Urgent Oil & Gas Jobs: Mellitah Libya Hiring (45/45 Rotation)

The global energy sector continues to demand highly skilled technical expertise to maintain, optimize, and secure critical infrastructure. A major Oil & Gas Maintenance Project located in the strategic industrial hub of Mellitah, Libya, is officially launching an urgent recruitment drive.

This project represents a high-impact operational opportunity for seasoned engineers, planners, specialists, and senior technicians seeking long-term exposure to heavy industrial, power generation, and turnaround environments. With a structured international rotation schedule, comprehensive benefits package, and involvement with critical energy assets, this hiring campaign provides an exceptional path for career advancement in the international energy landscape.

The modern global energy industry is experiencing a profound phase of structural transformation, where the simultaneous demands for uninterrupted fuel supplies, stringent safety protocols, and rapid modernization are creating unprecedented demand for specialized technical talent across the world. At the core of this dynamic ecosystem lies a high-stakes operational priority: maintaining complex processing infrastructure—ranging from offshore platform complexes and subsea extraction networks to onshore refineries, gas compression terminals, and heavy power generation assets—at peak mechanical efficiency without risking safety or environmental integrity. As energy majors, engineering, procurement, and construction (EPC) conglomerates, and specialized maintenance operators aggressively expand their global assets, the market for oil and gas maintenance jobs, high paying overseas engineering jobs, energy project hiring, power plant technician vacancies, and turnaround coordinator jobs has reached a historic high point.

Navigating this competitive job landscape requires an intimate understanding of how these distinct job disciplines interconnect within live industrial assets. Oil and gas maintenance jobs serve as the primary defensive line protecting multi-billion-dollar energy infrastructure against unplanned downtime, catastrophic equipment failure, and environmental degradation. Unlike greenfield construction projects—where systems are built from the ground up—maintenance operations occur in real-time inside live, high-pressure, hazardous processing environments where flammable hydrocarbons, toxic gasses, extreme temperatures, and high voltages are constantly present. Consequently, technical roles within maintenance demand a rare hybrid skill set combining deep theoretical engineering knowledge with rigorous hands-on troubleshooting capabilities. Maintenance engineers, reliability specialists, and cross-disciplinary technicians are tasked with continuously inspecting, monitoring, and servicing rotating equipment (such as gas turbines, multi-stage centrifugal pumps, and heavy compressors), static assets (including pressure vessels, boilers, heat exchangers, and storage infrastructure), and complex instrumentation networks that monitor pressure, flow, and thermal parameters across processing trains. Because a single hours-long unscheduled trip at a major gas processing hub or refinery can result in millions of dollars in lost revenue and potential flare penalties, energy operators allocate immense budgetary resources toward hiring, retaining, and mobilizing top-tier maintenance professionals who can maintain non-stop plant availability.

This continuous requirement for elite maintenance and technical execution directly drives the global market for high paying overseas engineering jobs. For qualified engineers across mechanical, electrical, chemical, instrumentation, civil, and subsea disciplines, overseas assignments—particularly across energy hubs in the Middle East, North Africa, South America, Southeast Asia, and the North Sea—represent the pinnacle of financial compensation and rapid career progression. High salaries in these international markets are driven by several compounding factors: the hazardous nature of live energy environments, the specialized expertise required to navigate region-specific production dynamics, and the logistical challenges of working in remote, harsh, or high-security geographic regions. International energy engineering contracts frequently offer tax-advantaged or tax-free base salaries supplemented by generous hardship allowances, hazard pay, completion bonuses, full corporate housing, comprehensive international health coverage, and fully funded rotational flights.

Engineers operating in these high-value overseas roles assume immense structural and operational responsibility. A mechanical design engineer tasked with retrofitting high-pressure pipe clamps or structural equipment skids in an active field must verify that every calculation complies with rigorous international codes such as ASME, API, and ISO standards, ensuring that structural integrity remains intact under severe dynamic loads and thermal fluctuations. Similarly, electrical and power electronics engineers operating overseas are responsible for overseeing massive power distribution networks, variable frequency drives (VFDs), uninterruptible power supplies (UPS), and high-voltage switchgear that power entire industrial facilities. The intellectual challenge of solving real-world engineering bottlenecks on massive international assets, combined with lucrative financial packages, makes high paying overseas engineering jobs the primary career destination for ambitious technical professionals worldwide.

Supercharging this global recruitment drive is the broader trend of energy project hiring across both traditional hydrocarbon sectors and emerging transitional energy infrastructure. Modern energy projects are increasingly complex brownfield modification campaigns, plant expansion programs, and deepwater production developments that require large-scale workforce mobilization. Energy project hiring encompasses the entire lifecycle of an asset, spanning front-end engineering design (FEED), procurement, logistics, installation, pre-commissioning, operations, and long-term facility management. During major hiring waves, recruitment agencies and operator talent acquisition teams move aggressively to onboard cross-functional talent pools comprising project managers, cost control specialists, health, safety, and environment (HSE) officers, material and warehouse engineers, and specialized QA/QC inspectors.

Within this broader scope of project deployment, the integration of dedicated utility and power generation infrastructure is paramount. Heavy industrial operations cannot function without stable, uninterrupted power, leading directly to a surge in power plant technician vacancies across the globe. Power plant technicians represent the frontline defense for facility utility systems, operating and maintaining dual-fuel gas turbines, heavy steam generators, heat recovery steam generators (HRSGs), large-scale diesel generation skids, and complex auxiliary cooling networks. The technical requirements for these positions are exceptionally rigorous; a power plant mechanical senior technician must possess detailed knowledge of thermal dynamics, hot gas path component inspections, alignment tolerances, bearing clearances, and lube oil filtration skids.

Simultaneously, power plant instrument senior technicians maintain the delicate control loops, pressure safety valves, emergency shutdown (ESD) interlocks, and Distributed Control Systems (DCS) that prevent catastrophic boiler over-pressurization or turbine trip events. Because major processing facilities generate their own power in remote offshore or desert locations, a failure in power plant operation immediately halts all production. Consequently, filling power plant technician vacancies with certified, highly experienced specialists is a top priority for project operators offering high compensation rates, structured shift rotations (such as 28/28 or 45/45 days), and long-term career stability.

While routine maintenance keeps energy facilities operating on a daily basis, plants periodically require massive, comprehensive shut-downs to execute major overhauls, internal equipment inspections, statutory compliance certifications, and system upgrades. This high-intensity operational phase brings to light one of the most critical, high-stress, and financially rewarding roles in the industrial landscape: turnaround coordinator jobs. A turnaround (also referred to as a TAR or shutdown) involves shutting down an entire production facility or major processing unit for several weeks to perform thousands of deferred maintenance tasks, replace worn internal catalysts, clean heat exchangers, and execute structural retrofits. During a turnaround, thousands of extra contractors, engineers, and craft technicians descend on the site, working around the clock under immense time pressure, as every single hour of extended downtime costs the operating company hundreds of thousands of dollars in unrecovered production.

The individual standing at the center of this logistical and engineering high-pressure environment is the turnaround coordinator. Professionals who secure turnaround coordinator jobs are tasked with managing the entire lifecycle of a plant outage, beginning up to two years prior to the physical event. The turnaround coordinator must lead scope discovery, enforce scope freeze deadlines, establish master schedules utilizing advanced planning software like Primavera P6, estimate labor hours, arrange crane and scaffolding logistics, and coordinate long-lead material procurement. During the execution phase of the turnaround, the coordinator manages simultaneous operations (SIMOPS) across multiple disciplines, continuously monitors critical path activities, performs risk mitigations for unexpected work scopes, and ensures strict adherence to permit-to-work (PTW) and safety protocols. The success of a multi-million-dollar turnaround hinges almost entirely on the leadership, tactical foresight, and decision-making speed of the turnaround coordinator. Because this role carries such extreme accountability, turnaround coordinator jobs command exceptionally high compensation packages, drawing top-tier engineering managers who thrive in intense, fast-paced operational environments.

The convergence of oil and gas maintenance jobs, high paying overseas engineering jobs, energy project hiring, power plant technician vacancies, and turnaround coordinator jobs forms a robust, resilient career ecosystem for technical professionals. For candidates aspiring to step into these lucrative international roles, success requires a strategic approach: building hands-on field competency, obtaining recognized trade certifications and engineering degrees, mastering digital maintenance systems like SAP PM or Maximo, and demonstrating an unwavering commitment to safety culture. As the global population's energy needs continue to grow alongside industrialization and infrastructure modernization, the global energy sector will depend continuously on skilled engineers, maintenance specialists, power technicians, and turnaround leaders to power the global economy safely, efficiently, and reliably for decades to come.

Below is a complete, detailed guide covering project specifications, operational logistics, step-by-step application procedures, and in-depth job descriptions for all open vacancies.

Project Overview & Operational Logistics

Operating in energy facilities requires clear visibility into working conditions, rotational structures, and operational dynamics. The Mellitah project is structured around rigorous maintenance, turnaround execution, and technical optimization across onshore and offshore processing connections.

Operational Framework & Work Dynamics

• Location: Mellitah, Libya

• Industry Sector: Oil & Gas / Energy Processing / Power Generation

• Project Type: Industrial Maintenance & Turnaround

• Contract Duration: 8 to 12 Months (with potential extension based on performance and project phases)

• Rotation Pattern: 45 Days On / 45 Days Off

• Working Schedule: 7 Days per Week, 10 Working Hours per Day

• Daily Rest Allocation: 2-Hour Scheduled Lunch/Rest Break

• Compensation Structure for Time-Off: Days off (45-day off cycle) are unpaid, standard for high-intensity rotational maintenance contracts.

Comprehensive Benefits Package

To ensure international staff operate at peak efficiency with complete peace of mind, the project covers all core logistical, medical, and living requirements:

• International Transportation: Fully provided round-trip flight arrangements from point of origin to project location for each 45/45 rotation cycle.

• Local Logistics: Ground transportation to and from sites, processing facilities, and residential quarters.

• Accommodation: High-standard, secure corporate/industrial housing facilities provided for the duration of the duty cycle.

• Catering Services: Full meal plans, daily nutrition, and catering provided on-site and at residential bases.

• Health & Medical Coverage: Comprehensive health and medical insurance throughout the operational contract.

• Professional Exposure: Direct engagement with complex gas compression, power plant, and hydrocarbon processing assets.

Detailed Breakdown of Open Vacancies

To help applicants tailor their resumes and demonstrate relevant competency, the following section provides detailed duty breakdowns, core responsibilities, technical skill sets, and experience requirements for each open position.

+-----------------------------------------------------------------------------------+
|                            MELLITAH PROJECT VACANCIES                             |
+-----------------------------+-----------------------------------------------------+
| Category                    | Open Position                                       |
+-----------------------------+-----------------------------------------------------+
| Turnaround & Maintenance    | • Turnaround Coordinator                            |
|                             | • Maintenance Planner                               |
|                             | • Maintenance Engineer                              |
+-----------------------------+-----------------------------------------------------+
| Power & Electrical          | • Power Electronics – Senior Technician             |
+-----------------------------+-----------------------------------------------------+
| Mechanical & Design         | • Mechanical Design Engineer – Clamps & Skids       |
+-----------------------------+-----------------------------------------------------+
| Warehouse & Logistics       | • Warehouse & Material Engineer                     |
+-----------------------------+-----------------------------------------------------+
| Rotating & Power Plants     | • Mechanical Rotating – Senior Technician           |
|                             | • Power Plant Mechanical – Senior Technician        |
|                             | • Power Plant Instrument – Senior Technician        |
+-----------------------------+-----------------------------------------------------+

1. Turnaround Coordinator

Role Summary

The Turnaround Coordinator is responsible for leading, structuring, and overseeing the execution of plant turnarounds, major overhauls, and emergency shutdowns (TAR). This role interfaces directly between site management, engineering disciplines, safety teams, and external contractors to ensure that plant outages are completed safely, on time, and within budget.

Core Responsibilities

• Establish overall turnaround milestone schedules, scope freeze criteria, and shutdown execution methodologies.

• Coordinate cross-functional technical teams including mechanical, electrical, instrumentation, static, and piping groups.

• Manage daily SIMOPS (Simultaneous Operations) during high-density outage periods to mitigate risk.

• Monitor critical path activities, track progress metrics (S-curves, earned value analysis), and resolve site bottlenecks dynamically.

• Oversee pre-turnaround readiness reviews, pre-commissioning checks, and post-turnaround de-bottlenecking debriefs.

Required Skills & Qualifications

• Bachelor’s Degree in Mechanical, Electrical, or Petroleum Engineering.

• 8+ years of direct experience in Oil & Gas plant turnarounds, shutdowns, or major maintenance outages.

• Mastery of project planning tools (Primavera P6, MS Project) and turnaround management software.

• In-depth understanding of live plant safety systems, Lockout/Tagout (LOTO), permit-to-work (PTW) protocols, and hydrocarbon processing hazard management.

2. Maintenance Planner

Role Summary

The Maintenance Planner serves as the operational backbone of the routine and turnaround maintenance programs. This position ensures that all preventive, predictive, and corrective maintenance work orders are scope-defined, job-planned, resource-estimated, and fully material-backed before release for field execution.

Core Responsibilities

• Analyze incoming work notifications within the Computerized Maintenance Management System (CMMS, e.g., SAP / Maximo).

• Develop comprehensive job plans detailing step-by-step tasks, craft labor hours, required tooling, spare parts, and special equipment (cranes, rigging, scaffolding).

• Collaborate with procurement and warehouse teams to verify part availability prior to scheduling maintenance windows.

• Build daily and weekly maintenance schedules in coordination with operations to maximize plant uptime.

• Maintain historical asset work logs to optimize future maintenance intervals and resource allocation.

Required Skills & Qualifications

• Degree or Higher National Diploma (HND) in Engineering or Industrial Technology.

• 5+ years of maintenance planning experience in an operating refinery, gas plant, or offshore oil facility.

• Advanced proficiency in SAP PM (Plant Maintenance) or IBM Maximo.

• Strong reading knowledge of Piping and Instrumentation Diagrams (P&IDs), isometric drawings, and electrical single-line diagrams (SLDs).

3. Maintenance Engineer

Role Summary

The Maintenance Engineer provides technical engineering oversight to maximize asset reliability, maintain mechanical integrity, and minimize unscheduled downtime across processing trains. This role focuses on root cause analysis, equipment modification, and engineering solution delivery for recurring plant issues.

Core Responsibilities

• Conduct Root Cause Failure Analysis (RCFA) on failed mechanical, electrical, or instrumented assets to eliminate repeat failures.

• Develop, review, and optimize Preventive Maintenance (PM) and Condition-Based Maintenance (CBM) strategies.

• Technical oversight of static equipment (vessels, heat exchangers, piping networks) and dynamic systems.

• Manage Management of Change (MOC) proposals, ensuring engineering modifications comply with API, ASME, and ISO standards.

• Support field maintenance technicians during complex troubleshooting procedures and major overhauls.

Required Skills & Qualifications

• Bachelor’s Degree in Mechanical or Chemical Engineering.

• 6+ years of reliability or maintenance engineering experience within upstream/midstream Oil & Gas operations.

• Hands-on familiarity with failure modes, stress calculations, and international engineering standards (ASME B31.3, API 510/570/653).

• Strong analytical, engineering diagnostic, and technical report writing abilities.

4. Power Electronics – Senior Technician

Role Summary

The Power Electronics Senior Technician is responsible for the continuous maintenance, troubleshooting, testing, and repair of critical high-power conversion systems, variable frequency drives (VFDs), uninterruptible power supplies (UPS), and power distribution electronics across the facility.

Core Responsibilities

• Perform preventive and emergency troubleshooting on large-scale Variable Frequency Drives (VFDs), high-power inverters, rectifiers, and soft starters.

• Inspect, calibrate, and repair industrial UPS systems, battery banks, and DC distribution networks.

• Utilize advanced electronic test equipment (oscilloscopes, power quality analyzers, insulation resistance testers) to diagnose power stage failures.

• Conduct relay testing, PCB diagnostics, circuit breaker testing, and micro-controller parameter adjustments.

• Execute modifications and retrofits on aging power electronics infrastructure under strict electrical safety guidelines.

Required Skills & Qualifications

• Technical Diploma or Degree in Electrical/Electronics Engineering or Power Electronics.

• 7+ years of hands-on experience maintaining heavy industrial power electronics in oil refineries, chemical plants, or power facilities.

• Deep knowledge of high/medium voltage safety protocols, arc flash hazards, and electrical isolation procedures.

• Authorized OEM training on major power drive systems (e.g., ABB, Siemens, Schneider Electric, GE) is highly desirable.

5. Mechanical Design Engineer – Clamps & Skids

Role Summary

The Mechanical Design Engineer (Clamps & Skids) specializes in the design, stress analysis, structural integrity verification, and detail engineering of structural skids, specialized pipe clamps, structural supports, and containment systems used in high-pressure oil and gas production environments.

Core Responsibilities

• Design custom mechanical clamps, leak repair clamps, structural skids, and piping support systems according to operational criteria.

• Perform structural and mechanical calculations, including Finite Element Analysis (FEA) and pipe stress analysis.

• Generate detailed 3D models, fabrication drawings, material bill of materials (BOMs), and manufacturing specifications.

• Review structural skid loading, lifting lugs, center of gravity calculations, and dynamic load transport conditions.

• Interface with fabrication shops and quality assurance teams to verify that manufacturing complies with international design codes.

Required Skills & Qualifications

• Bachelor’s Degree in Mechanical or Structural Engineering.

• 6+ years of dedicated design experience specializing in skid-mounted equipment, pressure containment clamps, and structural steel designs for energy projects.

• Proficiency in CAD/CAE software suites (SolidWorks, Autodesk Inventor, ANSYS, CAESAR II, or AutoCAD).

• Solid understanding of international codes: ASME Section VIII, ASME B31.3, AISC, and API standards.

6. Warehouse & Material Engineer

Role Summary

The Warehouse & Material Engineer controls materials, spare parts, specialized tooling, and inventory systems essential to maintaining uninterrupted production and supporting major turnarounds. This role bridges technical engineering requirements with supply chain logistics.

Core Responsibilities

• Verify incoming technical materials, spare parts, valves, instrumentation, and specialized metallurgy against engineering datasheets and Purchase Orders.

• Manage material preservation programs, ensuring sensitive electrical, rotating equipment spare parts, and seals are stored under climate-controlled conditions per manufacturer standards.

• Optimize reorder points, safety stock levels, and critical spare parts availability within the Enterprise Resource Planning (ERP) database.

• Oversee hazardous material handling, Material Safety Data Sheet (MSDS) compliance, and international freight tracking.

• Conduct material physical audits, continuous cycle counts, and reconciliation reports.

Required Skills & Qualifications

• Bachelor’s Degree in Supply Chain, Logistics, or Mechanical Engineering.

• 5+ years of experience managing technical oilfield/refinery warehousing and material engineering operations.

• Advanced expertise in inventory management modules within SAP, Maximo, or equivalent enterprise ERP systems.

• Familiarity with material certification requirements (EN 10204 3.1/3.2, mill test certificates, NACE compliance).

7. Mechanical Rotating – Senior Technician

Role Summary

The Mechanical Rotating Senior Technician is responsible for execution-level maintenance, overhaul, precision alignment, and diagnostic troubleshooting of all dynamic, rotating machinery across the processing site.

Core Responsibilities

• Perform teardown, inspection, overhaul, and reassembly of centrifugal pumps, multi-stage pumps, reciprocating compressors, gas turbines, and blowers.

• Execute precision shaft alignment using advanced laser alignment systems and dial indicators.

• Conduct dynamic balancing, mechanical seal replacements, bearing inspections (journal, tilt-pad, anti-friction), and clearance checks.

• Assist condition monitoring teams by collecting vibration data, thermography scans, and lube oil samples.

• Respond immediately to trip events or abnormal vibration alerts to execute rapid field diagnostics.

Required Skills & Qualifications

• Technical Diploma in Mechanical Engineering or completed Vocational Mechanical Apprenticeship.

• 7+ years of hands-on experience in rotating equipment overhaul within upstream or midstream energy assets.

• Mastery of mechanical seals (API 682 seal plans), mechanical tolerances, and dynamic equipment alignment.

• Demonstrated ability to interpret engineering drawings, cross-sectional mechanical schematics, and tolerance tables.

8. Power Plant Mechanical – Senior Technician

Role Summary

The Power Plant Mechanical Senior Technician focuses specifically on the maintenance, troubleshooting, repair, and operational integrity of heavy utility power generation infrastructure, including gas turbines, steam turbines, heat recovery steam generators (HRSGs), and industrial diesel generators.

Core Responsibilities

• Execute preventive and corrective maintenance on power generation gas/steam turbine units and associated auxiliary systems.

• Maintain fuel gas supply trains, lube oil skids, hydraulic control systems, and cooling towers.

• Perform mechanical inspections of turbine hot gas paths, combustor baskets, transition pieces, and generator couplings during major overhauls.

• Diagnose and repair auxiliary power equipment, including high-pressure boilers, pumps, heat exchangers, and air compressors.

• Support line startup, synchronisation procedures, and plant trip troubleshooting.

Required Skills & Qualifications

• Technical Diploma in Mechanical Engineering or Power Plant Technologies.

• 7+ years of direct mechanical maintenance experience on industrial power plants or cogeneration facilities.

• Direct hands-on experience with major turbine platforms (e.g., GE Frame series, Solar Turbines, Siemens SGT series).

• Advanced understanding of thermodynamics, high-pressure steam systems, and turbine mechanical control systems.

9. Power Plant Instrument – Senior Technician

Role Summary

The Power Plant Instrument Senior Technician ensures the continuous calibration, functional safety, dynamic response, and operational accuracy of control systems, field instruments, and safety instrumented systems (SIS) across power generation utilities.

Core Responsibilities

• Calibrate, test, and maintain control valves, transmitters (pressure, temperature, flow, level), smart positioners, and safety relief systems.

• Troubleshoot automated burner management systems (BMS), turbine governor controls, and emergency shutdown (ESD) loops.

• Perform loop testing, signal verification (4-20mA, HART, Foundation Fieldbus), and fault-finding on field junction boxes and Distributed Control System (DCS) I/O racks.

• Maintain turbine overspeed protection systems, flame detectors, and vibration monitoring sensors (e.g., Bentley Nevada 3500 system).

• Work under strict functional safety standards (IEC 61508/61511) to guarantee plant trip interlocks function correctly.

Required Skills & Qualifications

• Technical Diploma in Instrumentation, Electronics, or Control Engineering.

• 7+ years of instrument maintenance experience in industrial power plants or continuous oil processing facilities.

• Expertise in working with Bentley Nevada systems, HART communicators, and calibrators (e.g., Fluke).

• Ability to read complex P&IDs, instrument loop diagrams (ILD), logic diagrams, and cause-and-effect matrices.

Detailed Selection Process

Recruitment for international oil and gas maintenance projects operates on a structured, multi-phase screening framework to ensure that candidate competencies match operational conditions on site:

[Phase 1: CV Screening] ➔ [Phase 2: Technical Review] ➔ [Phase 3: Teams Interview] ➔ [Phase 4: Client Final Selection]

1. Phase 1: CV Screening & Scope Alignment

   Applications are reviewed against the baseline criteria for each position. Resumes must show relevant, verifiable industrial exposure to Oil & Gas, Maintenance, Power Plants, or Turnarounds.

2. Phase 2: Technical Profile Evaluation

   Engineering teams review candidate qualifications, work history, technical scope, and experience with specific equipment categories (e.g., rotating machinery models, power systems, software packages).

3. Phase 3: Technical Teams Interview (If Required)

   Shortlisted candidates participate in a video interview with technical project managers to discuss practical scenarios, site safety, engineering concepts, and dynamic troubleshooting techniques.

4. Phase 4: Final Client Selection & Onboarding

   Selected candidates receive official job offers and proceed through medical clearance, mobilization scheduling, document authentication, and visa processing.

Required Documentation & Application Protocol

Due to the urgent nature of this recruitment campaign, shortlisting and profile reviews occur on a rolling basis. Incomplete applications will lead to processing delays.

Mandatory Documents Required for Application

Candidates must attach clear, legible, and updated digital copies of the following documents to their application email:

1. Updated Professional Resume (CV): Detail your specific operational experience, certifications, equipment exposure, and projects.

2. Educational & Professional Diplomas: Clear copies of degrees, HNDs, vocational technical diplomas, and relevant trade certifications.

3. Valid Passport Copy: A clear scan of your international passport (with at least 6 months of validity remaining).

Step-by-Step Instructions on How to Apply

Follow these instructions to submit your application directly to the recruiting authority:

• Official Contact Email: recrutare@petrolvalves.ro

• Required Email Subject Format: [Position Applied For] – Mellitah Libya

  (Example: Maintenance Planner – Mellitah Libya or Mechanical Rotating – Senior Technician – Mellitah Libya)

Candidate Checklist for Quick Shortlisting

To increase profile visibility during the initial screening stage, ensure your CV explicitly highlights experience in any of the following technical areas:

• Oil & Gas Maintenance & Processing Operations

• Turnaround (TAR) & Shutdown Outages

• Maintenance Planning & Scheduling (SAP PM / Maximo)

• Rotating Equipment (Pumps, Compressors, Turbines)

• Power Generation & Utility Systems

• High-Power Power Electronics (VFDs, UPS)

• Control Instrumentation & Safety Systems

• Mechanical Design, Structural Skids & Clamps

• Materials Engineering & Industrial Warehouse Logistics

This hiring campaign offers experienced energy sector professionals an opportunity to participate in a high-priority maintenance effort. Qualified specialists are encouraged to finalize their documentation and submit their applications as early as possible.