Iraq Oil & Gas Power Generation O&M Jobs 2026: Apply Now for 17 Key Engineering & Operations Roles
The global energy landscape relies heavily on robust, efficient, and continuous power infrastructure. Within the Middle East, Iraq’s rapidly expanding oil and gas sector remains a cornerstone of regional energy production and industrial development. Ensuring the seamless operation and maximum uptime of these critical facilities requires high-caliber technical expertise, rigorous safety protocols, and proactive maintenance strategies.
The rapid expansion and modern re-engineering of critical infrastructure across the Middle East have catalyzed unprecedented demand for highly specialized technical talents to manage, preserve, and optimize heavy industrial assets. Central to this energy transformation is the operational continuity of major downstream and power generation facilities, where positions like High voltage technician vacancies Middle East, Plant supervisor power generation Iraq, Oil refinery maintenance planner jobs, Materials corrosion inspection engineer recruitment, and Control room panel man job description and hiring represent pivotal recruitment verticals driving regional grid stability and refinery yields.
In high-voltage electrical distribution networks spanning transmission sub-stations, high-voltage switchgear, station transformers, and switchyard infrastructures across the Arabian Gulf and Levant, the role of a High Voltage Technician is indispensable for maintaining uninterrupted power feed to massive processing units. These technicians are tasked with executing complex high-voltage switching schedules, performing primary and secondary injection tests, conducting $SF_6$ gas density monitoring, and ensuring high-voltage circuit breakers (operating across 11kV, 33kV, 132kV, and higher distribution bands) function within strict tolerance margins to prevent catastrophic arc flash hazards or unplanned electrical outages.
Simultaneously, within the rapidly evolving power production sector of Iraq, the Plant Supervisor for power generation assumes operational stewardship over major thermal, open-cycle, and combined-cycle gas turbine assets. Operating under extreme ambient summer conditions and high system demand, the power generation plant supervisor directs real-time shift operations, coordinates multi-disciplinary field crews, enforces stringent Permit to Work (PTW) and Lockout/Tagout (LOTO) safety protocols, and monitors overall heat rates, fuel gas consumption, and grid synchronization to ensure continuous baseload electricity delivery across industrial and municipal sectors.
To complement these real-time field operations, oil refineries rely heavily on the meticulous work executed under oil refinery maintenance planner jobs.
Parallel to routine maintenance, long-term asset integrity across aggressive hydrocarbon processing environments relies on active materials corrosion inspection engineer recruitment drives. Corrosion engineers evaluate complex metallurgies against severe wet $H_2S$, high-temperature naphthenic acid, and chloride-induced stress corrosion cracking mechanisms. They design and monitor chemical dosing programs, cathodic protection (CP) systems, and non-destructive testing (NDT) campaigns—utilizing ultrasonic, radiographic, and positive material identification (PMI) methods aligned with API 510, API 570, and NACE/AMPP standards—to systematically track wall thinning, predict equipment remaining life, and prevent catastrophic containment loss.
Tying all these operational elements together inside the central control room, the Control Room Panel Man serves as the primary tactical operator navigating sophisticated Distributed Control Systems (DCS) and SCADA interfaces. The detailed job description and hiring criteria for a control room panel operator emphasize rapid signal interpretation, immediate emergency response execution during process upsets, real-time loop adjustment for pressure, temperature, and flow parameters, and clear verbal coordination with field operators. Together, these five specialized job disciplines constitute the operational backbone of Middle Eastern energy facilities, combining electrical high-voltage safety, shift leadership, predictive planning, metallurgic asset integrity, and real-time process control to power the region’s economic and industrial footprint.
This comprehensive guide outlines the latest mega-project initiatives involving Operation and Maintenance (O&M) of Oil & Gas Power Generation Facilities in Iraq. Whether you are a senior plant strategist, an experienced engineer, a control panel operator, or a specialized technician, this article details the operational dynamics of heavy industrial power plants, key job requirements, technical responsibilities, and application procedures for current open positions.
The Strategic Importance of Power Generation in Iraq’s Energy Infrastructure
Iraq’s industrial growth depends on a reliable, resilient electrical grid capable of sustaining modern urban centers and energy-intensive upstream, midstream, and downstream petroleum assets. Power generation facilities integrated into oil fields and refineries often utilize advanced heavy-duty gas turbines, steam turbine generators, combined-cycle power systems, and sophisticated distributed control systems (DCS).
Operating these complex energy plants in harsh ambient conditions requires top-tier asset integrity management, predictive maintenance frameworks, and seamless operational continuity. The current workforce recruitment initiative aims to mobilize seasoned experts who can maintain world-class facility performance, minimize unplanned shutdowns, and uphold stringent HSE (Health, Safety, and Environment) standards.
Summary of Open Positions and Minimum Experience Matrix
To ensure operational excellence, candidates must meet strict educational and field experience criteria across all job categories.
Minimum Qualification Requirement
Education: Minimum of a Technical Bachelor’s Degree (B.Sc. / B.E. / B.Tech or equivalent relevant engineering/technical degree) from a recognized university.
Experience Breakdown Table
| Position Category | Specific Job Roles Included | Minimum O&M Experience Required | Key Focus Areas |
| Management | Plant Manager | 5 Years | Operations Strategy, Asset Integrity, Budgeting, HSE Leadership |
| Engineers & Supervisors | Plant Supervisor, Rotating, Instrument/DCS, Electrical, Materials/Corrosion Engineers | 10 Years | Root Cause Analysis, Design Validation, DCS Strategy, Maintenance Execution |
| Specialists | Gas Turbine Man-Specialist | 5 Years | Turbine Overhaul, Combustion Inspection, Rotor Diagnostics |
| Operators & Technicians | Control Room Panel Man, Plant/Gas Turbine Operators, Mech/Inst/Elec/HV Technicians | 5 Years | Real-time Operations, Troubleshooting, Calibration, Preventative Maintenance |
| HSE & Support | Safety Officer, Material Coordinator, Administrative Clerk | 5 Years | Regulatory Compliance, Logistics, Spare Parts Control, Plant Admin |
In-Depth Job Descriptions & Key Responsibilities
1. Plant Manager
Minimum Experience: 5+ Years in Oil & Gas / Power Plant Operational Management
Core Function: Overall operational leadership, facility performance optimization, cost control, and strategic planning for the entire power generation facility.
Key Responsibilities
Oversee daily operations and maintenance strategies to maximize plant availability, heat rate efficiency, and reliability.
Manage multi-disciplinary engineering, maintenance, and administrative teams while fostering a culture of zero accidents and strict HSE compliance.
Develop annual operational budgets, manage spare part capital expenditure, and optimize life-cycle asset performance.
Act as the direct liaison with government authorities, client representatives, and project stakeholders in Iraq.
2. Plant Supervisor
Minimum Experience: 10+ Years in Oil & Gas / Power Plant Operations & Shift Management
Core Function: Direct supervisory oversight of daily plant operations, shift turnover, emergency response readiness, and maintenance scheduling execution.
Key Responsibilities
Lead shift crews in running gas turbines, balance-of-plant (BOP) machinery, and power distribution units.
Monitor key performance indicators (KPIs) such as output capacity, fuel efficiency, and emissions.
Authorize work permits (PTW - Permit to Work), perform risk assessments, and manage isolation procedures (LOTO) prior to system maintenance.
Direct real-time operational adjustments during unexpected equipment trips or grid fluctuations.
3. Mechanical-Rotating Engineer
Minimum Experience: 10+ Years in Mechanical Engineering specializing in Heavy Rotating Equipment
Core Function: Engineering stewardship, vibration analysis, troubleshooting, and preventive/corrective maintenance of gas turbines, steam turbines, pumps, and compressors.
Key Responsibilities
Implement proactive condition monitoring programs, including vibration analysis, oil sampling, and thermography for rotating machinery.
Lead major overhauls, combustion inspections (CI), hot gas path inspections (HGPI), and major inspections (MI) of power turbines.
Perform root cause failure analysis (RCFA) on failed mechanical components and formulate engineering modifications.
Ensure all mechanical systems comply with international standards such as API, ASME, and ISO.
4. Instrument-DCS-Control Engineer
Minimum Experience: 10+ Years in Instrumentation, Distributed Control Systems (DCS), and PLC Architecture
Core Function: Maintaining, programming, and optimizing plant control systems, instrument loops, safety instrumented systems (SIS), and automated logic.
Key Responsibilities
Manage and troubleshoot complex Distributed Control Systems (e.g., ABB, Emerson DeltaV, Honeywell, Siemens) and turbine control systems (e.g., Mark VIe).
Oversee calibration, testing, and maintenance of smart transmitters, control valves, actuators, and emergency shutdown (ESD) valves.
Design and update control loop logic, graphic interfaces (HMI), and alarm management frameworks to improve operator response.
Coordinate hardware upgrades, network security protocols, and software backups across all plant automation systems.
5. Electrical Engineer
Minimum Experience: 10+ Years in Power Plant Electrical Engineering & High Voltage Distribution
Core Function: Managing electrical generation equipment, high/medium voltage switchgear, transformers, protection relays, and power delivery networks.
Key Responsibilities
Oversee maintenance and integrity testing of major generators, excitation systems, step-up transformers, and motor control centers (MCC).
Perform arc flash studies, relay coordination settings, and power factor correction analyses.
Direct isolation, grounding, and energized work procedures on high-voltage equipment up to transmission voltages.
Troubleshoot electrical fault conditions, system trips, and emergency diesel generator (EDG) backup networks.
6. Materials-Corrosion-Inspection Engineer
Minimum Experience: 10+ Years in Asset Integrity, Corrosion Prevention, and Non-Destructive Testing (NDT)
Core Function: Monitoring equipment corrosion rates, leading plant inspection campaigns, and implementing asset life extension programs.
Key Responsibilities
Design and manage chemical treatment programs, cathodic protection (CP) systems, and corrosion monitoring loops across high-pressure piping networks.
Coordinate NDT inspections (Ultrasonic, Magnetic Particle, Radiographic, and Dye Penetrant testing) on boilers, pressure vessels, and piping systems.
Maintain risk-based inspection (RBI) databases to predict wall thinning, stress corrosion cracking, and thermal fatigue.
Ensure plant integrity aligns with API 510, API 570, API 650, and ASME Section VIII standards.
7. Planner
Minimum Experience: 10+ Years in Industrial Maintenance Planning, Turnarounds, and Scheduling
Core Function: Detailed planning, resource allocation, estimating, and scheduling of all routine maintenance, turnaround, and overhaul activities.
Key Responsibilities
Utilize computerized maintenance management systems (CMMS) such as SAP PM or Maximo to build and manage work packages.
Develop detailed Primavera P6 / MS Project schedules for planned maintenance outages and emergency shutdowns.
Coordinate tool, spare part, material, and manpower availability prior to executing maintenance work orders.
Track maintenance performance metrics, backlog trends, mean time between failures (MTBF), and mean time to repair (MTTR).
8. Gas Turbine Man-Specialist
Minimum Experience: 5+ Years in Specialized Gas Turbine Maintenance and Field Service
Core Function: Expert technical support for gas turbine mechanical systems, combustor alignment, rotor balancing, and blade inspection.
Key Responsibilities
Perform borescope inspections on gas turbine compressor stages, combustor liners, nozzles, and turbine buckets.
Execute precise mechanical alignment of turbine-generator shafts using laser alignment tools.
Diagnose operational anomalies including high exhaust temperature spreads, flame instability, and compressor surge.
Direct specialized OEM tools and lifting rigs during heavy mechanical teardowns and rebuilds.
9. Control Room Panel Man
Minimum Experience: 5+ Years operating continuous process plants via DCS/SCADA panels
Core Function: Real-time monitoring and control of overall plant operations, power output, steam generation, and auxiliary systems via screen interfaces.
Key Responsibilities
Monitor process parameters (pressure, temperature, flow, vibration, electrical output) continuously from the central control room.
Respond instantly to system alarms, process deviations, and emergency conditions in strict compliance with emergency operating procedures (EOPs).
Direct field operators to perform valve line-ups, equipment startups, switchovers, and system isolations.
Maintain precise logbooks recording plant generation figures, fuel consumption, emissions data, and daily events.
10. Plant Operator - Gas Turbine Operator
Minimum Experience: 5+ Years in Field Operations of Gas Turbines and Power Auxiliaries
Core Function: Executing local field operations, routine rounds, equipment startups/shutdowns, and system isolation activities.
Key Responsibilities
Perform regular physical inspection rounds of running gas turbines, lube oil skids, fuel gas treatment units, and water treatment systems.
Record local gauge readings, oil levels, temperature logs, and report mechanical anomalies to the control room.
Execute field operational tasks including manual valve operation, pump switchovers, and filter changeovers.
Apply local LOTO lockouts and tagouts to isolate mechanical and fluid systems for incoming maintenance crews.
11. Mechanical Technician
Minimum Experience: 5+ Years in Hands-On Mechanical Overhaul and Maintenance
Core Function: Practical execution of maintenance, repair, and alignment tasks on static and rotating plant machinery.
Key Responsibilities
Disassemble, overhaul, clean, and rebuild centrifugal pumps, control valves, strainers, gearboxes, and compressors.
Replace mechanical seals, bearings, gaskets, couplings, and structural pipe fittings under supervision.
Utilize precision measurement tools including micrometers, dial indicators, torque wrenches, and calipers.
Ensure all work executed meets mechanical safety standards and housekeeping guidelines.
12. Instrument DCS Control Technician
Minimum Experience: 5+ Years in Instrumentation and Automation Maintenance
Core Function: Field calibration, repair, loop testing, and routine maintenance of control hardware and measurement devices.
Key Responsibilities
Calibrate pressure, temperature, level, and flow transmitters using certified calibrators and HART communicators.
Perform preventive maintenance and function testing on control valve positioners, solenoids, and emergency shutdown systems.
Assist DCS engineers in tracing wiring faults, terminal block connections, and field bus networks.
Inspect, maintain, and replace toxic and combustible gas detectors across the facility.
13. Electrical Technician
Minimum Experience: 5+ Years in Industrial Electrical Maintenance
Core Function: Hands-on maintenance, troubleshooting, and repair of low and medium voltage electrical installations.
Key Responsibilities
Maintain low and medium voltage motors, distribution boards, lighting systems, and battery charger networks (DC systems).
Conduct insulation resistance (Megger) tests, winding resistance measurements, and continuity checks.
Troubleshoot motor starter circuits, soft starters, variable frequency drives (VFDs), and control panels.
Inspect transformer oil levels, bushing integrity, cooling fans, and protective earthing systems.
14. High Voltage Technician
Minimum Experience: 5+ Years in High Voltage (HV) Distribution and Switchgear Systems
Core Function: Specializing in the safe operation, switching, and maintenance of high-voltage switchgear, circuit breakers, and sub-stations.
Key Responsibilities
Execute high-voltage switching schedules, racking in/out of HV circuit breakers (11kV, 33kV, 132kV+).
Perform SF6 gas density checks, breaker timing tests, contact resistance measurements, and primary/secondary injection tests.
Maintain high-voltage cables, terminations, busbars, and station transformer protection infrastructure.
Enforce strict high-voltage safety rules, personal protective equipment (PPE) compliance, and electrical access permits.
15. Safety and Health Officer
Minimum Experience: 5+ Years in Oil & Gas / Heavy Industrial HSE Management
Core Function: Monitoring, enforcing, and improving workplace safety, health policies, environmental regulations, and emergency preparedness.
Key Responsibilities
Conduct continuous field safety audits, behavioral assessments, and hazard identification (HAZID) walk-throughs.
Enforce adherence to the Permit to Work (PTW) system, job safety analyses (JSA), and confined space entry rules.
Lead daily safety toolbox talks, manage incident investigations, and implement preventive safety measures.
Monitor environmental compliance regarding gas flaring, wastewater discharge, and hazardous chemical storage.
16. Administrative Clerk
Minimum Experience: 5+ Years in Technical Document Control and Site Administration
Core Function: Managing project documentation, site records, travel logistics, and administrative support for plant management.
Key Responsibilities
Maintain digital document archives for operational logs, maintenance history, compliance certificates, and technical manuals.
Coordinate site access passes, visa processing, travel logistics, and accommodation arrangements for operational personnel.
Manage office inventory, stationery supplies, time-sheet logging, and daily operational reporting templates.
Draft official project correspondence, meeting minutes, and local administrative documentation.
17. Material Coordinator
Minimum Experience: 5+ Years in Warehouse Management, Spare Parts Logistics, and Material Control
Core Function: Organizing inventory, receiving spare parts, monitoring stock reorder points, and supporting maintenance material requisitions.
Key Responsibilities
Manage the receipt, inspection, cataloging, and storage of OEM spare parts, consumables, tools, and chemicals.
Verify physical material receipts against purchase orders, mill test certificates, and shipping manifests.
Maintain organized inventory tracking within the plant CMMS (SAP / Maximo) to eliminate operational downtime caused by missing parts.
Coordinate hazardous material handling, proper preservation of critical spare rotors, and warehouse safety practices.
Technical Excellence in Iraq's Energy Sector
Working on power generation facilities in Iraq presents distinct operational environments that require specialized domain knowledge:
1. Gas Turbine Technology
Industrial facilities frequently utilize heavy-duty frame-type turbines (such as GE Frame 6/9, Siemens SGT series, or Solar Turbines) capable of burning multiple fuel types, including natural gas, treated crude, or diesel. Understanding fuel gas treatment, fuel skid operation, gas conditioning, and combustion dynamics is essential for engineers and operators.
2. Harsh Environment Operations
High ambient summer temperatures in Iraq place thermal stress on electrical transformers, turbine air intake filters, cooling towers, and continuous-duty pumps. Maintenance strategies prioritize pre-summer readiness checks, high-efficiency filtration, and robust heat exchanger cleaning regimes.
3. Integrated Safety Frameworks
Because power generation facilities are often integrated directly within major upstream oil fields, operating personnel must be fully versed in sour gas ($H_2S$) safety protocols, emergency shutdown sequences, and cross-discipline work permit coordination.
How to Apply
Qualified professionals meeting the specified educational background and years of experience are invited to submit their professional profiles for consideration.
Application Instructions
Email Application: Send your updated, detailed Resume/CV directly to resume@exidasp.ca
Subject Line Guidance: Please mention the precise position name in your email subject (e.g., Application for Mechanical-Rotating Engineer - Iraq O&M Project).
Documentation: Ensure your CV clearly highlights your Technical Bachelor's Degree and specifies your exact years of hands-on experience in Oil & Gas or Power Generation facilities. Include certificates, training history, and current location.
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