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Graduate Student
Member Number: 48183198
Stanford, CA 94305
Portfolio: http://www.beyond.com/people/48183198
Professional Information
Job Function: Construction & Extraction, Education, Training, & Library
Education: Post Graduate Degree
Experience: 1 – 3 Years
Employment: Any Position Type
Salary: $50-100k
Citizenship: H-1 Visa
Resume
and ***
Objective:
Position in Geophysics or Resevoir Geomechancis within the International
Petroleum Industry
Education:
***
Master of Science, Geophysics, Stanford Univesity, Stanford, CA. GPA: ***/4
***
Master of Science, Rock Mechanics, Faculty of Engineering, Modares
University, Tehran, Iran. GPA: ***/***
***
Bachelor of Science, Mining Exploration Engineering, Shahroud University of
Technology (S.U.T), Shahroud, Iran. GPA: ***/***
Thesis:
Master Thesis
Standord University: Hydro-fracture stimulation using Discrete fractur network
in the Barnett Shale. Laboratory Measurements of Gas Flow in Shales
Master Thesis
Modares University: A geomechanical case study to Estimate the Magnitude
and Orientation of In-situ Stresses in a Zagross Mountain Oil Field in Southwest
Iran.
Graduate Student
Reviwer:
• Journal of Petroleum & Science Engineering, ISSN: *** (***present)
• Journal of Rock Mechanics & Mining Sciences, ISSN: *** (***present)
Experiences/ Research Projects:
Dec *** - Present
• Hydraulic fracture stimulation in the Barnett shale gas using discrete fracture
network
• Laboratory Measurements of Flow in Gas Shale
• Project Manager for Geophysics and Geology at Pey-Sang Consultancy Co
• Research assistant in Modares University (part time)
• Project manager; Nain-Shahroud Gas Pipe & Nain-Tehran Gas Pipe, optimum
trajectory of Gas Pipe according to geotechnical Parameters, Peysang
Consulting Engineering Company
• Deterministic, probabilistic and sensitivity analysis for determination of the
effect of uncertainty/variability of input parameters (pore pressure, water
table and rock strength) on the results of slope stability analysis- limit
equilibrium method.
• Determination of rock mechanics and geomechanics parameters according to
core data in Neka-Ray Project
• Supervisor of exploratory boreholes site; Neka-Ray Project, slope stability
project, Paysang Geotechnical and Rock Mechanics Consulting Engineering
Company
Feb *** – Sep ***
• Rock Mechanics Classification; Estimation of Geomechanics Parameters (Shear
wave velocity, UCS, Pore Pressure, Elastic and Dynamics Modules) from Special
& Routine Petrophysical Data
• Programming a software in MatLab, Well_stab, with following abilities:
• Borehole stability; determination of optimum trajectory in deviated
borehole; optimum mud weight, mud window; tendency for breakout
and tensile induced fracture as function of rock strength and mud
weight
• Orientation of borehole breakout and tensile induced fractures, in
deviated boreholes according to in situ stresses
• Discrimination between natural fracture and tensile induced fracture
with respect to in-situ stress
• Different modes (6 modes) of borehole breakout according to in- situ
stresses
Graduate Student
• Determination of stress polygon for constraining the in situ stresses
• Prediction of critical pore pressure for sand production after depletion
• Likelihood in Fault slip; determination of critical pore pressure for
arbitrary strike and dip angle fault (important in pre-existing fault,
induced micro seismicity, and maximum safe CO2 column)
*** - ***
• Student-work at computer site as supervisor in Shahroud University of
Technology
• Programming an extensive code on “Classification of discontinuity (based on
dip direction and dip angle of discontinuity) with K-Means Method”.
Scholarship/Awards:
***
Michael L. Haider Fellowship, Stanford University, CA
***
Government Fellowship for “Exceptional Student Talent Award”, Modares
University, Iran
***
Received “Exceptional Student Talent Award” as First ranked student in major,
and department in Shahroud university of Tech., Iran
***
Top undergraduate student in BSc program, Shahroud University of Technology
***
Best Student Award from Faculty of Mining, Geophysics and Petroleum for top
marks in BSc courses
Technical Interests: Programming/numerical modeling in reservior geomechanics; in-siu stress
analysis; borehole stability (optimum trajectory and mud wieght in deviated
borehole & casing collapse); pore pressure prediction; sand production;
discrimanition of natural fracture and tensile induced fracture; estimation of
geomechanical parameters from rock physics and well logging data; shearwave velocity anisotropy from DSI and fault seal analysis; and geomechanical
aspect of CO2 sequestration
Skills:
Programming Lang:
Softwares:
C, C***,Visual C# , Matlab7
Flac2D, Phase2, Interactive Petrophysics-SLB, Petrel, Geolog, Rock Secience
Graduate Student
Software (Dips, Roclab, Rockdata , Rocstab), GIS software, ArcView, Surfer***
Golden Soft
Summer Internships:
***
Water & waste water energy department, Shahroud, Iran
Exploration of Underground Water with Geoelectric Method
***
NIOC, Central Division, Tehran, Iran:
Exploratory Well Drilling course and a one-month rig assignment, on an
exploratory well in Dehloran Field, Iran.
Languages:
Hobbies:
Membership:
English, Farsi, and basic knowledge of Arabic
Mountain climbing, football, swimming, photography and traveling
Iranian Society of Rock Mechanics ( ISRM)
Iranian Society of Mining Engineers (ISME)
Publications:
• ***, A.A, ***., M "Determination of the magnitude and the orientation of
in-situ stress from borehole breakout and the effect of pore pressure on
borehole stability – A case study in Cheshmeh Khush Oil Field of Iran", Journal of
Petroleum Science and Engineering, *** (***) ***–***
• ***, A.A., ***, "Estimation of shear wave velocity from well log data", 3rd
Iranian Rock Mechanics conference, *** October ***, Tehran, Iran
• ***, A.A., ***. "Determination of the orientation and the inclination of
tensile induced fracture in deviated borehole" (submitted to “Earth and Space”
– Journal of Geophysics department, University of Tehran, November ***
• ***, A.A., ***. "Determination of the orientation of in-situ Stress in deep
well from borehole breakout, “Earth and Space” – Journal of Science,
Geophysics Department University of Tehran, November ***
References:
Mark Zoback, Stanford University
Tepan Mukherji