Urgent Hiring: Senior & Lead Engineers in Basra, Iraq (Oil & Gas Projects)
The global energy sector is undergoing a massive transformation, with large-scale onshore and offshore oil and gas developments expanding rapidly across the Middle East. Iraq—particularly the energy-rich region of Basra—remains a focal point for massive upstream production, refinery expansion, field modernization, and structural infrastructure projects.
To support these critical infrastructure and production goals, WTS Energy is currently recruiting qualified professionals for multiple high-priority roles: Iraq Lead and Senior Engineers across a wide range of engineering disciplines. These positions are based on-site in Basra, Iraq, offering seasoned industry experts an extraordinary opportunity to work on complex, high-impact project developments.
Navigating the dynamic landscape of the international energy sector requires a sophisticated understanding of how critical infrastructure development intersects with specialized technical expertise, particularly within high-value upstream and midstream regions like Basra, Iraq. For engineering professionals tracking high-paying career opportunities, examining the market for roles such as a Senior mechanical static rotating engineer salary Iraq reveals the substantial financial rewards associated with managing complex thermal and mechanical assets in demanding environments. These professionals are tasked with the rigorous design, machinery selection, and maintenance management of vital pressure vessels, heat exchangers, heavy-duty gas compressors, and large-scale pumping networks. Because these static and rotating assets form the literal heartbeat of oil and gas production facilities, their reliable operation directly dictates plant uptime and profitability, which in turn commands top-tier compensation packages for experienced practitioners. Similarly, professionals stepping into a Lead risk and safety engineer oil gas projects role assume immense organizational responsibility, directing hazard identification studies, quantitative risk assessments (QRA), and fire protection philosophies that safeguard both human capital and multi-billion-dollar physical investments. Their leadership ensures that every stage of project execution—from concept selection to detailed engineering and commissioning—adheres strictly to international standards like NFPA, API, and ISO, mitigating catastrophic failure risks in hazardous sour service operating environments.
Expanding this technical scope into industrial automation and asset integrity highlights the high demand for specialized talents, as evidenced by the recruitment market surrounding Senior instrument engineer jobs Basra Iraq. Modern central processing facilities and gas compression plants rely heavily on sophisticated distributed control systems (DCS), safety instrumented systems (SIS), and precise field instrumentation to maintain closed-loop operational stability under extreme thermal and pressure fluctuations. Senior instrument engineers must balance complex hardware specifications with software architectures to ensure instantaneous fault detection and fail-safe automation. Concurrently, protecting these massive capital assets from premature degradation requires specialized intervention, making Senior corrosion engineer jobs energy sector exceptionally vital. Corrosion specialists formulate robust materials selection diagrams, design advanced cathodic protection systems, and deploy chemical treatment regimens that combat hydrogen sulfide ($H_2S$) and carbon dioxide ($CO_2$) induced degradation. Their proactive engineering strategies directly reduce long-term operational expenditure (OPEX) by preventing catastrophic pipeline and vessel failures in harsh Middle Eastern climates.
Furthermore, the physical transport of hydrocarbons across vast desert terrains and complex processing networks elevates the career importance associated with Flow lines and pipeline engineer careers Middle East. Flow line and pipeline engineers tackle intricate hydraulic challenges, multi-phase fluid modeling, specialized pipe wall thickness calculations, and crossing designs for massive trunklines and export infrastructure. Their work ensures secure, leak-free fluid transmission from remote wellheads to central processing units and export terminals, adhering to rigorous design codes such as ASME B31.4 and ASME B31.8. Underpinning all of these specialized technical pursuits is the overarching methodology of Onshore oil and gas EPC project engineering jobs, which demand seamless multi-disciplinary coordination among civil, structural, piping, electrical, and process engineering teams. Operating under Engineering, Procurement, and Construction (EPC) models, senior and lead engineers must synchronize their technical deliverables with stringent project schedules, budget constraints, and client quality expectations. Mastering these diverse facets not only accelerates an engineer's professional trajectory toward executive project management but also positions them at the absolute vanguard of global energy infrastructure development, driving operational excellence across the most prolific oil and gas basins in the world.
Below, you will find an extensive overview of the Basra energy landscape, competitive compensation insights for Middle East oil and gas deployments, an in-depth breakdown of every available role, and instructions on how to apply.
The Basra Energy Landscape: Strategic Importance and Infrastructure
Basra, located in southern Iraq, is widely recognized as the industrial heartland of the nation’s energy reserves. Home to world-class supergiant fields such as Rumaila, West Qurna, Majnoon, and Zubair, the province accounts for the majority of Iraq's total crude oil output and exports.
Working on an oil and gas development in Basra places engineering professionals at the center of critical global energy operations. Projects in this area typically encompass:
Upstream Oil & Gas Processing: Central Processing Facilities (CPFs), gas-oil separation plants (GOSPs), early production facilities (EPFs), and advanced water injection systems.
Downstream & Midstream Infrastructure: Gas utilization projects, trunklines, export pipelines, storage tank farms, and marine terminals.
Brownfield Revamping & Greenfield Expansion: De-bottlenecking legacy systems, integrating modern automation, and constructing state-of-the-art facilities from the ground up.
Engineers operating in Basra gain unique exposure to international standards (API, ASME, ISO, IEC, NFPA) applied under rigorous field conditions. Furthermore, working alongside multinational teams, national oil companies (NOCs), and engineering, procurement, and construction (EPC) contractors accelerates professional growth and opens pathways to top-tier global consulting and management roles.
Why Pursue Senior and Lead Engineering Roles in Iraq?
Senior and Lead positions in the Middle East oil and gas industry carry significant responsibility, requiring technical mastery, leadership capabilities, and strong project execution skill sets.
Key Professional Advantages
Competitive Financial Packages: Overseas engineering roles in Iraq often offer lucrative tax-advantaged compensation packages, rotation allowances, field completion bonuses, and full accommodation provisions.
Accelerated Career Trajectory: Managing complex engineering scope—from Conceptual Design and Front-End Engineering Design (FEED) through to Detailed Engineering and Commissioning—rapidly upgrades your leadership portfolio.
High-Impact Engineering: Solving real-world challenges related to sour gas handling, extreme climate conditions, high-pressure/high-temperature (HPHT) reservoirs, and complex brownfield tie-ins builds elite technical credentials.
In-Depth Vacancy Breakdown
Every position listed below plays a pivotal role in ensuring engineering integrity, operational safety, and timely project delivery.
1. Electrical Engineering Roles
Senior Electrical Engineer
The Senior Electrical Engineer oversees the design, analysis, and integration of high-voltage (HV), medium-voltage (MV), and low-voltage (LV) electrical systems across upstream and midstream assets.
Key Responsibilities:
Develop and review electrical single-line diagrams (SLDs), equipment layouts, and cable schedules.
Perform short-circuit calculations, load flow analyses, motor starting studies, and relay coordination using software tools like ETAP.
Specify key electrical equipment including transformers, switchgear, variable frequency drives (VFDs), and Uninterruptible Power Supply (UPS) systems.
Ensure compliance with IEC, IEEE, and hazardous area classification standards (ATEX/IECEx).
Lead Electrical Engineer
The Lead Electrical Engineer holds overall accountability for the electrical engineering discipline within the project, managing technical delivery, budget, and inter-disciplinary interface management.
Key Responsibilities:
Manage the discipline engineering team, vendor deliverables, and subcontractor engineering execution.
Lead technical bid evaluations (TBEs) for major electrical procurement packages.
Serve as the primary point of contact for client approvals and regulatory compliance.
Drive value engineering initiatives while ensuring strict adherence to safety and reliability requirements.
2. Process Engineering Roles
Senior Process Engineer
The Senior Process Engineer is responsible for core process simulation, equipment sizing, and safety design across central processing facilities and gas compression plants.
Key Responsibilities:
Develop and update Process Flow Diagrams (PFDs), Piping and Instrumentation Diagrams (P&IDs), and Heat and Material Balances (HMB).
Utilize process simulation packages (Aspen HYSYS, UniSim) to model fluid behavior, separation efficiency, and hydraulics.
Size and select major process equipment, including three-phase separators, heat exchangers, distillation columns, and flare systems.
Participate actively in process safety workshops, including HAZOP (Hazard and Operability) and SIL (Safety Integrity Level) assessments.
Lead Process Engineer
The Lead Process Engineer directs all process design efforts, setting execution strategy, defining design philosophy, and ensuring project alignment with environmental and operational goals.
Key Responsibilities:
Establish process design bases, philosophy documents, and operating guidelines.
Coordinate interface points between process design and mechanical, piping, and safety disciplines.
Oversee FEED and Detailed Engineering phases, validating all hydraulic calculations and relief load estimates.
Lead process optimization strategies to maximize hydrocarbon recovery and minimize flaring emissions.
3. Civil Engineering Roles
Senior Civil Engineer
The Senior Civil Engineer executes structural foundation analysis, site preparation design, and heavy infrastructure planning tailored to soil conditions in Basra.
Key Responsibilities:
Design shallow and deep foundation systems for heavy dynamic process equipment (pumps, compressors, pipe racks).
Perform geotechnical evaluation and oversee site grading, earthworks, drainage, and paving designs.
Ensure structural concrete and earthworks conform to ACI, BS, and project-specific design standards.
Prepare design deliverables using STAAD.Pro, AutoCAD, and specialized civil engineering software.
Lead Civil Engineer
The Lead Civil Engineer manages the overall civil scope, providing strategic leadership for infrastructure, site preparation, and foundation design for the entire development.
Key Responsibilities:
Define design criteria for site civil works, access roads, drainage management, and heavy lift pads.
Review and approve vendor engineering deliverables for specialized foundations and pre-cast concrete structures.
Manage civil engineering resource allocations, progress tracking, and schedule alignment.
Interface with geotechnical consultants and site construction management teams.
4. Structural Engineering Roles
Senior Structural Engineer
The Senior Structural Engineer focuses on analyzing, designing, and detailing steel structures, pipe racks, equipment shelters, and access platforms.
Key Responsibilities:
Perform structural stress analysis for static, wind, seismic, and blast loading conditions using STAAD.Pro or Tekla.
Design complex steel connections, modular structures, and pipe support frames.
Prepare structural material take-offs (MTOs) and structural design philosophy documents.
Inspect structural fabrication on-site or at vendor yards to verify design compliance.
Lead Structural Engineer
The Lead Structural Engineer oversees the complete structural engineering scope, ensuring full integrity of all primary and secondary structural steel assets.
Key Responsibilities:
Set the structural design philosophy for both temporary and permanent installations.
Lead technical audits of structural fabricators and sub-contractors.
Coordinate structural designs with civil, mechanical, and piping teams to eliminate physical clashes.
Manage structural change orders, risk registries, and design validation processes.
5. Piping Engineering Roles
Senior Piping Engineer
The Senior Piping Engineer handles piping layout design, stress analysis, material selection, and 3D plant modeling for high-pressure fluid networks.
Key Responsibilities:
Execute piping flexibility and stress analysis using Caesar II, ensuring thermal and dynamic loads remain within allowable limits.
Review 3D plant models (SP3D, E3D, PDS) for accessibility, maintainability, and safety clearance.
Develop piping material specifications (PMS) in compliance with ASME B31.3 and ASME B31.4/B31.8.
Generate isometric drawings, tie-in schedules, and bill of materials (BOM).
Lead Piping Engineer
The Lead Piping Engineer leads the piping discipline, managing extensive engineering teams and directing all layout, stress, and material deliverables.
Key Responsibilities:
Establish piping design guidelines, plot plans, and equipment spacing criteria.
Lead 3D model reviews at 30%, 60%, and 90% completion milestones with clients and operations teams.
Manage piping interface scope between offsite pipelines, plant tie-ins, and skid package units.
Ensure strict alignment between piping stress outputs and mechanical nozzle load limits.
6. Corrosion Engineering Roles
Senior Corrosion Engineer
The Senior Corrosion Engineer develops materials selection strategies and designs corrosion protection systems to safeguard facility integrity against harsh sour environments ($H_2S$, $CO_2$).
Key Responsibilities:
Formulate Materials Selection Diagrams (MSDs) and corrosion philosophy reports based on process stream chemistry.
Design Cathodic Protection (CP) systems (Impressed Current and Sacrificial Anode) for buried pipelines and structures.
Select chemical treatment systems, including corrosion inhibitors, biocide dosing, and oxygen scavengers.
Perform failure analyses and evaluate material performance under sour service conditions (NACE MR0175/ISO 15156).
Lead Corrosion Engineer
The Lead Corrosion Engineer manages the asset integrity and corrosion control strategy across the facility lifecycle.
Key Responsibilities:
Define overarching asset corrosion control plans, monitoring regimes, and inspection programs.
Evaluate third-party vendor metallurgy and coating proposals for specialized upstream equipment.
Lead corrosion risk assessments and integrate corrosion management into the overall field development strategy.
Provide expert support during FEED and detailed engineering phases to minimize life-cycle expenditure (OPEX).
7. HVAC Engineering Roles
Senior HVAC Engineer
The Senior HVAC Engineer is responsible for designing climate control, pressurization, and hazardous ventilation systems for sub-stations, control rooms, and accommodation modules.
Key Responsibilities:
Perform cooling and heating load calculations, airflow distributions, and duct sizing using Carrier HAP or equivalent tools.
Design positive-pressure ventilation systems for blast-resistant control buildings in hazardous areas.
Select HVAC plant equipment, including chillers, air handling units (AHUs), explosion-proof blast dampers, and ductwork.
Ensure compliance with ASHRAE, NFPA 496, and relevant offshore/onshore energy standards.
Lead HVAC Engineer
The Lead HVAC Engineer directs all environmental control and industrial ventilation design activities for the project.
Key Responsibilities:
Develop project HVAC design criteria, safety philosophies, and equipment specification standards.
Oversee HVAC vendor packages, factory acceptance tests (FAT), and field commissioning procedures.
Coordinate inter-disciplinary requirements for electrical power supply, structural penetration details, and fire/gas safety cut-offs.
8. Instrument Engineering Roles
Senior Instrument Engineer
The Senior Instrument Engineer designs field instrumentation, control valve assemblies, and safety instrumented systems (SIS) to ensure automatic plant regulation.
Key Responsibilities:
Prepare instrument index, I/O lists, loop diagrams, and cause-and-effect matrices.
Select and size control valves, pressure safety valves (PSVs), flow meters, and transmitters.
Design Distributed Control System (DCS) and Emergency Shutdown (ESD) system interfaces.
Verify compliance with ISA, IEC 61508, and IEC 61511 standards.
Lead Instrument Engineer
The Lead Instrument Engineer heads the instrumentation and control team, holding overall delivery responsibility for process automation systems.
Key Responsibilities:
Define automation philosophy and control system architecture across all process modules.
Manage system integrator contracts for main automation contractors (MAC) and fieldbus networks.
Lead instrument package procurement, factory acceptance testing, and control room integration strategies.
9. Metallurgy Engineers
Senior Metallurgy Engineer
The Senior Metallurgy Engineer specifies metallic material grades, welding requirements, and heat treatment procedures for high-stress processing facilities.
Key Responsibilities:
Select suitable carbon steel, alloy, stainless steel, and duplex materials based on fluid aggressiveness and temperatures.
Establish Welding Procedure Specifications (WPS) and Procedure Qualification Records (PQR) in accordance with ASME IX and AWS.
Oversee Non-Destructive Testing (NDT) methodologies (Radiography, Ultrasonic, Magnetic Particle testing).
Conduct material compatibility evaluations for high-pressure sour gas and brine environments.
Lead Metallurgy Engineer
The Lead Metallurgy Engineer holds authority over material selection integrity and metallurgical risk management across the project lifecycle.
Key Responsibilities:
Approve project-wide material selection reports, welding standards, and quality assurance plans.
Resolve complex metallurgical failures, fabrication defects, and material substitution requests.
Manage technical relationship with specialized material vendors, pipe mills, and forging manufacturers.
10. Risk & Safety Engineering Roles
Senior Risk & Safety Engineer
The Senior Risk & Safety Engineer leads active and passive fire protection design, quantitative risk assessments, and health, safety, and environmental (HSE) layout criteria.
Key Responsibilities:
Conduct Quantitative Risk Assessments (QRA), Fire and Explosion Risk Analyses (FERA), and Hazardous Area Classification (HAC) studies.
Design firewater networks, deluge systems, fire & gas detection layouts, and life safety equipment maps.
Facilitate HAZID, HAZOP, and SIL allocation workshops for facility design teams.
Ensure compliance with NFPA standards, API RP 14J, and client environmental guidelines.
Lead Risk & Safety Engineer
The Lead Risk & Safety Engineer manages the safety engineering division, embedding inherent safety design principles into all project phases.
Key Responsibilities:
Set safety execution plans, emergency response guidelines, and formal safety assessments.
Act as the primary focal point for client safety audits and local environmental authority approvals.
Coordinate safety engineering efforts with process, mechanical, civil, and layout disciplines.
11. Mechanical (Static / Rotating) Engineering Roles
Senior Mechanical Engineer (Static / Rotating)
The Senior Mechanical Engineer specifies, evaluates, and integrates static pressure vessels, storage tanks, fired heaters, or rotating machinery like centrifugal gas compressors, pumps, and gas turbines.
Key Responsibilities:
Develop mechanical datasheets and specifications based on ASME VIII (Pressure Vessels), API 610 (Pumps), API 617 (Compressors), and API 650 (Tanks).
Perform mechanical calculations, finite element analysis (FEA) reviews, and rotor dynamic evaluations.
Evaluate vendor proposals and conduct technical inspections during equipment fabrication.
Support site installation, alignment, cold/hot alignment, and mechanical completion activities.
Lead Mechanical Engineer (Static / Rotating)
The Lead Mechanical Engineer oversees the complete mechanical equipment discipline, managing package engineering, procurement tracking, and site delivery schedules.
Key Responsibilities:
Lead technical package management for critical long-lead items (gas turbine generator packages, heavy wall reactors).
Ensure mechanical discipline alignment with project schedule, quality control, and safety performance goals.
Direct cross-discipline interface reviews for mechanical foundation loads, nozzle connections, and electrical power demands.
12. Telecommunication Engineering Roles
Senior Telecommunication Engineer
The Senior Telecommunication Engineer designs industrial telecom networks, optical fiber backbones, radio communications, and safety telecom infrastructure for oil facilities.
Key Responsibilities:
Design fiber optic network backbones, LAN/WAN infrastructure, and PABX voice communication systems.
Specify Public Address and General Alarm (PAGA), CCTV surveillance, access control, and perimeter intrusion detection systems (PIDS).
Perform RF coverage studies for UHF/VHF land mobile radio systems and VSAT satellite communications.
Ensure seamless integration of telecom systems with DCS, ESD, and security operations centers.
Lead Telecommunication Engineer
The Lead Telecommunication Engineer manages the full telecom systems design package from initial concept through commissioning.
Key Responsibilities:
Define telecom system architecture and industrial cybersecurity philosophy for operational technology networks.
Manage telecom package vendors, system integrators, and site installation contractors.
Guarantee system reliability and redundancy across critical communications infrastructure.
13. Flow Lines & Pipeline Engineering Roles
Senior Flow Lines & Pipeline Engineer
The Senior Flow Lines & Pipeline Engineer handles hydraulic design, pipeline routing, wall thickness calculations, and stress analysis for oil, gas, and water injection lines.
Key Responsibilities:
Perform mechanical design of onshore cross-country pipelines in accordance with ASME B31.4, ASME B31.8, and DNV standards.
Conduct pipeline hydraulic modeling (PIPESIM, OLGA) for steady-state and transient multiphase flow.
Design crossing details (HDD, bored, open cut) for roads, rivers, and existing third-party utility corridors.
Specify pipeline material, field joint coatings, corrosion allowance, and pigging launcher/receiver stations.
Lead Flow Lines & Pipeline Engineer
The Lead Flow Lines & Pipeline Engineer oversees the entire pipeline discipline, managing field routing, alignment sheets, and pipeline construction feasibility assessments.
Key Responsibilities:
Direct route optimization studies, pipeline corridor selection, and environmental impact minimization plans.
Lead pipeline procurement packages, including line pipe, main line block valves, and pigging equipment.
Oversee pipeline construction management interfaces, trenching specifications, hydrostatic testing, and pre-commissioning.
Technical Skills and Professional Qualifications Checklist
To qualify for these Senior and Lead Engineering roles in Basra, candidates generally require the following educational background and professional history:
| Qualification / Skill Area | Senior Engineer Requirement | Lead Engineer Requirement |
| Education | Bachelor’s Degree in Relevant Engineering Discipline | Bachelor’s or Master’s Degree in Engineering |
| Experience | 8 – 12+ Years in Oil & Gas Industry | 15+ Years in Oil & Gas Industry (with lead experience) |
| Project Exposure | Major Upstream/Downstream EPC, FEED, Brownfield | Large-Scale Mega-Projects, Multi-Discipline Management |
| Software Proficiency | Specialty Tools (HYSYS, STAAD, Caesar II, ETAP, SP3D) | Project Management, Risk Management & Design Tools |
| Professional Licensing | PE / CEng status preferred | PE / CEng / PMP status highly preferred |
| Regional Experience | Middle East or international field exposure preferred | Proven Middle East / Onshore site execution track record |
How to Apply
If you possess the required technical qualifications, leadership background, and dedication to safety and engineering excellence, WTS Energy invites you to submit your profile for consideration.
Application Instructions
Prepare Your CV: Ensure your resume highlights your specific discipline achievements, software proficiency, project history (FEED, EPC, Commissioning), and Middle East project experience.
Subject Line Requirement: Set your email subject line strictly to the Job Title you are applying for (e.g., Subject: Lead Process Engineer or Subject: Senior Electrical Engineer).
Submit Application: Send your updated resume directly to:
Email:
recruitment.abudhabi@wtsenergy.com
Summary Table: Available Engineering Vacancies in Basra, Iraq
Below is a quick reference table of all active position titles currently open for application:
| Discipline | Senior Roles | Lead Roles |
| Electrical | Senior Electrical Engineer | Lead Electrical Engineer |
| Process | Senior Process Engineer | Lead Process Engineer |
| Civil | Senior Civil Engineer | Lead Civil Engineer |
| Structural | Senior Structural Engineer | Lead Structural Engineer |
| Piping | Senior Piping Engineer | Lead Piping Engineer |
| Corrosion | Senior Corrosion Engineer | Lead Corrosion Engineer |
| HVAC | Senior HVAC Engineer | Lead HVAC Engineer |
| Instrumentation | Senior Instrument Engineer | Lead Instrument Engineer |
| Metallurgy | Senior Metallurgy Engineer | Lead Metallurgy Engineer |
| Risk & Safety | Senior Risk & Safety Engineer | Lead Risk & Safety Engineer |
| Mechanical | Senior Mechanical (Static/Rotating) Engineer | Lead Mechanical (Static/Rotating) Engineer |
| Telecommunications | Senior Telecommunication Engineer | Lead Telecommunication Engineer |
| Pipelines | Senior Flow lines & Pipeline Engineer | Lead Flow lines & Pipeline Engineer |
Maximize Your Job Search Success
When applying for international oil and gas opportunities in Iraq, tailored applications that explicitly demonstrate experience with international design standards and site execution yield the highest interview call-back rates. Submit your CV today to secure your position on these major Middle East development projects!
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