Reservoir Engineer with 6 years experience in AFPC(Shell JV at Syria),

Exposure to all aspects of classical reservoir engineering including; risk analysis, material balance, well modelling, production forecasting, well test analysis, reservoir simulation, field reservoir studies, black-oil simulation of mature assets

-Conducting a detailed integrated reservoir study on the Tayanni field to achieve the maximum recovery of oil in the most economic way. (In progress now).
involved with the analysis of raw DST data and, in the analysis of PVT data with the primary purpose of the study to identify a representative sample of the field fluid for evaluation purposes. examined the PVT test result with the objective of obtaining suitable input for reservoir engineering calculations and modelling software (e.g. well performance modelling, reservoir simulation).
·Reconcile monthly well production against well test data
·Allocate production for each reservoir unit, using the available PLT and KH data at each producer
·Allocate injected volumes for each reservoir, using the available PLT and KH data at each injector
·Allocate static pressures for each reservoir and by block using shut-in surveys and RFT information
·Review injector and voidage performances in the reservoir units
·Review well and block connectivity data using production-injector well performances
·Perform Material Balance analysis on a field and block basis. Determine the STOIIP ranges using depletion drive and aquifer drive scenarios
·Reviewed of pressure data to assess the reservoir continuity/compartmentalisation, well test data, possible development scenarios and prospects volumetric Determine
·DUR by Decline Curve analysis at drainage point, well, block, reservoir and field levels.
·Water flood optimization
·Support geologist in defining reservoir layering (sub-division of main reservoir units) in Petrel
·Prepared and analysed the required input simulation data (fluid properties, PVT and EOS reservoir fluid characterisation).
·Load wells and generate Schedule section
·Build and match base case dynamic model (streamline and finite difference simulation):
·Match RFT and BHP
·Match PLT and TDT
·QA/QC of dynamic model
·Define main dynamic uncertainties
·Run NFA forecast with the base-case model
·Forecasting:
- WI optimisation
- Alternative development options

1998 B.sc in Mathematic (Damascus University, Syria)
2000 Diploma in programming science(Damascus University, Syria)