EPC Careers: Engineering, Surveying, and Technical Recruitment Drive for Gulf Infrastructure Projects
The energy and industrial infrastructure sectors in the United Arab Emirates continue to demand elite engineering talent capable of driving massive scale projects from design through commissioning. Ventura EPC, a distinguished name in Engineering, Procurement, and Construction execution, has officially announced a broad recruitment drive across multiple technical disciplines. This hiring initiative addresses expanding field projects, offshore installations, pipeline networks, and facility modernization initiatives across the region.
Engineers, technical specialists, and survey professionals seeking robust career trajectories within high-capacity EPC environments will find significant opportunity in these openings. Positions range from Senior Electrical & Instrumentation Specialists to specialized Site Surveyors, Pipeline Engineers, and As-Built Coordinators. Given the complexity of modern industrial processing facilities, Ventura EPC prioritizes candidates with proven track records in high-hazard, regulated operations where adherence to global engineering standards is mandatory.
Navigating an engineering career move to the United Arab Emirates requires a precise understanding of technical expectations, contractual frameworks, and living parameters. Below, applicants will find comprehensive descriptions for all fourteen featured disciplines, project frameworks, regulatory environment details, and essential financial awareness guidance designed to secure both immediate employment and long-term financial stability in the Gulf region.
Vacancies Overview Summary
| Attribute | Details |
|---|---|
| Hiring Organization | Ventura (Ventura EPC) |
| Primary Work Location | United Arab Emirates (Onshore / Offshore / Office) |
| Industry Sectors | Oil & Gas, EPC Mega-Projects, Energy & Infrastructure |
| Senior Engineer Experience | 10+ Years Minimum Relevant Industrial Experience |
| Engineer & Surveyor Experience | 5+ Years Minimum Relevant Industrial Experience |
| Eligibility Profile | UAE-Based Applicants & International Overseas Candidates Willing to Relocate |
| Joining Preference | Immediate Joiners or Short-Notice Applicants Preferred |
Project Framework & Organizational Context
The Engineering, Procurement, and Construction (EPC) landscape in the Gulf region operates under strict performance metrics, rigorous environmental controls, and intense technical scrutiny. Projects undertaken by organizations like Ventura EPC encompass upstream processing plants, midstream pipeline networks, refinery units, and downstream distribution terminals. Engineering teams must work in seamless cross-functional cohesion to maintain schedule integrity, compliance, and asset safety.
Successful candidates will be integrated into multi-disciplinary teams working on complex engineering deliverables. Whether executing brownfield upgrades on active hydrocarbon units or managing greenfield engineering design packages, candidates must possess a deep understanding of code compliance, safety-critical systems, constructability reviews, and project management methodologies. Modern Gulf infrastructure projects heavily leverage digital twin platforms, integrated 3D modeling systems, and advanced automation, making digital proficiency an essential prerequisite alongside classical engineering fundamentals.
Detailed Open Positions & Engineering Profiles
1. Telecom Engineer
Technical Scope: The Telecom Engineer is responsible for designing, integrating, and maintaining robust industrial telecommunication networks across onshore processing facilities, offshore platforms, and remote infrastructure sites. The scope covers fiber optic backbones, public address and general alarm (PAGA) systems, CCTV security infrastructure, VHF/UHF radio communications, and industrial LAN/WAN networks suited for hazardous operational zones.
Daily Responsibilities: Develop detailed telecommunications design packages, single-line diagrams, and equipment layouts. Conduct site surveys, evaluate network bandwidth requirements, supervise telecom subcontractor installations, verify system integration testing, and troubleshoot operational communication bottlenecks across hazardous area classifications.
Applicable Standards: ITU-T, IEEE, IEC 60079, NFPA 72, and regional telecom regulatory frameworks.
2. Site Surveyor
Technical Scope: The Site Surveyor delivers high-precision dimensional control, topographical mapping, and geodetic alignment data necessary for heavy industrial EPC construction. Scope encompasses pre-engineering surveys, earthworks verification, structural foundation alignment, pipeline corridor mapping, and equipment setting control using modern spatial instrumentation.
Daily Responsibilities: Operate high-precision Total Stations, RTK GPS/GNSS receivers, and 3D laser scanners. Establish project control networks, execute field measurements, process point cloud data, produce detailed survey drawings, and perform ongoing structural movement or settlement monitoring during heavy construction lifts.
Applicable Standards: ISO 17123, RICS guidelines, and local municipality spatial surveying frameworks.
3. Mechanical Rotating Engineer
Technical Scope: The Mechanical Rotating Engineer manages the specification, selection, engineering design, installation support, and commissioning of critical rotating machinery. The equipment portfolio includes heavy centrifugal compressors, multi-stage pumps, gas and steam turbines, expanders, blowers, and associated mechanical seals and lubrication systems used in high-pressure process plants.
Daily Responsibilities: Review client technical specifications, evaluate vendor bids, approve rotating equipment engineering drawings, perform factory acceptance tests (FAT), resolve shaft alignment and vibration issues during pre-commissioning, and oversee field installation activities.
Applicable Standards: API 610, API 612, API 617, API 682, ISO 10816, and ASME standards.
4. Quantity Surveyor
Technical Scope: The Quantity Surveyor executes detailed cost engineering, commercial management, material quantification, and contractual administration for large-scale EPC projects. Scope covers early stage cost estimation, bill of quantities (BOQ) generation, monthly progress valuations, variation order management, and final account reconciliation.
Daily Responsibilities: Measure engineering drawings to extract exact structural, mechanical, piping, and electrical quantities. Evaluate subcontractor payment applications, negotiate variations with client representation, maintain project cost control ledgers, and manage dispute resolution claims backed by detailed contractual evidence.
Applicable Standards: RICS Black Book, FIDIC contract conditions, POMI (Standard Method of Measurement), and NRM.
5. Civil Engineer
Technical Scope: The Civil Engineer designs and oversees structural and civil infrastructure elements within industrial process facilities. Scope includes reinforced concrete foundations, equipment basements, steel structure design, pipe rack support structures, storm water drainage networks, industrial roads, and site grading designs.
Daily Responsibilities: Perform structural analysis and foundation design using engineering software (STAAD Pro/ETABS), review soil investigation reports, coordinate rebar detail drawings, supervise concrete pours on site, verify field structural alignment, and ensure contractor compliance with civil specifications.
Applicable Standards: ACI 318, BS 8110, AISC 360, Eurocodes, and local civil building codes.
6. Fire & Gas Engineer
Technical Scope: The Fire & Gas (F&G) Engineer designs life-safety systems dedicated to early detection of flammable gas releases, toxic gas hazards, and fire outbreaks within processing facilities. Scope encompasses gas detector mapping, flame detector coverage studies, fire suppression system design, and safety instrumented system (SIS) logic mapping.
Daily Responsibilities: Conduct 3D Fire & Gas mapping studies, select appropriate detection technologies (IR, UV, ultrasonic, catalytic), design deluge and firewater piping distribution systems, write cause-and-effect matrix documents, and test safety interlocks during plant commissioning.
Applicable Standards: NFPA 10, NFPA 15, NFPA 72, ISA-84, IEC 61508, and IEC 61511.
Looking for More Jobs?
Explore more Gulf vacancies across Oil & Gas, Engineering, Construction, and more.
APPLY FOR MORE JOBS7. Electrical Engineer
Technical Scope: The Electrical Engineer manages high-voltage (HV), medium-voltage (MV), and low-voltage (LV) electrical distribution networks across EPC plants. Scope includes sub-stations, transformers, switchgear, motor control centers (MCC), emergency generators, UPS units, and electrical heat tracing networks.
Daily Responsibilities: Perform electrical load flow calculations, short-circuit analyses, and relay coordination studies using ETAP software. Size power cables and transformer units, design hazardous area electrical layouts, review vendor documentation, and manage electrical pre-commissioning activities on site.
Applicable Standards: IEC 60079, IEEE 141/399, NFPA 70 (NEC), and DEWA/ADDC utility regulations.
8. As-Built Coordinator
Technical Scope: The As-Built Coordinator ensures that all final engineering documentation, red-line markups, 3D CAD models, and vendor packages precisely reflect the actual physical installation on site post-construction. Scope covers multi-disciplinary red-line verification across mechanical, piping, electrical, structural, and instrumentation domains.
Daily Responsibilities: Conduct field walkthroughs to verify engineered installation against red-line drawings. Coordinate with field construction engineers to record engineering change notes (ECN), update 3D CAD platforms, manage client turnover documentation, and prepare final handover dossiers required for plant startup.
Applicable Standards: ISO 9001 quality management, project document control protocols, and client engineering information management specs.
9. Pipeline Engineer
Technical Scope: The Pipeline Engineer designs, analyzes, and manages high-pressure cross-country pipelines for crude oil, natural gas, refined products, and industrial fluids. Scope includes pipeline route selection, hydraulic calculations, mechanical wall thickness calculations, stress analysis, cathodic protection integration, and trenchless technology (HDD) design.
Daily Responsibilities: Perform pipeline mechanical calculations, review pipeline alignment sheets, specify line pipe materials and coating systems, oversee field welding and non-destructive testing (NDT), evaluate pig launcher/receiver stations, and supervise hydrostatic pressure testing.
Applicable Standards: ASME B31.4, ASME B31.8, API 5L, ISO 13623, and NACE/AMPP corrosion guidelines.
10. Instrumentation Engineer
Technical Scope: The Instrumentation Engineer handles process control elements, field instruments, control valves, safety relief valves, and flow measurement systems. Scope includes specifying pressure, temperature, level, and flow measurement devices, loop diagrams, control system integration, and field cable routing.
Daily Responsibilities: Develop instrument index files, size control valves and orifice plates, write instrument datasheets, review loop diagrams, assist Distributed Control System (DCS) and Emergency Shutdown (ESD) system programming, supervise field calibration, and perform instrument loop checks prior to startup.
Applicable Standards: ISA-5.1, ISA-20, IEC 60529, API 551/552, and IEC 61511.
11. HVAC Engineer
Technical Scope: The HVAC Engineer designs heating, ventilation, air conditioning, and pressurization systems tailored for industrial environments, control rooms, sub-stations, and offshore living quarters. Scope includes specialized blast-resistant HVAC design, hazardous area ventilation, toxic gas isolation, and precise thermal control networks.
Daily Responsibilities: Calculate cooling/heating loads using standard software, select air handling units (AHUs), chillers, and explosion-proof exhaust fans, design ductwork layouts, specify fire and blast dampers, conduct duct leakage testing, and manage testing, adjusting, and balancing (TAB) procedures.
Applicable Standards: ASHRAE fundamentals, SMACNA, NFPA 90A, ISO 15138, and local green building codes.
12. Senior E&I Engineer
Technical Scope: The Senior E&I Engineer provides integrated technical leadership over both Electrical and Instrumentation disciplines across complex project packages. Scope spans power generation/distribution, plant lighting, automated control systems (DCS/PLC/SCADA), safety systems, field instrumentation, and complete package integration.
Daily Responsibilities: Lead multidisciplinary design reviews, resolve technical queries (RFIs) between electrical and control disciplines, manage interface issues with primary equipment vendors, drive engineering schedule alignment, enforce corporate quality standards, and mentor junior engineers during plant turnarounds.
Applicable Standards: IEC, IEEE, ISA, API, and NFPA comprehensive electrical/instrumentation codes.
13. Piping Engineer
Technical Scope: The Piping Engineer designs industrial piping systems, including layout development, stress analysis, material selection, and support structure design for process fluids operating under elevated pressures and temperatures. Scope covers 3D model generation, isometric drawing production, and pipe rack routing.
Daily Responsibilities: Conduct pipe flexibility and stress calculations using CAESAR II software, generate piping material specifications (PMS), review piping isometric drawings, approve support designs, resolve site clash issues in 3D review platforms (Navisworks), and oversee field spool fabrication and alignment.
Applicable Standards: ASME B31.3, ASME B16.5, ASME B16.9, API 570, and MSS SP standards.
14. Mechanical Static Engineer
Technical Scope: The Mechanical Static Engineer specializes in unfired pressure vessels, heat exchangers (shell-and-tube, air-cooled), storage tanks, distillation columns, and flare stacks. Scope includes mechanical calculations, material selection, fabrication verification, and pressure design under internal and external loading conditions.
Daily Responsibilities: Execute pressure vessel calculations using PV Elite or COMPRESS software, review vendor fabrication drawings, evaluate non-destructive evaluation (NDE) procedures, participate in shop inspections, and supervise mechanical installation, field alignment, and hydrotesting of static units.
Applicable Standards: ASME Section VIII (Div 1 & 2), ASME Section II, API 620, API 650, and TEMA standards.
United Arab Emirates Work Environment & Country Guide
Relocating to or continuing a career in the United Arab Emirates offers engineers an opportunity to work on world-scale engineering infrastructure projects within a dynamic, tax-efficient economy. The UAE maintains high safety standards, sophisticated city infrastructure, and progressive industrial legislation. However, candidates must remain well-versed in legal, contractual, and operational requirements governing employment in the country.
Labor Law & Regulatory Framework
Employment in the UAE is governed by Federal Decree-Law No. 33 of 2021 regarding the Regulation of Employment Relationships, as amended. Key legal elements include:
- Contract Types: Standard employment contracts in the private sector are fixed-term contracts, typically renewable upon agreement between both parties.
- Probation Period: The statutory probation period cannot exceed six months. Employers or employees must provide written notice prior to terminating employment during this phase as dictated by law.
- Working Hours & Overtime: Standard working hours are 8 hours per day (40–48 hours per week). Any additional time worked is classified as overtime and must be compensated in accordance with statutory pay adjustments.
- End of Service Gratuity: Employees completing at least one year of continuous service are entitled to End of Service Benefits (EOSB), calculated based on basic salary components for every completed year of employment.
Visa & Document Attestation Process
To legally reside and work in the UAE, candidates must undergo official residency visa processing managed through the Ministry of Human Resources and Emiratisation (MOHRE) and the Federal Authority for Identity, Citizenship, Customs and Port Security (ICP):
- Document Attestation: Engineering degrees and diploma certificates must be authenticated by the issuing country's Ministry of Foreign Affairs, accredited by the UAE Embassy in the home country, and legalized by the UAE Ministry of Foreign Affairs (MOFA).
- Entry Permit & Medical Fitness: Once an employment offer is formalized, an entry permit is issued. Upon entry into the UAE, candidates complete a mandatory medical fitness test (blood tests and chest X-ray) and biometric screening for the Emirates ID card.
- Professional Engineering Registration: Depending on the emirate and project scope, engineers may be required to register with municipal bodies (such as Dubai Municipality or Abu Dhabi Department of Municipalities and Transport) or obtain Society of Engineers membership.
Living Conditions & Cultural Integration
The UAE provides exceptional living infrastructure, advanced health healthcare systems, world-class transportation, and a multicultural community. Accommodations vary from modern urban apartments to dedicated company residential camps for field construction projects. Essential considerations include:
- Housing Options: Site-based roles often provide employer-sponsored camp accommodations or housing allowances. Office-based engineers receive housing stipends built into total cash compensation packages.
- Climate Adaptation: Summer temperatures frequently exceed 45°C (113°F) with elevated humidity. Midday work bans outdoors during summer peak hours are strictly enforced by MOHRE to protect site personnel from heat stress.
- Cultural Norms: While highly cosmopolitan, the UAE is an Islamic country. Professionals are expected to respect local laws, dress modestly in public, and adhere to social guidelines, particularly during religious observances such as Ramadan.
Comprehensive Financial Education & Wealth Management for Expatriates
Earning an expatriate salary in the Gulf region creates strong opportunities for long-term wealth building, provided professionals manage income with discipline, strategic planning, and risk awareness. Higher disposable income without local personal income tax can lead to spending inflation if financial boundaries are not proactively established.
Practical Budgeting & Cost Control
Adopt a structured budgeting framework, such as the 50/30/20 allocation rule customized for Gulf expatriate realities:
- 50% Essential Living Costs: Allocate no more than half of net income toward non-negotiables, including housing rental, utilities, groceries, transportation, school fees, and basic health insurance co-pays.
- 20% Personal Expenses: Allocate funds for discretionary spending, social outings, international travel home, and personal hobbies.
- 30% Savings & Wealth Building: Automatically direct at least thirty percent of monthly compensation toward debt payoff, cash reserves, and long-term investments.
Building a Solid Emergency Fund
Living abroad carries unique contingency risks, such as contract transitions, unexpected medical needs, or family emergencies in your home country. Maintain a liquid emergency savings account holding **3 to 6 months' worth of essential living expenses** in an easily accessible bank account. Avoid locking emergency cash reserves into illiquid investments or high-risk instruments.
International Money Transfers & Remittances
Expatriates frequently send funds to home accounts. To minimize transfer losses:
- Compare exchange rates across regulated foreign exchange houses and digital remittance apps rather than relying solely on standard bank wire transfers.
- Schedule routine monthly transfers to capitalize on average exchange rate fluctuations rather than attempting market timing.
- Beware of excessive intermediary bank fees on multi-currency transfers.
Investment Education, Asset Allocation, and Managing Risk
Building long-term wealth requires putting surplus cash to work while taking full personal ownership of risk decisions. Always follow sound financial principles:
- Mutual Funds & Index ETFs: Diversified, low-cost broad-market index funds and Mutual Funds (equity/fixed income) provide consistent historical exposure to global economic growth without placing all capital into individual speculative stocks.
- Gold & Precious Metals: Physical gold or gold exchange-traded funds serve as traditional hedges against inflation and currency devaluation. Allocate a small, conservative percentage of a portfolio (e.g., 5% to 10%) to precious metals for portfolio stabilization rather than aggressive speculation.
- Equities & Trading: Stock market trading and derivative instruments carry significant risk of capital loss. Candidates engaging in active trading must do so entirely at their **own risk and responsibility**, relying on independent financial literacy rather than emotional market noise or online tips. Avoid high-leverage products unless fully qualified to assess financial exposure.
- Health & Term Life Insurance: While employers provide mandatory medical insurance under UAE law, expatriates with dependents should evaluate supplemental term life insurance and critical illness policies to ensure full cross-border family protection regardless of employment status.
Engineering Interview Preparation & Strategic Advice
Securing a position with an EPC organization like Ventura EPC requires technical clarity, crisp presentation, and verifiable project success metrics. Candidates should prepare for technical and behavioral interviews using the following guidelines:
1. Master Discipline Specifics & Code Compliance
Be prepared to discuss specific standards relevant to your field (ASME, API, IEC, IEEE, NFPA, ISO). Expect technical interviewers to present scenario-based engineering challenges, such as troubleshooting equipment failures, resolving design clashes, or performing pressure vessel stress modifications on active sites.
2. Structure Answers Using the STAR Methodology
When presenting past project experience, utilize the **Situation, Task, Action, and Result (STAR)** technique. Clearly define the technical problem, your exact role, the tools or engineering methodologies applied, and the quantifiable operational outcome (e.g., reduced commission schedule by two weeks, cut material costs by 12%).
3. Highlight Safety & Regulatory Commitment
Safety is the primary operating priority across Gulf oil & gas projects. Emphasize your personal commitment to Process Safety Management (PSM), Hazard and Operability studies (HAZOP), Risk Assessments, and Quality Management protocols (ISO 9001/45001) during field execution.
How to Apply
Qualified engineers, specialists, and surveyors who meet experience criteria (10+ years for Senior Engineers; 5+ years for Engineers and Surveyors) are encouraged to submit updated applications. Candidates must ensure their CV clearly outlines relevant project scopes, specific engineering software proficiencies, client references, and current location/visa status.
To Apply: Send your updated CV directly to admin@venturaepc.com
ALERT: IMPORTANT NOTICE & JOB SCAM WARNING
- Informational Purpose Only: This publication is provided strictly for educational and job notification purposes. We are not a recruitment agency, staffing broker, or employer representative.
- Zero Placement Fees: Genuine recruitment process costs in accordance with UAE Labor Law are borne entirely by hiring employers. **Never pay cash or transfer money** to anyone for job applications, interview bookings, medical scheduling, administrative processing, or visa issuing fees.
- Avoid Job Scams: Legitimate companies like Ventura EPC will never issue formal job offers without structured technical interviews, nor will they request money transfer payments via western transfers, personal bank accounts, or digital crypto wallets. Protect your financial security—report fraudulent agency claims immediately.