Petroleum engineer

Seeking a challenging position as Field Engineer which I can make contributions to the team by apply my skills and expertise in Petroleum Engineering

ï?± 2005-2006: RIPI (Research Institute of Petroleum Industry), PVT Labarotary, Tehran, Iran. It is notable that RIPI is the only one research center in Iran, which does services to the National Iranian Oil Company and other companies by the projects which are proposed according to the contracts between them. The tests which I have been involved with in PVT laboratory are routine reservoir fluids testing: Preliminary PVT Test, Constant Volume Depletion (CVD) Test, Constant Composition Expansion Test (CCE), Recombination, Separator Test, Viscosity Test, Bottom Hole/ Surface Sample Evaluation Test, Bubble and Dew Point determination and also Onset determination of Asphalting Precipitation . All of these tests have been done by Oil-Phase DBR equipments (Schlumberger) and/or by Three-Window Ruska equipment.
ï?± 2000-2001: Schlumberger, logging section, Bushehr, Iran
ï?± 1999-2000: National Iranian Oil Company, production engineering for Karoun oil field, Ahwaz, Iran

ï?± M.Eng. Resevoir Engineering, University of Calgary, Canada, Nov.2006
ï?± B.Sc in Petroleum Engineering, Abadan Institute Of Technology (AIT), IRAN (name changed to Petroleum University Of Technology), Sep.2003

TRAINING COURSES:
ï?± 2003 (April) : TOTAL, working on South Pars project (phase 2&3)
ï?± 2003 (July) : Underbalanced Drilling, taught by Dr.Ghalambor, Tehran, Iran
ï?± 2004 (September) Saphire training course under supervision of Dr.Pooladi-Darvish-Calgary(Canada)
ï?± 2005 (January): CMG course under supervision of Mr.Behbahaninia (Engineering Director of KPE, Tehran, Iran

SPECIAL PROJECT WORK:
� M.Sc thesis, “Block-to-Block interaction effect in Naturally Fractured Reervoirs, under the supervision of Dr.Pooladi-Darvish at University of Calgary, Canada, for which I received A. Gravity drainage mechanism was modelled in Visual Basic for Application (VBA). The assumptions of this work are 1-D model, under constant system pressure, fluid viscoisties are constant and fluids are incompressible. The main conclusion of this work is that trickled oil from blocks above always prefers to reinfiltrate in to the matrix blocks below rather than flowing through the fractures. This thesis received the highest grade among my peers, who worked on this topic as a thesis. It is notable that the paper which come out of this project has been accepted by SPE (#101733).