EDUCATION
Heriot-Watt University Edinburgh, United Kingdom
-Master of Science in Petroleum Engineering September 2013
--GPA: 3.5/4.0
--Relevant Coursework (Grade): Individual Project/MSc. Thesis (A), Reservoir Engineering (A), Reservoir Simulation (A), Petroleum Economics (A), Production Technology (A-), Formation Evaluation (B+), Well Testing (B), Petroleum Geoscience (B), Drilling Engineering (B), Field Design Project (B)
--Petroleum Software: ECLIPSE, PETREL, IHS QUE$TOR, RE STUDIO, WELLFLO, PANSYSTEM
Queens College, City University of New York New York, NY
-Bachelor of Arts in Applied Mathematics and Comparative Literature February 2011
--GPA: 3.3/4.0, Dean’s List Fall 2006, Spring 2009
--Relevant Coursework (Grade): Ordinary Differential Equations (A), Advanced Calculus (A-), Modern Physics (A-), Thermodynamics (A-), Multivariable Calculus (B), Probability & Statistics (B+)
WORK EXPERIENCE AND PROJECTS
Halliburton Worldwide Limited Abu Dhabi, U.A.E.
-Production Enhancement: Engineering Intern May ‘12–Aug ‘12
-Oil Well Stimulation and Cementing
--Designed more than 40 product recipes for diverting material used for stimulation and work-over operations containing a new cost-effective gelling agent; published results in Halliburton’s global technical bulletin
--Conducted Static Gel Strength (SGS) and High Pressure High Temperature (HPHT) tests for the designed recipes to determine set times and bottom-hole efficiency of the gelling agent
--Evaluated 20 cement slurries and spacers to identify recipes that can contain the new gelling agent without affecting the required rheology and thickening time; ran HPHT, compressive strength and fluid loss tests to determine compatibility
--Updated company bulletin and other technical documents for Halliburton’s stimulation division in Abu Dhabi
Senior Field Design Project Heriot-Watt University
-North Sea Field Development: Team Lead May ’13 – Jul ‘13
-Reservoir Characterization, Reserves Estimation and Economic Evaluation
--Managed a team of 7 people; assigned roles, delegated tasks, developed schedules and coordinated meetings
--Analyzed field contour maps, logs, SCAL and PVT data for reservoir and recovery mechanism characterization; constructed variograms and Lorenz plots for outlining permeability and porosity distribution
--Calculated minimum(P90), most likely(P50) and maximum (P10) reserves using deterministic and probabilistic methods; ran 6 different sensitivities on STOIIP to determine critical parameters contributing to uncertainty
--Evaluated results of Pressure and Rate Transient Analysis for fa...
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