Specialist, Reservoir Engineering
Job Purpose Analyze wells/reservoirs performance and production forecasts/requirements of various development options. Apply integrated approach involving geo-science, reservoir, petroleum engineering, drilling & completion & surface facilities and develop surveillance plans to monitor field performance & the preferred option to enhance production & maximize recovery. Job Specific Accountabilities (Part 1) Develop improved production and completion strategies, workover plans aimed at enhancing production. Analyze performance of existing wells/reservoirs & potential development concepts and recommend alternative Improved Recovery Options to enhance production & maximize recovery. Apply integrated approach involving geoscience, reservoir management, drilling & completion to properly assess wells/reservoirs performance, identify potential risks and uncertainties, develop mitigation actions including: optimization of wells locations, numbers, architectures and completion designs. Design pilots/appraisal wells and data acquisition plans required to reduce risks and uncertainties and narrow down development options. Include business case for pilot implementation & data acquisition based on ‘value of information’. Design & analyses of SCAL/PVT laboratory studies. Participate in integrated reservoir characterization studies. Evaluate and optimize development schemes. Use fundamental reservoir engineering techniques and integrate dynamic and static data to optimize sweep efficiency. Supervise/Conduct single well and sector model studies for performance evaluation of different completion designs & recovery processes. Job Specific Accountabilities (Part 2) Critically review Field Development Plans and actively challenge subsurface, facilities, drilling, and commercial assumptions through independent technical validation. Lead technical assurance of FDP maturity, including assessment of uncertainty, risk integration, and readiness for investment decision. Influence development concepts and key assumptions prior to FDP submission through early operator engagement and technical alignment sessions. Assess technical and economic risks, ensuring clear linkage between subsurface uncertainty, development concept, and value delivery. Support governance and approval processes including BLC, IC, and shareholder forums, providing clear and defensible recommendations. Provide integrated cross discipline evaluation across subsurface, drilling, facilities, and commercial elements to ensure optimal development concept selection. Validate operator forecasts and development cases through independent benchmarking, scenario testing, and reproduction where required. Identify value optimization opportunities and challenge sub optimal development plans to maximise recovery and economic return. Monitor execution against approved FDPs and ensure alignment with agreed technical and economic objectives through structured reviews and milestone tracking. Provide clear, concise, and defensible recommendations to senior management to support investment decision making. Job Specific Accountabilities (Part 3) Proven experience in full Field Development Plan review, challenge, and endorsement within a governance framework. Strong experience in subsurface and integrated development planning, including uncertainty management and risk-based decision making. Economic and commercial evaluation of upstream oil and gas developments, including scenario analysis and investment screening. Demonstrated ability to integrate subsurface, drilling, facilities, and commercial inputs into a coherent development recommendation. Experience supporting senior governance forums and influencing investment decisions at asset or portfolio level. Experience working with or challenging international operators and joint venture partners. Strong analytical capability with demonstrated ability to interrogate technical models, forecasts, and assumptions. Excellent stakeholder management skills with the ability to challenge constructively and influence technical outcomes. Minimum Qualification Bachelor Degree Petroleum Engineering. Minimum Experience, Knowledge & Skills 8 years of experience in field development activities, simulation studies, new technology assessment to enhance production. Professional Certifications As applicable. Work Condition, Physical Effort & Work Environment Physical Effort Minimal Work Environment A/C environment, could be exposed to the prevailing weather conditions like heat, humidity & dust during occasional site visits. Additional