RESERVOIR ENGINEERING CONSULTANT & DATA ANALYST Resume

SUMMARY:

Career objective is to integrate and lead successful team of personal with key performance indicator (KPI) beat year over year.
Financial Modelling, Business Analytics
Drilling, completion, reservoir Analysis
Excel, PowerPoint, Word
Reservoir Simulators
Fracture Simulators
SQL, GIS & Python

TECHNICAL SKILLS:

SOFTWARE: Microsoft Package: - For Office Applications (Microsoft) SPOTFIRE / POWER BI: Visualization Package (TIBCO & Microsoft) SQL: Structure Query Language (IBM) for Production Database like Aries Drilling Info / NAVPORT: Public Data Platforms for Oil & Gas Exploration (Enverus / SLB) FRACPRO Fracturing Design/Analysis Simulator ( Confidential Ceramics) IMEX / GEM - Reservoir Simulator (CMG) QUIKLook Reservoir Simulator (Halliburton) Saphire / Topaze - For Pressure Transient Analysis & Production Data A nalysis (Kappa) Drill Predictor - Drilling Data Analysis (FRACGEO)

PROFESSIONAL EXPERIENCE:

Confidential

RESERVOIR ENGINEERING CONSULTANT & DATA ANALYST

Responsibilities:

Production Evaluation of Micro proppant completion involving parent child synergy. The project covers multi pad wells with production comparison to non-micro proppant wells pad. Average production improvement of 12% was observed over period of 300+ days
Haynesville Shale (Unconventional); Drilling data analysis to generate Mechanical Specific Energy (MSE). The MSE model, hydraulic fracture model coupled with wells production used to predict wells future performance. Optimum net present value (NPV) model was developed. The project involved 6 subject matter experts and resulted into $1.2 million saving for client
Business analytics using Spot fire for correlating drilling, completion, and production. Mapping & analyzing of 1500+ horizontal wells in US. The work helped company understand shifting dynamics of E&P
Fracture Driven Interaction (FDI) analysis performed for multiple wells real-time. Deterrent technique (establish by the client) was activated to minimize fracture hit negative impact. Passive wells production was established at pre-shut down level after the project. This was a runaway success.

Confidential

RESERVOIR ENGINEERING CONSULTANT

Responsibilities:

24+ wells production history match. After production forecasting and sensitivity analysis, strategies for completion cost saving, production management, optimized net present value or return on investment was developed. Average recommendation increased NPV by 5% (5years)
Eagle ford (Unconventional); Production forecasting of a well pad with novel completion product. Completion cost increased to $0.7 million, 5year Oil recovery forecast suggests 2-3% increase
Performed production history match on 8+ wells. Recommended strategy to mitigate commingled production issue. The suggested implementation increased the completion cost by $ 80,000 - $100,000. Payout period reduce from 5.0 to 3.5 years
Production forecast for new asset development, optimize the capital layout plan by utilizing public (Enverus) production data. Develop guideline for well completion cost ranging $3.5 - $4.0 million

Confidential

RESERVOIR ENGINEERING CONTRACTOR

Responsibilities:

He was assigned populating completion data, developing business analytics of Brigham Bakken shale Asset (Bought by Confidential ) using wells production. He led 3 personal team for project execution

Confidential

RESERVOIR ENGINEERING CONTRACTOR

Responsibilities:

Confidential was tasked with populating completion data, developing business analytics of Confidential Eagle ford Asset (Bought by Confidential ) and well production. The business integration happened over 12 - 15 months’ period with team of 20+ personal

Confidential

STAFF RESERVOIR ENGINEER

Responsibilities:

We worked with 4 lawyers and 12 company personal. The result was in favor of our client with them gaining access to their oil wells
Argentina (Conventional) & Bakken Shale (Unconventional): Generated detail Pore (reservoir) Pressure and fracture closure isopach (GIS) model. The developed model was used for infill drilling, Hy-grading drilling locations. The model resulted into 2 additional wells drilled per study area.
Generated Type Curve by performing Decline Curve Analysis (DCA) for more than 30 wells. These type curves were utilized for financial modelling and optimizing capital layout. Type curves resulted into cost saving of $50,000 per well
Diagnostic Fracture Injection Test (DFIT) analysis for 12+ wells. The work resulted into rigorous reservoir characterization and targeted strategic completions

Confidential

STAFF RESERVOIR ENGINEER

Responsibilities:

Developing Stimulated Reservoir Volume (SRV) and co-relate with production for optimizing next completion
Performed production history match of 6 wells using reservoir simulator (IMEX). EUR Estimation resulted into oil recovery of about 8%

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