Fatimah AlTarrah

Field Management & Business Planning

• Developed and continuously optimized the 10 year business plan, guiding field requirements, rig scheduling, surface facility projects, and budgeting to ensure meeting production targets.
• Led technical studies on complex carbonate reservoirs, integrating dynamic (pressure, and production) and static (petrophysical) data to deliver short and long-term field development and data collection plans aimed to maximize recovery.
• Planned and ensured the deliverability of monthly production and injection targets to meet demand and maintain stable field performance.
• Assessed the maximum sustainable production rates, defining value-maximizing production limits based on reservoir characteristics and surface handling capacity.

Reservoir Engineering & Performance Evaluation

• Developed a diagnostic methodology that utilizes real-time thermal signatures to evaluate injection stability and intake capacity, enabling zero-cost injection monitoring and proactive field management.
• Optimized well placement and completion design through vigilant planning, utilizing geological models and performance data, which ensures successful delivery of production targets with minimal operational risks.
• Generated future production forecasts by integrating field-level simulation models with development plans, guiding long-term capital allocation decisions.

Business Continuity and Operational Efficiency

• Managed administrative level lower completion requirements; including forecasting material requirements to ensure proper supply planning and business continuity.
• Played a key role in a department-level initiative aimed at optimizing data collection requirements through analyzing historical data to propose data collection guidelines.
• Re-evaluated key monitoring wells for isobaric map generation to enhance pressure surveillance and reduce uncertainty.

• Analyzed real-time LWD (Logging-While-Drilling) logging data to drive timely operational decisions.
• Produced customized logging programs tailored to specific reservoir characteristics and operational objectives.
• Conducted detailed invoice reviews achieving $50k in cost savings through identified errors in issued tickets.
• Conducted extensive data preparation and preprocessing to support the development of an NMR-based bound fluid volume prediction model, enabling accurate formation evaluation while reducing logging requirements.
• Directed a department-level organizational initiative to streamline knowledge transfer to new hires, accelerating the technical onboarding of new engineering hires.

• Developed fluid compositional models that capture field-observed fluid changes with depth.
• Calibrated equation of state parameters, focusing on matching viscosity, density, and formation volume factor to ensure the model accurately captures the measured fluid behavior.
• Conducted dynamic history matching on mobility, which included the evaluation of effective permeability in a dual-porosity/dual-permeability models to better capture the flow dynamics.
• Evaluated multiple field development scenarios by modeling various injection scenarios and completion depths, yielding an optimized development plan that maximized recovery at the lowest cost.
• Quantified flux between stacked reservoirs by testing three distinct communication scenarios in a dual-porosity/dual-permeability model, calibrating the material balance against average field and formation tester pressure data.

• Developed sidetrack proposals for several wells through comprehensive area evaluation and collaboration with geologists on directional planning to optimize well performance.
• Minimized water production and supported business objectives by engineering and administering water shut-off jobs.
• Executed decline curve analyses (DCA) to evaluate the performance of several well completion designs, translating historical data into actionable recommendations for future well planning.
• Monitored drilling activities across the field, ensuring compliance with operational objectives and the successful delivery of wells.