Intelli-Source Candidate # NA-4851717351

Oil Asset Manager – Reservoir Engineer

Development oil and gas engineer with 25 years of experience in maximizing Oil and Gas assets, analyzing oil and gas investments, building complex field & financial models, bridging technology, and global project management. 

ACHIEVEMENTS

·         Exceptional technical analysis skills: Technical & financial experience as a staff and supervisory Reservoir Engineer with major and smaller oil companies.  Research experience at MIT and Yale Universities and Occidental. Example – Russian Oil and Gas investment – valued at $579 Million successfully developed.

·         experienced Oil Assets manager:  Maximize oil investments by finding opportunities, creating dynamic field acquisition options, developing efficient solutions and system metrics for operating units in multiple industries (Oil & Gas and Energy). Valuation team member of group that valued assets for two IPOs.

·   Seamless Process Specialist: Skilled at entering organizations and supporting company’s change process by identifying and adding value.  Facilitated review of National Hungarian Oil Company’s Producing Fields and Commercial and Industrial facilities valued in excess of $389 million.

·   Team Manager: Strong melding approach to managing communication with senior management, operations, and asset management team, and investors. 12+ years managing multi-disciplinary teams (100+) through deadline sensitive and complex ($100 million+) venture development process.

·         Green/Alternative Energy Expert–National Speaker: 25+ years providing consulting, field oversight, and structured financing for environmentally sensitive projects and facilities internationally and in the US.

EXPERIENCE

Confidential Company   (2000 – Present)

Senior Engineer 

§  Senior Engineer for Pacific Rim with responsibility for developing new investment projects, business modeling and metrics, pre- and post- funding support, for the venture fund and business partners worldwide.  Recommended fund acquisition of non-US Oil and Gas, Real Estate, and Energy investments.

§  Oil and other projects developed include a number of “Concept to Completion” projects.  Large scale projects include seven projects valued from $117 to $334 million – Russia, Brazil, Eurasia, and China.

§  Assist Asian Funds with investments in the US and US investors internationally several groups with Workouts and Acquisitions, reserve valuations and deal structuring of Oil and Energy Assets ($100 M+).  

§  Reservoir Engineering analysis (2008) includes Technical Lead for acquisition evaluation of Eastern Europe heavy oil and Mississippi fields including reserve & economic evaluation, drilling, waterflood, & workover plans.

§  Direct high impact analysis of Environmental and Energy Cost Reduction opportunities projects including new technology, power plants, and environmental microbial cleanup projects in US, Eurasia, and Pacific Rim.

Confidential Company   (2001)

·      Developed electricity price forecasting/simulation system for large utility to support macro and micro decisions power scheduling.  Simultaneously taught Finance and International Business as Associate Professor at WIU.    

Major University – Guest Lecturer, New Orleans, LA (1998–2000)

Production Engineer

·         Reviewed and approved designs of deep water Oil platforms in the Gulf of Mexico.  Guest Lectured at Major University.

 Confidential Company, Dallas, TX (1992 – 1997)

Development and Reservoir Engineer

·         Developed one of five top Russian Oil projects showcased by US VP Al Gore & Russian PM Chernomyrdin.

·         Development team successfully analyzed, negotiated, acquired, structured, and developed several Russian Oil fields with real estate properties with net value of $637 million and grew from 3 employees to several hundred.

·      Responsibilities included field development plans and budgets & reserves valuation of 1+ Billion Bbls of oil fields. Developed complex structure models and financials including sensativity studies, history matching, and reservoir simulation of new and partially depleted reservoirs, and exploration assets acquisition with limited data.  

·         Worked with geoscientists recommending numerous new-drill, overlooked zones and structure opportunities.

·      Designed & implemented high profile solution for enviromental cleanup problem for several oil fields. 

Confidential Company, Tulsa, OK  (1986-1992)

Senior Reservoir Engineer

§  Managed technical analysis and valuation of oil and gas assets valued in excess of $397 million. 

§  National internal expert on best practices for technical review and organization-wide technology upgrades.

§  Technical analysis included volumetric field valuation and economic analysis (ARIES) of several hundred oil properties in OK and Texas.  Reservoir modeling included material balance, history matching, and reservoir simulation, and optimization of reservoir depletion planning including secondary and tertiary EOR techniques.

Confidential Company, Budapest, Hungary    (1991)

Valuation Consultant

§  Developed restructure plan including technical groups transition program and oil asset audit for national oil company with 30,000 employees and international operations shifting from socialist to international standards.

OCCidental Petroleum, Tulsa, OK    (1984-1986)

Corporate Strategic Planner and Research Associate

§  Management team developed strategic plan and production optimization program for west coast field. 

§  Performed petrophysical analysis of core samples for sweep efficiency and stress fracing of international fields.

exxon/Mobil, Midland & Houston, TX  (1980-1983)

Regional Economic Analyst & Strategic Planner

§  Completed optimization study of Permian waterflood programs; reduced operating expenses by 15%.

 EDUCATION

Memberships

SPE, CFA Institute, CCIM, Rotary International

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Intelli-Source Candidate # NA-1295479029

Reservoir Engineer

SUMMARY OF QUALIFICATIONS 

• · Diversified petroleum engineering experience including Reservoir, Drilling, Completion, Production, and Operations.
• · Reservoir management, pressure transient analysis, fluid property analysis, numerical reservoir simulation, reservoir characterization, understanding of surface/facility issues, and excellent knowledge of production engineering.
• · Extensive experience with decline curve, volumetric, and material balance reserve evaluation, surveillance analysis, nodal analysis, and well test analysis.
• · Strong experience in optimization of mature fields, field development planning, well performance forecast and modeling, forecast production and reserve estimation, risk and economic analysis.
• · Experience with open and cased hole log analysis.
• · Uncommon organizational skills to plan and execute studies.
• · Excellent communication skills-written, verbal, and presentation.
• · Remarkable ability to work in multi-disciplinary teams consisting of drilling, completion, reservoir, and production engineers.

PROFESSIONAL EXPERIENCE

 Contract Petroleum Engineer 2009 – Present 

Developed program to return 400 Panhandle Field wells to production for a small independent oil company that purchased 17 leases in Carson and Hutchinson County, Texas. Determined repair work of production equipment ranging from tank batteries, flowlines, pumping units tubing, rods, and downhole pumps needed to return wells to production. Prepared detailed workover procedures including additional perforations, stimulation, cost estimates, and established priorities for returning inactive wells to production. Reactivation of first ten wells increased production from 20 BOPD & 50 MCFD to over 50 BOPD and 125 MCFD at a cost of $6,500 per well. 

 Consulting Engineer 1994 – 2009

Worked with Sol Smith Petroleum Engineer Inc. in Austin, Texas. Prepared Railroad Commission research, walk-through permitting, State agency research, and regulatory compliance reviews. Provided turn-key saltwater disposal permitting, production and completion report filing, and other professional services and consulting.

Worked with various civil engineering firms and municipalities throughout Central Texas. Designed streets, drainage, and piping required for fresh water and sewer systems for residential and municipal projects. Prepared construction drawings, cost estimates, and engineering reports for City, County, State, and Federal regulatory approval. Reviewed and prepared comments for proposed Planned Development Districts (PDD), annexation, preliminary and final plats, subdivision/site development, and site development plans for compliance with City, County, State, and Federal regulation and acceptable engineering practices. Provided office and field engineering support for all approved water, wastewater, street, and drainage capital improvement projects funded by certificate of obligations. Reviewed and recommended payment for all consulting engineering and construction contract pay requests. Managed and directed daily activity of City’s engineering and inspection personnel.

Senior Petroleum Engineer for J.M. Huber 1982-1994

Provided reservoir, production, drilling, remedial, and completion engineering for all phases of well production from drilling, completion, remedial and workover, and abandonment operations. Worked closely with exploration department to determine potential reserves and economic evaluation of exploration prospects and property acquisitions. Prepared well drilling prognosis specifying total drilling depths, casing sizes, cement and drilling mud programs to allow well to be drilled in accordance to the latest Field and Statewide Rules. Prepared recompletion, workover recommendations and procedures, property evaluations, reservoir studies, reserve and production forecasts, economic analysis, and plugging procedures for company’s exploration and production activities. Evaluated downhole electric logs, determined perforation intervals, and made casing point election recommendations Evaluated producing properties to identify potential unexploited reserves. Worked with engineering consultants on special projects and preparation of annual company reserve reports. Monitored daily production and prepared workover and re-completion procedures to improve production. Worked with production foremen to reduce monthly operating expenses. Prepared final well analysis for marginally economic oil and gas wells. For wells with no uphole recompletion or stimulation potential, recommendations were made to either plug and abandon the property or place it for sale.

Production Engineer for Conoco and Tenneco 1976-1982

Provided a broad scope of subsurface and production engineering in conjunction with exploration and other departments to help maximize the company’s profitability through maintaining production levels and minimizing operating expenses in a safe and environmentally sound manner. Evaluated and recommended downhole corrosion prevention, artificial lift optimization, surface facility expansion, chemical treatment optimization, compression, and automation. Prepared well Repair & Maintenance and workover procedures, cost estimates, project economics, and AFE documentation for submittal to management. Provided onsite technical support to ensure quality control during critical operations such as logging, perforating, cement squeezing, and stimulation. Provided onsite supervision of all special well work operations from drilling to plugging. Ensured compliance with all company policies, procedures and plans with federal, state and local regulations.

 COMPUTER SOFTWARE EXPERIENCE

• · MBAL and Oil Water Gas Water Material Balance software.
• · POGO/PROPHET/ARIES/PEEP Economics
• · OFM (Oil Field Manger) Schlumberger software.
• · Knowledge of Saphire, PanSystem, and Welltest 200 Well Test Analysis software
• · Open & Cased Hole Log Analysis Programs
• · FlowMaster Pressure Pipe Design
• · MSWord, Excel, AutoCAD software, 2

EDUCATION

Oklahoma State University,

Bachelor of Science in Mechanical Engineering

• · Received major oil company training in reservoir engineering, water flooding operations, artificial lift equipment selection, production system design, open and cased hole logging programs and interpretation, completion and remedial procedures, acidizing and fracturing stimulation techniques, technical writing, and economic analysis.

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Candidate # NA-3785682434

Sr. Reservoir Engineer

                                                                                Summary

Since 1980, worked on a variety of oil, gas and gas-condensate reservoirs, in clastic and carbonate formations. Tasks included drawing development plans for new reservoirs, management of mature assets, and evaluations of prospects. I have used simulation extensively, and come to recognize that models may be of little value, unless they are based on reliable logging, PVT, special core analysis, and transient well test data, plus thorough reservoir characterization. My aim has always been to optimize recovery, reduce costs, and in general, propose pragmatic development, and workover plans. Similarly, regarding evaluations, I have always sought to present objective assessments, based on the available data, and the performance of analog reservoirs.

                                                                              Experience

2007- 10/2010. At  the Houston  office  of  BHP-Billiton,  completed  history  matching  the  performance  of  three reservoirs of  the Angostura Field, in Trinidad  and Tobago. Heavy  faulting and  the  need  to  incorporate a pipeline system  to  the combined  model  made  the  project extremely challenging. Angostura has  a STOIIP of  300 mmstb  and  a GIIP of 900 bscf.

Marathon Oil 1984-2007

1998-2007. At the Lafayette, and Houston offices of Marathon Oil Company, worked on the following projects:

-NC-98 Reservoir in Libya. Geology: Clastics. Reservoir fluid: Wet gas and volatile oil. GIIP: 3.0tscf.  STOOIP: 1.0 billion barrels. Responsibilities: Liaising with laboratories to set up PVT and SCAL experiments, evaluation of existing PVT, special core analysis, and well test data, plus drawing alternative development plans involving different plateau rates, for reservoir pressure blow down, and gas recycling scenarios.

-Faregh Reservoir in Libya. Geology: Clastics. Reservoir fluids: Oil and wet gas. GIIP: 7.0tscf STOIIP: 1.5 mmstbo. Responsibilities: Well test analyses, and evaluation of different development scenarios using the ECLIPSE 200, and ECLIPSE  300 software.

-Defa, and Darra-Joffra reservoirs in Libya. Geology: Clastics. Reservoir fluids: Oil and  gas. Defa STOIIP: 9.0 mmstbo. Darra-Joffra STOOIP: 4.5 mmstbo, GIIP: 1.8 tscf. I was a member of a joint Marathon-ConocoPhillips-Hess team, whose tasks were planning the re-development of the said reservoirs. 

-Petronius  in the Gulf of Mexico. Geology: Unconsolidated sandstone. Reservoir fluids: Oil and gascap gas. STOIIP: 550 mmstbo. Responsibilities: Revision of  the development plan. Evaluation of the field data, and history matching led to modifications that increased the oil rate by 12000 stbo/d.         

-Camden Hills in the Gulf of Mexico. Geology: Unconsolidated sandstone. Reservoir fluid: Dry gas. GIIP: 170 bscf. Responsibilities: Drawing of a development plan, and designing the pipeline to gas gathering center. 

-Ewing Bank in the Gulf of Mexico. Geology: Unconsolidated clastics. Reservoir fluid: Undersaturated oil. STOIIP: 350mmstb. Responsibilities: History matching the performance of the reservoir during the years 1994 – 1999. Modeling led to radical revision of the drilling and recompletion programs

-South Pass C and D Reservoirs in the Gulf of Mexico. Geology: Sandstone. Reservoir fluids: Saturated oil and gas. Hydrocarbon initially in place: 85mmstbo and 285bscf. Two models were built and history matched. Results were used to obtain permission from the MMS to blow down the said reservoirs.

1987-1998. At the Production Technology Center of Marathon Oil Company, in Littleton Colorado, I worked on the following projects:

-Lagunillas, Intercampo, Dacion  and Mata-Acema Reservoirs in Lake Maracaibo, Venezuela. Geology: Sandstone. Reservoir fluid: Oil of gravity in the range 15-32 degrees API. Combined oil initially in place: 7.0bstb. As a member of a multidisciplinary group, my responsibility was to assess the future potential of these reservoirs. This was accomplished through decline curve analyses, and  simulation of the heavy oil reservoirs.

-Oyster Reservoir in the Gulf of Mexico. Geology: Unconsolidated sandstone. Reservoir fluid: Undersaturated oil. STOIIP: 40mmstb. Responsibilities: Drawing of a development plan of this reservoir.

-North Brae Reservoir in the British Sector of the North Sea. Geology: Sandstone and conglomerate. Reservoir  fluid: Gas condensate. GIIP: 1.2tscf.  Development plan based on gas recycling, partial blowdown and final blowdown. Responsibilities: History matching the performance of the reservoir from 1988 through 1996, using ECLIPSE 300. Through prediction runs, I was able to demonstrate that condensate recovery could be improved by replacing crestal with peripheral gas injection, in the top layers of the reservoir.

-East Brae Reservoir in the British Sector of the North Sea. Geology: Sandstone and conglomerate. Reservoir fluid: Gas condensate. GIIP: 2.1tscf. The development plan of this reservoir was similar to that of North Brae.  Responsibilities: Reverse decline in condensate production After history matching the reservoir model, a  re-completion plan was devised, that increased the condensate rate by 13000 bcpd.

-South Brae Reservoir in the British Sector of the North Sea. Geology: Sandstone and conglomerate. Reservoir fluid: Undersaturated oil. STOIIP: 760mmstb. Responsibilities: Construction and history matching a model with an extended grid that included the nearby Miller, East Miller and Central Brae reservoirs which were in communication with South Brae. 

 Additional modeling work involved evaluation of a pilot water-alternating-gas scheme (WAG). To this end the model was modified to include the Todd and Longstaff approximation, and additional information from whole core WAG floods. Swollen oil PVT input had been incorporated during history matching. Main conclusion was that WAG could be significantly more effective than straight forward water injection.  

-East Cameron Reservoir in the Gulf of Mexico. Geology: Clastics. Reservoir fluid: Undersaturated oil. STOIIP: 20mmstb. Using a history matched model, I was able to show that water injection could be discontinued without reducing recovery.

-Yates Reservoir in Texas. Geology: Carbonates. Reservoir fluid: Saturated oil. STOIIP: 4.0bstb. Reservoir  plan: Production from oil leg fractures, supported  by  crestal  carbon dioxide, and  nitrogen injection, plus aquifer influx. Responsibilities: History  matching the field performance of the period 1927 – 1995 using the  dual porosity-dual permeability option of ECLIPSE 200. Matching  parameters  were the pressure data,  the depths of the gas-oil, and oil-water contacts as functions of time, and log derived gas-cap oil saturation data. Modeling confirmed  that production was maintained through drainage of oil trapped, in the gascap matrix blocks. Prediction runs showed that increased gas injection accelerated drainage, and capacity was increased accordingly.

-Indian Basin Reservoir in New Mexico. Geology: Carbonates. Reservoir fluid: Wet gas. GIIP: 2.0 tscf. Responsibilities: Build and history match a model with data of the period 1962-1989, to assess the potential of horizontal wells, and gas compression requirements.

-Sand Dunes Reservoir in Wyoming. Geology: Clastics. Reservoir fluid: Undersaturated oil. STOIIP: 2.0mmstb. Responsibilities: Design a development scenario based on gas injection at minimum miscibility pressure.

-Kakap-KH7 Reservoir in Indonesia. Geology: Clastics. Reservoir fluid: Undersaturated oil. STOIIP: 97mmstb. Responsibilities: STOIIP determination, from material balance calculations, and modeling.

-Alba Reservoir in the British Sector of the North Sea. . Geology: Clastics. Reservoir fluid: Undersaturated oil. STOIIP: 1.2bstb. Responsibilities: Drawing a development plan.

-McArthur River Project. –G Zone and West Foreland Reservoirs in Alaska. Geology: Clastics. Reservoir fluid: Undersaturated oil. STOIIP: 300mmstb. Responsibilities: Comprehensive workover plan through modeling.

In addition to the aforesaid, I also worked on projects of shorter duration such as: transient analyses; modeling of hydraulically fractured, conventional, and horizontal wells; proposals for workovers and/or new well locations for various projects; and  recommendations for well tests and logging surveys. 

1984-1987. At the Aberdeen , and London offices of Marathon Oil UK Limited, I worked on the following projects:

-North Brae Reservoir in the British Sector of the North Sea. Geology: Sandstone and conglomerate. Reservoir fluid: Gas condensate. GIIP: 1.2tscf. Responsibilities: Creating a development plan based on gas recycling, partial  blowdown and final blowdown of the reservoir, using ECLIPSE 300.

-South Brae Reservoir in the British Sector of the North Sea. Geology: Sandstone and conglomerate. Reservoir fluid:  Undersaturated oil. STOIIP: 760mmstb. Responsibilities: Build a history matched reservoir model, as dictated by the UK Department of Energy.

-Logging and testing of Marathon wells in the North Sea. These included PLT, RFT, pressure build-up and fall-off surveys, plus collection of PVT samples. Duties involved writing procedures, supervision of field work and analyses of the acquired data.

1979-1984. At the Glasgow office of  Britoil Plc, I worked on the following projects:

-Ninian Field in the British Sector of the North Sea. Geology: Clastics. Reservoir fluid: Undersaturated oil. STOIIP: 2.6bstb. Responsibilities: Built and history match a model with data of the period 1978-1983; use model to evaluate proposals, for further development, put forward by the operator, Chevron Petroleum UK Ltd; represent Britoil at reservoir engineering meetings with partners and approve AFE’s.

-Murchison, Statfjord, Columba and Bressay reservoirs in the North Sea. Conducted small scale reservoir studies relating to these assets.

                                                                       Educational Attainment

-University of Strathclyde, Glasgow(UK), PhD in Geohydrology.

-National Technical University of Athens, Greece, BSc in Civil Engineering.

                                                               Petroleum Engineering Training

-Saphir Software.

-Reservoir Engineering Research Institute, Palo Alto CA. Course in thermodynamics of reservoir fluids.

-Colorado School of Mines, Golden CO. One semester course in thermodynamics and phase behavior.

-Herriot-Watt University, Edinburgh UK. Summer school on petroleum engineering.

-Intercomp SSI. Course on compositional modeling.

-CMG. Course in computer simulation of thermal EOR schemes.

-Schlumberger. Basic log interpretation course.

-Schlumberger. Production logging course.

-OGCI. Production operations.

-ERC/RRI. Geology of the North Sea reservoirs.

-Halliburton. Hydraulic fracturing course.

                                                                     Professional Affiliations

-Society of Petroleum Engineers

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Candidate # NA-2090714636

Reservoir Engineer

Profile Summary 

• +8 years experienced in classical reservoir engineering, reservoir simulation, numerical modeling, geostatistical reservoir chracterization, well test transient analysis, PVT fluid characterization, chemical EOR flooding, decline curve analysis, material balance application, and economic evaluation.
• Worked in integrated team study at different projects to evaluate alternative development schemes in several operated fields from the perspective of oil recovery and economics.
• Excellent computer skills with a proficient working knowledge of ECLIPSE, CMG, CMOST (uncertainty analysis and automatic history matching), MORE, STARS, UTCHEM, MBAL, PROSPER, DSS, Nodal analysis, GSLIB (geostatistic), MATLAB, FORTRAN, Visual Basic, and MATHEMATICA.
• Experienced in naturally fractured reservoir, well testing, field development project, all aspects of CO2 enhanced oil recovery, gel-polymer, and surfactant flood (wettability alteration).

Education 

PhD in Petroleum Engineering, University of Kansas, 2008

Thesis Topic: Improving Reservoir Characterization by Conditioning Geostatistical Models to Dynamic Data using Multivariate Statistical Analysis.

M. Sc. in Mechanical Engineering, University of Tabriz, 1996

Thesis Topic: Modeling and Simulation of Heat Transfer Coefficient in Nucleate Pool Boiling of Binary and Ternary Mixtures.                                   

B. Sc. in Mechanical Engineering, Abadan Institute of Technology (AIT), 1993

Programming Numerical Solutions for Governing Partial Differential Equations of fluid Flow through a Pipe by Finite Element Method. 

Professional Experience

Major Independent Company, Reservoir Engineer (2008-Present)

• Provided reservoir engineering technical input required for CO2 field expansion projects in different fields including development of dynamic reservoir simulations (volumetric analysis, material balance, decline curve, PVT Characterization, SCAL, nodal analysis, well testing analysis) for a wide range of reservoir engineering and integrated reservoir problems.

• Provided technical and analytical support to the various groups in the company including:
  • Houston Business Development Group: Contribute to team development proposals, economic evaluation of alternative development plans for prospective fields for acquisition.
  • Midland Eastern Shelf Team: Worked directly with Eastern Shelf Team to define optimum development  scenarios in the CO2 EOR process for several fields in Texas. Designed and developed simulation models to match the field history and predict future performance under various CO2 flood plans. Performed sensitivity analysis to find an optimum economical plan. Conducted material balance analysis using MBAL to find the type and extent of the aquifer.
  • Midland Yates Team: Generated a dual porosity simulation model to investigate mechanism involving in chemical surfactant flooding (wettability alteration). Work closely with Yates team to design and identify two pilots for surfactant flooding for optimum EOR scenario. Simulation study of feasibility of CO2 huff n puff EOR process for west side of the Yates field and perform sensitivity analysis to find optimum economic plan.
  • Houston Resource Group: provided technical support by writing a computer program to predict of CO2 well bottom hole pressure for McElmo Dome field.

Same Company, Reservoir Engineer Intern (Summer 2008)

• Performed PVT characterization and develop EOS for Claytonville, Katz, and Yates Fields. Achieve better accuracy and reduce simulation time using components relative to previous models. Build a dual porosity simulation model to match the history of Claytonville field data.

Tertiary Oil Recovery Project (TORP), University of Kansas

 Graduate Research Assistant (2002-2008)

• Developed a systematic methodology to improve reservoir modeling by conditioning geostatistical models to well test transient dynamic data: a case study from the CO2 flood pilot area in the Hull-Gurney field, Kansas.

• Lead investigator of the PVT characterization of the crude oil sample from Hall-Gurney field using laboratory experiments and simulation to generate EOS.
• Worked in multidisciplinary team to build simulation model of Hall-Gurney field, Kansas. Complete history match of the field data and evaluate alternative development schemes to optimize oil recovery of CO2 flooding.
• Performed decline curve analysis to predict the performance of production wells in the Arbuckle formation prior to gel-polymer treatment.
• Investigated various disproportionate permeability reduction (DPR) mechanisms in gel-polymer treatment process and develop a novel method to predict the well performance after treatment using Bayesian network analysis: a case study for gel-polymer treatment in Arbuckle formation.

Proposals and Publications

Available upon request

Honors and Membership

• Active Member, Society of Petroleum Engineering

              Treasurer of SPE chapter of KU

• Distinction of Excellence, University of Tabriz Dept. of Mechanical Engineering- awarded high achiever graduate (1st rank), 1996.

Distinction of Excellence, Abadan Institute of Technology (AIT), Dept. of Mechanical Engineering- Awarded very competitive scholarship for undergraduate study (top 1)

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GEOPHYSICIST

SOUTHERN CALIFORNIA

Join this leading Energy Company and use your education and experience and be recognized and rewarded!

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GEOPHYSICAL ADVISOR

BEAUTIFUL SOUTHERN CALIFORNIA

Leading Global Energy Firm in Southern California is seeking an experienced Geophysical Advisor to join the Exploration Team in Southern California.

The selected candidate will be offered an outstanding Total Compensation package including bonus potential and generous benefits.

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SENIOR GEOMODELER

HOUSTON, TEXAS

Apply your advanced education and experience as a Senior Geomodeler for a leading Energy Company in Houston, Texas.

Using your advance knowledge you will be responsible for the following:

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Reservoir Engineering Specialist

Beautiful Texas Hill Country!

Our client, a leader in the Oil and Gas Industry is seeking to add an additional experienced Reservoir Engineering Specialist to their staff.  The key job duties and responsibilities will be as follows:

·         Management of Aries database for all producing properties

·         Preparation of periodic reserve and cash flow analysis reports

·         Preparation of various reports for President, and CFO  related to economic performance, projections and variances

·         Economic analysis support to Geology, Drilling, Completions and Production Departments

Experience and skills required:

·         Undergraduate degree in Engineering, Business, or Mathematics

·         Minimum of 5 years of industry experience

·         Ability to work in a team oriented multi-disciplinary environment with various groups

·         Minimum of 3 years experience involving reserve and economic analysis of oil and gas wells

·         Experience with reservoir decline curve analysis

·         Experience with Aries software is strongly desired, although experience with other petroleum economic analysis programs such as PeeP, PHDWin, and OGRE will be considered

Benefits: The selected candidate would be eligible for employer matched 401K, incentive bonus plan, free gym membership and half day Fridays.  An excellent medical/dental program will also be offered.

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Drilling Engineer

Beautiful Texas Hill County Location!

Our client, a leader in the Oil and Gas industry is seeking to add an experienced Drilling Engineer.  This key position will be responsible for the following duties and responsibilities:

·         Manage a one to three drilling rig program with quarterly trips to the field

·         Troubleshoot daily drilling issues; work with consultants and drilling superintendent to remedy problems

·         Evaluate and implement new drilling practices and  technologies to improve rig performance and safety

·         Review and approve expenditures for rig activities and make recommendations to reduce costs and enhance efficiencies

·         Prepare economics, pre-spud drilling package and post job wellbore diagrams

·         Work with safety coordinator to improve and maintain a safe working environment on each rig

·         Maintain and active presence in industry associations such as SPE, AADE, Etc.

Experience and skills required: Minimum five years in petroleum industry with drilling and or completion experience is a MUST.  A fundamental understanding of drilling rigs and horizontal drilling with experience in the Mid Continent is a strong plus. The selected candidate will be required to immediately step in and produce results!

Education: BS in Petroleum or Mechanical Engineering or related discipline.

Benefits: The selected candidate would be eligible for employer matched 401K, incentive bonus plan, free gym membership and half day Fridays.  A top tier medical/dental program will also be offered.

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HIGHLIGHTS OF QUALIFICATIONS:

-     Petrophysicist with 10+ years experience worked in carbonate reservoir and sandstone reservoir, including 2 years as Petrophysicist in Canada and 12 years in China, 2 years as Geophysical Technician in Canada

-     Good experience in shaly sand reservoir, heavy oil carbonate reservoir and fracture identification, familiar with core analysis and interpretation

-          Skilled in well log data processing, analyzing, interpreting, and formation evaluation, including open hole and cased hole logs

-          Strong software skills in GeoGraphix and GeoFrame, as well as geoSCOUT, and Suffer

-          Calculated reservoir parameters (porosity, permeability, lithology, saturations, and net pay)

-          Skilled in constructing geological cross-sections and curve normalization

-          Three years quick interpretation experience in coal bed methane well log analysis on well-site, log data quality control and correction

-          Bachelor Degree in Geophysical Exploration

PROFESSIONAL EXPERIENCE:

Petrophysical Advisor January 2010-June 2010

Major National Oil Company, Damascus, Syria

-          Conducting Tishrine and Sheikh Mansour field (672 Km2, 520+ oil wells) and Oudeh field (192 Km2, 170+ oil wells) in Syria, both are heavy oil carbonate reservoir

-          Providing formation properties and reservoir characterization for Geologist, reservoir simulation and Geophysicist

-          Writing petrophysical studying report for each well

-          Demonstrated ability to balance analyzing single wells by GeoGraphix, and setting up multi-well database by GeoFrame at the same time

-          Providing new wells and surrounding wells petrophysical parameters

-          Providing knowledge transfer and problem solving

Petrophysicist June 2008-December 2009

Tanganyika Oil Company Ltd, Calgary

-          Conducting Tishrine and Sheikh Mansour field, and Oudeh field in Syria

-          Petrophysical analysis (Processed, Analyzed 100+ wells using GeoGraphix)

-          Identifying lithology and fracture from FMI, mud logs and well logs

-          Providing formation properties and reservoir characterization for Petrel modeling, reservoir simulation and Geophysicist

-          Calibrating well log porosity and permeability using core data analysis and cutting descriptions

-          Writing petrophysical studying report for each well

-          Core Review at New Horizon Core Storage and BodyCote Labs

Geophysical Technician 2006-May 2008

Divestco Inc., Calgary

-          Archiving and indexing field, stack and basic seismic data by Indexing Tool, GAS, Media track, Aim, and DDS

-          Copying seismic data from historical media to disk system by UNIX, M5U, 9 tracks and DEMUX

-          Reformatting SEGY, SEGA, SEGD and SEGB seismic data as per client request

-          Performing ACC Verifier Project by ACC Verifier, Database, and OBS

-          Reformatting IBMTRACE Lacey file to SEGY, classifying stack data by SEGYNAMER

Petrophysicist 1993-2005

China Petroleum & Chemical Corporation (SINOPEC)

-          Wrote 100+ well log interpretation reports

-          Processed and interpreted well log data of 300+ wells including open hole and cased hole from different basins

-          Experienced in coal bed methane well log analysis in North of China

-    Determined formation properties (porosity, water saturation, net pay) in clastic reservoirs from well log interpretation and core analysis

-          Identified lithology, especially in shaly sand profile by analyzing well log data

-          Organized well log data, data QC and correction on well-site

-          Evaluated petrophysical data for well drilling completion or abandonment decisions, perforation intervals and reserves estimates

-          Picked tops and completed stratigraphic cross sections

-          Created structure map, isopach, net pay and HCPV

Well Log Technician

SINOPEC, China                                                                                                     1991-1993

-    Digitized well log curves

-    Prepared log curves and compiled reports

-    Collected core data, test data, production data and seismic data, and maintained the database

-    Scanned, classified documents and images, log data entry

-    Converted raw data to LIS and LAS files

EDUCATION:

Bachelor Degree in Geophysical Exploration                                                                 1991

Changchun University of Geology, Changchun, China

English as Second Language program                                                                2005-2006

Bow Valley College and CCIS ESL Program

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SENIOR PETROPHYSICIST

HOUSTON, TEXAS

Our Client, one of the world’s largest oil and gas E & P companies, is seeking an experienced Senior Petrophysicist.

In this key role, you will be responsible for providing operational petrophysical support to wells drilling, providing mentoring to junior level Petrophysicists, providing comprehensive formation evaluation program recommendations to all proposed wells.

You will apply your keen petrophysical interpretation techniques using state-of-the-art technology and be involved in petrophysical regional studies to support exploration & development teams.

The ideal candidate will have at minimum of a BS in Geology, Petroleum Engineering or Physics, with a very strong preference for an advance level degree.  You must possess at least 15 or more years of experience petrophysical interpretation and operations. Very familiar with leading software analysis tools are required.

The select candidate will be offered an outstanding Total Compensation Package (Base plus Bonus Potential), and generous benefits.  Relocation available.
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Geoscientist

Houston, Texas

Outstanding opportunity for an experienced Geoscientist for a major energy firm.  This leading organization offers an excellent total compensation package including full benefits and relocation.

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Resume CV of Candidate 12434.  Senior production and facilities engineer with over 10 years of experience in the WCSB.  Areas of focus have included; Foothills Deep Gas, Plains Shallow Gas, and Plains Heavy Oil. Working in each of these areas has been able to build a strong foundation in production engineering/operations, facilities engineering/operations, completions engineering and workover operations.  Consistently demonstrated exceptional communication and project management skills.  Reliably develop and execute efficient capital and maintenance programs to maximize value extracted while focusing on operational cost reduction.  Self-motivated and highly adaptable to standards and processes where they exist or eager to implement or improve processes where they are lacking or don’t exist, especially relating to safety, regulatory and environmental compliance.

Professional Experience

Major Energy Firm, Calgary Alberta                                                                                                                                            2005 – 2009

Production / Facilities Engineer, Bighorn South SBU

• Production and facilities engineer and project manager on the Berland (30 mmcfd), Edson/Carrot Creek (20 mmcfd) and Aurora/Ferrier (18mmcfd) unconventional gas, sour gas and conventional oil areas in the Canadian Foothills Gas Region, with capital programs in the $80-$110 MM annually.
• Involved in the planning, developing and budget preparation of 1, 2 and 5 year full field capital and maintenance strategies with multidisciplinary teams including G & G, development engineering, surface land, joint interest and operational staff.  Worked with operations on facility optimization and maintenance programs including initiating operating cost reduction and greenhouse gas (GHG) reduction strategies.
• Worked closely on the design, scoping, estimating, AFE management and execution of these projects with EPC, construction, safety and operations groups. (including commissioning, HAZOP, management of change (MOC), shutdown key reviews and conducting extensive lookbacks) 
• Worked closely with drilling and completions to improve well on-stream cycle times through concurrent operations (reducing flare and greenhouse gas (GHG) emissions reduction initiative)
• Worked closely with surface land to update area operating agreements (AOA’s), resolve ungulate restriction issues and ensure all D56 regulatory requirements have been met for facility and pipeline projects.
• Provided support to acquisitions and divestitures which included review and evaluation of wells, pipeline systems and facilities.  Worked on the oil property sale and the gas property divestiture package.
• Coordinated bi-monthly area asset team meetings in the field including well reviews and facility optimization reviews, attended monthly field safety review meetings

• Responsible for new well production tracking, optimizing and making recommendations for well completions.
• Responsible for developing continued optimization strategies for gas well de-liquification including continuous installation of plungerlift, annular well control systems and wellsite booster compression.

• Worked with operations and Energy Efficiency Initiative group to install REM Slipstream Technology in the Ferrier 12-33 sour gas booster site (capture vented hydrocarbons, a greenhouse gas (GHG) emissions reduction initiative).
• Continuous redesign and improvement of wellsites and padsites towards developing standard print packages.   Collaborated with operations to design a near zero emissions wellsite (a GHG emissions reduction initiative).

• Initiated, installed and commissioned approximately 11km of 6-inch Fibrespar composite pipe which realized a 10% savings in cost over steel and was 20% faster in installation.
• Successfully installed and commissioned the Leland 30 mmcfd grassroots booster compressor and flow splitter.  This $10MM joint interest project was commissioned on time and realized 5 mmcfd of incremental gas production. 

Completions Engineer, Gas SBU                                                        2004 – 2005

• Primary completions lead engineer for the 2005 Shallow Gas infill capital program consisting of 560 new shallow gas wells. Well workover activity included identifying 150 re-fracs and 100 re-completions.  Suffield gas had an overall capital budget of $110 MM.
• Responsible for designing and programming of 400 shallow gas wells for multiple zone completion and stimulation, worked with multidisciplinary team to develop and coordinate area budgets for completions and workover activity.
• Worked with business services on hiring of service rigs and completion services, cost estimate, AFE generation and taking well calls.  Supervised two lead field completion consultants (up to eight total).
• Worked with multidisciplinary team to identify new well and workover candidates, supervised and mentored junior staff and summer interns on programming new well and workover candidates.
• Coordinated bi-weekly field meetings with completion consultants, operations, area construction coordinator and area safety coordinator to review completion and construction crew movement and to conduct a safety review.
• Implemented new frac and perforating strategy developed by team to help reduce per well cost while focusing on continuous load leveling throughout the year.

• Worked directly with other SBU’s (Brooks area SBU’s) to obtain and better utilize area frac services, including logging, perforating, tank storage and trucking services.

Production / Facilities Engineer, Gas SBU                                     2002 – 2004

• Primary SBU production / facilities engineer for new facility, facility modification, facility optimization, new pipeline installation, gas well de-liquification and gas gathering system optimization for the areas.
• Worked closely on the design, scoping, cost estimating, AFE management, accrual, project management and execution of several capital programs and operations projects with EPC, construction, safety and operations groups (including commissioning, HAZOP, and conducting extensive lookbacks).
• Successfully installed 3550hp Koomati grassroots booster station along with facility modification of the existing Koomati main station.  This $7.3MM project increased capacity to 60 mmcf/d in the Koomati area.
• Siphon String/Tubing Pull program – $2MM well optimization initiative requiring the removal of 2 3/8 tubing from 125 shallow gas wells and the installation of 0.7” HDPE in 400 wells for gas well de-liquification.

• Successfully installed and commissioned an additional 4700hp of natural gas compression to the existing CD compressor station.  This $2.6MM project had an overall net system gain of 3.5 mmcfd.
• CD Sales Compressor Station & CD Spine Project ($4.5MM project) – Successfully installed and commissioned a 2350hp grassroots compressor station capable of 50 mmcfd process and the installation of 2 miles of 16-inch mainline with 6 miles of 6-inch pipeline laterals tying in 4 gas production batteries.

Major Oil and Gas Firm, Calgary Alberta

Production Engineer, Gas Southeast BU                                      2001 – 2002

• Production engineer responsible for gas well de-liquification, gas gathering and facility system optimization.

• AB-11/B1-5 Siphon String Project – evaluated the effectiveness of siphon strings on low gas well producers, set up for 2002 siphon string project.

Production Engineer, Oil Southeast BU                        1998 – 2001

• Production engineer responsible for oil well optimization and workover maintenance programs for the South Jenner, Dieppe, Deberg and Dakota conventional heavy oil fields (under active waterflood), which produced approximately 14,000 bopd.
• Worked directly with service rig consultants on developing workover programs, cost estimating, AFE generation and taking well calls.
• Worked with vendors to obtain contracts for service rig usage, purchasing rotary screw pumps, electric submersible pumps and surface drivers and motors.
• Evaluated and identified well optimization candidates for speed up and pump upsizing.  Initial well completion design for artificial lift (ESP, PCP and beam pump), power optimization, waterflood management (through injector recompletions), cost estimating and project management.

• Successfully re-completed 13 oil wells over to water injection increasing overall field injection capacity to 31,000 m3/d in South Jenner.
• Successfully initiated the installation of primary three phase above ground and below ground power to the area.  This 5.0 MW of additional power allowed for the conversion of all gas driven pumping systems into electrical systems. Worked with operations to convert 65 natural gas pump drivers over to electric.  Worked with operations to convert 50 beam pumps over to progressive cavity pumps.
• Successfully installed the first two electric submersible pumps (ESP’s) in South Jenner for oil well production optimization purposes.

Education:

Bachelor of Science in Petroleum Engineering,

University of Alberta, Edmonton, Alberta, Canada 1998

Software Skills:

Microsoft Office, PVR, PVR Wizard, PEEP, Accumap, PIPESIM, WEM, C-FER, FAST Piper and Virtuwell.

Certifications & Memberships:

• Association of Professional Engineers, Geologists, Geophysicists of Alberta – Professional Engineer
• Emergency First Aid CPR Level A (expires Aug 2011),
• H2S Alive (expires Aug 2011), W.H.M.I.S. and TDG
• Member of the Petroleum Society of the CIM,
• Society of Petroleum Engineers, and Gas Processors Association of Canada

References Available Upon Request

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Resume CV of Candidate # 99113.  Senior Staff Petrophysicist with over 12 years of experience in Western Canadian Sedimentary Basin; proven capacity to integrate petrophysics with multiple disciplines, including developing static and dynamic models, conducting analysis and producing profitable recommendations to all levels of operations.  Proficient in both deterministic and probabilistic petrophysics using @Risk, MonteCarlo and descriptive statistics, proficiency with Accumap, petrophysical software and LOGIC, UNIX, NT, familiar with Peteral and RokDoc.

Career Highlights

• Saved ~$30Million by influencing drilling project decisions (SouthFoothills-Devonian) by using petrophysical studies
• Influenced decision-making to drill two successful wells- most productive wells in  South Foothills based mainly on petrophysical studies
• Increased production by 800 e3m3/d (Central Foothills) with increase of 5 new wells
• Strategized increase of >1000 e3m3/d gas using horizontal and deviated wells (Foothills)
• Saved Company $Millions by optimizing recompletion program (Panther) as a result of a petrophysical study.
• Excellent Presentation skills; presented to Senior Management, colleagues, and partners for farming out opportunities
• Shared and communicated experiences, skills, and presented new attended courses within petrophysicists community within Company.
• Member in Canadian Well Logging Society. 

Professional Experience

Major Oil and Gas Co, Calgary                    1996-present

Senior Staff Petrophysical Engineer       2008-present

(Exploration—Unconventional Gas—NorthEast British Columbia)

Cretaceous and Jurassic

(Cadotte, Fahler, Bluesky, Gething, Cadomin, Nikannassin)

• Developed and managed formation evaluation program, routine and special core   analysis programs, including rock geomechanic properties (Young Modulus and Poisson  Ratio).
• Reduced expenditures via reviewing lab proposals to select optimal technical methodology suitable to the specific characteristics of subject reservoir and budget considerations.
• Supervised coring and logging operations with cost checking and invoice approval.
• Involved in well proposal, drilling and completion strategies.
• Finalized formation evaluations after QC data. Formation evaluation includes reservoir potential, testing and perforation intervals, with abandonment decisions).
• Completed and documented preliminary and final formation evaluations, including cased hole logs interpretation (PLT, TDT and RST) aiming to apply the ultimate methodology for field development plan.
• Evaluated >100 offset wells, calculating Gas Initial in Place (GIIP), contributing to forecasting ensuring sound economic decisions were made for land sale project.
• Contributed to dSFR and EUR calculations, ensuring accuracy and attention to detail.

(Reservoir Exploration—Coal Bed Methane-Bourbon Area) Cretaceous and Jurassic

• Evaluated coal, effective coal and sand, contributed to drilling and completion of new wells.
• Evaluation of 30 offset wells to the pilot area aiding GIIP calculations.
• Assessed volumetrics of unconventional resources, including coalbed methane.
• Evaluated the capability for water disposal well.
• Developed relationship between high/standard resolution logs in Bourbon to lower uncertainty of GIIP calculations.

Staff Petrophysical Engineer                                      2006 – 2008

(Development and Exploration—Sour Gas— Alberta) (11 different basins)

• Saved ~$30Million by influencing decision to undrill unprofitable drilling projects by using petrophysical studies.
• Created static and dynamic models, built penetration charts based on petrophysical studies and production history (Mississippian, Devonian, Central Foothills).
• Increased production by 800 e3m3/d (Central Foothills) with increase of 5 new wells.
• Managed well proposal, drilling and completions; technical support for operational groups.
• Designed, implemented and monitored evaluation programs including MDT, RFT, DST and invoice approval.
• Saved Company $Millions by changing re-completion plans resulting from developing a relationship between formation resistivity and impaired porosity by pyrobitumin (Panther), integrating cores, thin sections and logs; results enhanced relationship between reservoir quality and production and improved understanding of the reservoir.

Staff Petrophyical Engineer                                        2000 – 2006

(Development and Exploration—Sour Gas—Alberta) (10 different basins)

• Strategized increase of >1000 e3m3/d gas using horizontal and deviated wells (Foothills)
• Participated as team member of the integrated reservoir characterization team ensuring petrophysical input was accurately integrated to develop reservoir model (static and dynamic)
• Utilized SCAL output including facies study, flow unit, ambient vs. in-situ relations for permeability, porosity and their relationship, Klinkenberg correction and using lambda function to identify transition zone thickness from capillary pressure curves in addition to FWL identification
• Saturation Height Modeling-Saturation Height Functions
• Generated 4.5e6m3 and 12.6 e6m3 production within first month with sound use of petrophysical studies (3 basins)
• Predicted, advised and contributed to multi-discipline team advantageous locations to drill
• Provided petrophysical support for operational groups
• Identified and chased effective open fractures by integrated Full Wellbore Micro Scanner Imager, Dipole Sonic Image by utilizing shear wave anisotropy, with rock geomechanic properties.

Senior Petrophysical Engineer                                  1998 – 1999

(Development—Oil Reservoir) (3 basins)

• Designed, implemented evaluation program using LWD/MWD/GR to enhance HZ well  geosteering.
• Drilled 4 successful horizontal wells integrating specialized core analyses.
• Experienced working with old gamma ray, neutron log and old E-log interpretation.

(SouthEast Saskatchewan, Mississippian)           1996 – 1997

• Evaluated ~50 wells in Midale, SK area for by-pass opportunities
• Analyzed, documented and summarized field development efficiency plans
• Achieved experience working with old gamma ray, neutron log and E-log technologies. 

Petrophysicist, International assignment             1988 – 1995

(Oil Reservoirs, two assignments to The Hague –Netherland for petrophysical studies)

Education

University of Damascus, Syria

Bachelor of Science in Geology

Technical and Professional Courses:

●             Geomechanics of the Oilfield: “Application to Fracture Permeability”

●             Advances in Performance Diagnostics for Fractured and Horizontal Wells

●             SPE Applied Technology Workshop

●             SPE Tight Gas Development Forum

●             P-265 (PP role in building static and dynamic models; Petrel and FasTrack introduced)

●             Coal Bed Methane

●             Women’s Career Development Program

●             Managing Risks and Strategic Decisions in Petroleum Exploration & Production

●             Reservoir Characterization: A multi-discipline team approach

●             Evaluation of Canadian Oil & Gas Properties

●             Hydrocarbon: Volume Management (Models 1, 2, and 3)

●             Reservoir Management

●             Examination and Description of Carbonate Sediments (Core)

●             Identifying Bypass Opportunities

●             Reservoir Engineering for Other Disciplines

●             Production Geology for Other Disciplines (PGD; previously P213)

●             Various other courses:  Open/cased hole, LWD, Logging through HZ wells

●             Series of IHRDS courses: Basics of Geology, Reservoir Engineering, Drilling, Completion, Production

Computer Knowledge

@Risk, MonteCarlo, Accumap, TechLog,  LOGIC, UNIX,.  NT, Peteral,  RokDoc,  Microsoft Office

Professional Affiliations

Canadian Well Logging Society, Member.

Eligible for registration with The Association of Professional Engineers

Volunteer

Heart and Stroke Foundation of Alberta, United Way, and Day of Caring Program

References

Available upon request

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SENIOR GEOLOGIST

DALLAS, TEXAS

Our client, a leading oil and gas company, is seeking an experienced Senior Geologist for their Dallas office.  You will be involved in mapping of oil fields, analyzing older data and new data to make geologically sound estimates.  Our ideal candidate will have a strong background in researching old paper format data as well has having in depth knowledge of the latest cutting edge technology.

You must have a minimum of at least eight (8) or more years of active production geology exploitation experience and at least a BS in Geology.  Preference will be given to candidate with advanced level Geology degrees.

Experience with Gulf Coast required and Salt Basin a strong plus.  Must be proficient in Geographix (geoatlas, cross-section, prism and well base), and be able to perform basis seismic interpretation in SMT.  Excellent analytical, communication and presentation skills are a must!

Selected candidate will be offered an outstanding Total Compensation Package (base plus bonus potential) and a generous benefits package.

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Resume CV of Candidate 12585. Solid background in sedimentology, sequence stratigraphy, clastic/carbonate environments and geochemistry. Expert reservoir modeler (Petrel). Currently working on a gas project as principal Geologist.  Heavy Oil HZ experience includes 30+ wells in the Peace River Area, AB. Experience in supporting ERCB and OGC applications/regulations, RTD’S, new locations, excellent liaison with drilling and completions. Seeking new US or Canadian Energy opportunities.

Canadian and Venezuelan Citizenships

Education

• M.Sc. Geology, University of Windsor, Ontario, Canada (Jul 2004).
• B.Sc. Geology and Geochemistry, UCV, Caracas, Venezuela (Jul 1999).

Work Experience

Development Geologist

• Large Canadian Energy Firm, Calgary, (March 2007-Present)

Geologist

• Global Energy Firm, Calgary (Jan 2005-March 2007)

Wellsite Geologist Trainee

• For two Large Energy Firms (Summer 2003 and Fall 2004)

Research Assistant

• Stable Isotope Lab., Earth Science Department, Large Canadian University, (Jun 2002 – Jun 2004)

Teacher Assistant

• Sedimentary Petrology, Stratigraphy, Earth Systems, Sedimentary Environments, Oceanography, Large Canadian University, (Jul 2002 – Jul 2004)

Research and Development

• Large Mining Company in Chile/Venezuela, (May 2000 – May 2002)

Prospective Mining Apprenticeship

• Energy Consulting Firm, (Jan 2000 – May 2000)

Internship

• PDVSA (Venezuelan State Oil Company). Sponsorship of undergrad thesis on the Cogollo Carbonates, Maracaibo Basin, Venezuela, (Jan 1998 – Jan 1999)

Courses

• March 2009 The Modern Prospect Assessment Workshop, by C.D. Norman, GeoKnowledge, Calgary, AB
• March 2009 Introduction to GeoX 5.8, by Rosella Gonzales, GeoKnowledege, Calgary, AB
• May  2008 Clay Minerals and Their Effect on the Electrical Behavior of Shaly Sands: CSPG Conference Short Course
• Sep 2007 Introduction to Canadian Oil Sands – PEICE, Instructor: Bob Dumbar, Calgary, AB
• Oct 2007 Introduction to Log Analysis – PIECE, Instructor: Gary Batcheler, Calgary, AB
• Oct 2007 Petroleum Log Analysis and Petrophysical Geology, CSPG, Instructor: John Doveton, Calgary, AB
• Nov 2007 Architecture of Fluvial Reservoirs, Andrew Miall, CSPG, Instructor: Andrew Miall, Calgary AB
• Nov 2006 Petrel Fracture Modeling Workshop and Beta Testing for Petrel 2007.1, Oslo, Norway
• June 2006 FRED – Fracture Modeling Workshop, Golder Associates, Denver, Col. USA
• May 2005 Oil Field Services for Field Engineers, Houston, TX
• Oct 2005 BUILD-IT 3. Schlumberger Training in Reservoir Simulation, Advance Software Modeling and Project Management
• Oct 2003 “Well Log Interpretation and Reservoir Characterization of Ordovician and Cambrian Carbonate reservoirs in the Appalachian Basin” by Dan Hartman, DJH Energy Consulting, Columbus, Ohio, USA.

Presentations

• Available upon request

Awards

• Available upon request

Memberships

• Canadian Society of Petroleum Geologist
• APEGGA –In Progress expecting P. Geo status by Summer 2010

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Corporate Global Modeling Advisor

Houston, Texas

Our client, a global energy company, is seeking an experienced Corporate Global Modeling Advisor for their Houston office.  This key role will be an advisor to a start up team as they begin researching, testing and developing state of the art technologies for worldwide implementation.

The ideal candidate will have demonstrated innovation in computation and modeling capabilities, with a background preference in downstream or computer science.

The selected candidate will be offered an exceptional base salary, incentive bonus and very generous benefits.

Requirements:

*  At least 10 years post doctorate experience encompassing a very board geoscience or engineering background with computational modeling experience.

*  PhD in Mathematics, Physics, Engineering, Computer Sciences or Geosciences.

*  Knowledge of geophysical seismic processing, reservoir simulation and reservoir modeling.

*  Oil products and refinery optimization.

*  Both upstream and downstream experience.

*  National and European research laboratory relationships as well as university contacts a must.

*  Ideal candidate will be very well published in the above mentioned fields.

*  Authorized to work without sponsorship in the US.

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