Geoscientist, Reservoir modeling, Reservoir Geologist

7 years experience in Modeling, Apply different stochastic and deterministic methods for reservoir characterization. 16 years experience in Structural interpretation, reservoirs evaluation integration using 3D seismic modules

•January 2007- Present, Scglumberger DCS-CS, Geoscientist, Tripoloi- Libya
-Responsible for modeling, updating and follow up for two fields in a Waha Company, a local Libyan joint venture company. Work in house at waha as a disk engineer for planning department. Job envolves Field characterization, modeling, reporting and planning for futures phases.
•June 2001- Dec. 2006, Schlumberger DCS-CS, Geoscientist, Cairo-Egypt
-Proficient in using the Petrel modules for 3D reservoir modeling and characterization.
-Construct structural framework for fields drilled by 1 upto 277 wells and perform both structural modeling and characterization for clastic and carbonate reservoirs in the DCS-CS areas of study. Such tasks involve;
-Integrate well data with 2D and 3D seismic data to construct a structural &/or stratigraphic framework model.
-Evaluation of reservoir structures and leads in different areas and quality control results.
-Apply different geostatistical deterministic and stochastic approaches for realizations in population and constructing properties of reservoir units suing variograms and histograms.
-Bakr_Amer Field, Gulf of Suez, Egypt. Built a static model for the field, which has high structural complications. The field was drilled by 191 wells and modeled using GeoFrame modules (CPS-3, FW3D and P3D). The project involved structural mapping using essentially well data. 3D seismic data was excluded due to poor imaging and processing as well as deficient of velocity data.
-Gharib Field, Gulf of Suez, Egypt. Drilled by 277 wells having 6 successive clastic and carbonate reservoirs. Highly structural complications with minimum contribution to the 3D seismic, due to poor seismic quality, during structural modeling. Dual porosity model was essential to overcome production problems. A technique was implemented to construct a fracture model through data compilation and normalization of faults, production and mud losses data. A fracture model was combined as an normalized intensity model and was eventually quantified. He quantified model was edited and revised as a history match process evaluation.
•1998– 2001, Devon Egypt, Inc., Senior Geologist
-Participated in the evaluation and generation of leads and prospects in the company’s concession areas, Gulf of Suez, using both Geological and Geophysical data available in area.

•Kuwait University, B. S. Geology (May 1990)
Grade: Top Class, MPA 3.67/4.0 ( A-), GPA 3.08/4.00 ( B+) .
•Cairo University / Amsterdam University, MSc. , (March 2003) - with supervision from Amsterdam University- Petroleum Geology.
Thesis Title: Subsurface Integrated Geological & Geophysical Study on the RR-Structure, Gulf of Suez.
•Started Masters; Reservoir Engineering, on Jan. 2007, Harriot Watt Petroleium Institute, due to End, by approximately end of 2009

•Kuwait University, B. S. Geology (May 1990)
•Cairo University / Amsterdam University, MSc. , (March 2003)

Publications:
•Yousef, S., Moustafa, A.R., Fahmy, I., El-Banbi, Ahmed H., Aly, A.M., Emara, M., and Alhomosany, A.: “An Integrated Approach To Optimizing a Large Asset - Static Modeling,” paper presented at the 2002 AAPG International Conference & Exhibition, Cairo, Egypt, Oct. 27- 30, 2002.
•F. Allam, A. El-Banbi, S. Bustami, T. Saada and Fahmy, I. :“History Match Tuning Through Different Upscaling Algorithms”. SPE paper- in press.
•I. Fahmy, Y.Z. Ma, A. Daoud, F. Allam, E. Gomez, S. Yousef, S. Bustami, A. Zeina, A. Ali, H. Nassar, “Modeling a Fractured Reservoir for a Brown Field by Integrating Geologic and Production Data”. Oral presentation AAPG Bahrain conference, GEO 2006 and Reservoir Symposium 2006, KL.

Martial Status:
Married, have two children (Reem 6 years, Rana 4.5 years)

Languages:
Arabic and English