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Project Leadership- Leads and directs high-priority projects, which often require considerable resources and high levels of functional integration and interaction with engineers and customers- Interfaces with client management on a regular basis- Presents project status and issues to client personnel through formal presentations- Conducts regular meetings with other engineers, developers and clients documenting current status of project including technical, schedule and financial issues that may be presentProject Management- Manages projects from original concept through final implementation. Interfaces with all areas affected by the project including end users, distributors, and vendors- Ensures adherence to quality standards and reviews project deliverables. Provides overall leadership for engineers, developers or customer engagements- Responsible for all aspects of the project over the entire project life cycle life (initiate, plan, execute, control, close)- Responsible for assigning individual responsibilities, identifying appropriate resources as needed, and developing a schedule to ensure timely completion of the project- Manages financial aspects of the project against assigned budgets- Assist and review all startup and planning documents- Manages the scope, risks, issues, deliverables, and schedule of individual project tasks- Attend the Executive Committee meetings and provide project status updates- Monitoring team dynamics and team accountability related to delivery commitments- Assigning project tasks and coordinate resources, including the review of individual issues andconcerns (e.g., vacation and time-off requests) and resolving or escalating such issues as needed- Managing (e.g., tracking, updating, reviewing) the dashboard and executive reports using metricdata- Presenting details of the project Risk Management Strategy to the Steering Committee

- Numerical simulator development to solve various problems / cases / issues including thermal, compositional, dual porosity, diffusion / shale gas, tight oil, etc. - Marathon Scholar Recipient and teaching assistant for PhD course: “Composition Simulation and IOR/EOR Processes” - Teaching assistant for undergraduate courses: Reservoir Engineering and Capstone PVT / Form. Eval. Lab for Seniors

Developed research methodology and "proof-of-concept" cases to attain better reservoir understanding with use of available production data. Research included, - Creation of a numerical research model to test multiple scenarios - Reformulation of flow equations to test concept cases - Creation of novel, patentable ideas to solve research problems - Results are promising, with agreement of addition to the patent

Production Engineering Optimization (Unconventional Oil and Gas) - Performed production engineering duties to increase production in the Eagle Ford - Developed and launched new production review software to provide an automated approach to preparing reports for well production analysis, speed up optimization review processes, and increase efficiency for production engineers, supervisors, and field operatorsReservoir Engineering and Simulation - Unconventional Play Acquisition - Developed the company's first in-house, complete static, geological model for the Eagle Ford play (using Petrel) - Performed History Matching of single and dual-porosity simulation models using Eclipse - Studied sensitivities to evaluate various parameters affecting recovery - Created an automated deck-file generator to speed up the process of creating simulation models in the Eagle Ford. Reduced man power and error by creating a customized deck file from about 5 minutes per deck file to about 2 deck files per second (reduced total 100 workday effort to 6 hours).Development Eng. / Economic Analysis (Offshore Retrograde Reservoir) - Evaluated field development of a world-class international, offshore, retrograde gas condensate reservoir - Performed reservoir simulation with augmented field development scenarios, while honoring technical and contractual factors/constraints related to the present development. Demonstrated opportunities to increase NPV by $150 to $300 million dollars - Designed and taught a reservoir simulation course to engineers from the national regulatory body for minerals in the country of operationExpanding-Solvent Steam Assisted Gravity Drainage (ES-SAGD) Research - Developed Eclipse E300 Thermal simulation model for Birchwood to demonstrate advantage of solvent injection in the thermal recovery process, based on different production scenarios - Project findings were used in acquisition of over $20 billion of oil sands development assets in Canada

Numerical Application Developer for Seismic Group - Helped improve and convert legacy seismic and earthquake signal processing code to more optimal platforms, including development of new interpretation algorithms - Improved efficiency of numerical solution methods used to analyze signal data being imported from various sites all over the world, and help optimize overall structure of seismic processing code

Assessed the possibility of success or failure of a prospective resource play in the gulf coast region. Project entailed: - Primary understanding and evaluation of neighboring fields and formation, and comparative analogy fields - Incorporating geological data, and running operational cost and risk analysis on prospective play - Evaluating internal %ROR, PIR, $LSC, and other critical factors contributing to the Possibility of Success / Failure

- Quantity assessment of upcoming project components for bidding and planning purposes. Estimated project build costs and schedule timeline for impending bid deadlines - Progress monitoring and cost control improvements for various projects. Included subcontractor and Disabled Business Enterprise (DBE) coordination. Design-build projects also required cost reduction and increased constructability - Self-developed and automated various calculation methods by creating error-reducing tools to efficiently expedite bid estimate preparation using Excel. These included pipe bedding/backfill calculators, load haul cycle calculators, etc - Self-developed a past cost report generator which included an interface and a custom database to effectively generate past cost information from simple job number queries

- Implemented FME/Spatial Direct third party application with Java servlet code to allow users to download maps from the web in various file formats and coordinate systems. Also involved database queries of oil and gas lease information - Developed and edited software user guides for software applications and archived retired government applications