As a key member of the Frac Science Group, I spearheaded the development of innovative algorithms designed to optimize hydraulic fracturing through real-time data interpretation. My focus on enhancing frac data analysis led to the creation of a specialized software tool for post-frac leak-off analysis, significantly improving operational efficiencies and data reliability. My contributions also extend to pioneering a patented technology that leverages live frac van data to predict hydraulic… Show more As a key member of the Frac Science Group, I spearheaded the development of innovative algorithms designed to optimize hydraulic fracturing through real-time data interpretation. My focus on enhancing frac data analysis led to the creation of a specialized software tool for post-frac leak-off analysis, significantly improving operational efficiencies and data reliability. My contributions also extend to pioneering a patented technology that leverages live frac van data to predict hydraulic fracture characteristics instantaneously, setting new standards in predictive analytics and operational responsiveness in the industry. Show less

In my role as a consultant, I have had the privilege of working with industry leaders such as EOG Resources and Apache, where I focused on optimizing well lift issues and designing artificial lift systems. My consulting expertise encompasses the design and implementation of enhanced oil recovery methods for underperforming assets, where I successfully increased project economics by 300%. This achievement involved developing comprehensive data collection strategies, designing surface facilities,… Show more In my role as a consultant, I have had the privilege of working with industry leaders such as EOG Resources and Apache, where I focused on optimizing well lift issues and designing artificial lift systems. My consulting expertise encompasses the design and implementation of enhanced oil recovery methods for underperforming assets, where I successfully increased project economics by 300%. This achievement involved developing comprehensive data collection strategies, designing surface facilities, and optimizing solvent injection and recovery mechanisms.On the software development front, I spearheaded the rationalization of software portfolios, integrating and enhancing in-house capabilities for clients, which resulted in a significant cost reduction of $3 million USD annually. Additionally, I developed production data software equipped with the ability to ingest real-time data from IoT devices in oil fields, incorporating analytical models to streamline production data analysis. Show less

At a dynamic company backed by CSL Private Equity, I played a pivotal role in developing and refining software products aimed at revolutionizing the evaluation of unconventional assets. I led the design and development of two key software tools: FIRM (Forecasting through Inferred Reservoir Modeling) and FACET (Fluid Attributes and Composition Estimation Tool). These products leverage public data to provide comprehensive assessments of shale and tight reservoirs, setting new standards in the… Show more At a dynamic company backed by CSL Private Equity, I played a pivotal role in developing and refining software products aimed at revolutionizing the evaluation of unconventional assets. I led the design and development of two key software tools: FIRM (Forecasting through Inferred Reservoir Modeling) and FACET (Fluid Attributes and Composition Estimation Tool). These products leverage public data to provide comprehensive assessments of shale and tight reservoirs, setting new standards in the industry.My responsibilities also extended to enhancing data analytics capabilities, where I developed innovative algorithms that merge reservoir engineering principles with advanced data analytics. This initiative has significantly advanced our ability to analyze and interpret public domain data, thereby optimizing the assessment and development strategies for unconventional reservoirs. Show less

In my tenure as a reservoir engineer, I specialized in interpreting PVT (Pressure, Volume, Temperature) behavior in key unconventional plays including Bakken, Niobrara, Permian, and Eagle Ford. My significant contribution includes the development of the iPVT tool, a pioneering software for PVT analysis and prediction tailored for unconventional reservoirs. This tool, which has been adopted companywide at EOG Resources, has not only enhanced operational efficiency but also achieved a substantial… Show more In my tenure as a reservoir engineer, I specialized in interpreting PVT (Pressure, Volume, Temperature) behavior in key unconventional plays including Bakken, Niobrara, Permian, and Eagle Ford. My significant contribution includes the development of the iPVT tool, a pioneering software for PVT analysis and prediction tailored for unconventional reservoirs. This tool, which has been adopted companywide at EOG Resources, has not only enhanced operational efficiency but also achieved a substantial cost reduction of $500,000 USD per year by reducing the reliance on more expensive software alternatives.Additionally, I spearheaded the interpretation and optimization of an industry-first enhanced oil recovery (EOR) method in tight oil plays, which doubled the economic value of the assets involved. My role also extended to providing crucial technical support for Hydrocarbon Accounting for SEC compliance, ensuring accuracy and reliability in financial reporting. Show less

As a Subject Matter Expert in unconventional reservoir engineering and PVT simulation, I have evaluated and optimized unconventional assets across diverse global regions including Eastern Europe, North Africa, China, and North America. My expertise has contributed to a successful acquisition team responsible for deals exceeding $10 billion USD. My modeling work has spanned major shale gas reservoirs like Barnett, Haynesville, Eagle Ford, Fushun, Marcellus, Utica, Fayetteville, and Niobrara, as… Show more As a Subject Matter Expert in unconventional reservoir engineering and PVT simulation, I have evaluated and optimized unconventional assets across diverse global regions including Eastern Europe, North Africa, China, and North America. My expertise has contributed to a successful acquisition team responsible for deals exceeding $10 billion USD. My modeling work has spanned major shale gas reservoirs like Barnett, Haynesville, Eagle Ford, Fushun, Marcellus, Utica, Fayetteville, and Niobrara, as well as tight gas reservoirs including the Deep Basin and Ground Birch in Canada, South Texas, and JQ in China.I have developed critical tools and techniques that have been instrumental in advancing Shell’s exploration and production capabilities globally. This includes the Prospect Screening Tool, which predicts recovery efficiency and in-place reserves, now a standard component in Shell's toolkit for global tight gas and shale gas exploration. Additionally, I created specialized Rel-Perm and PVT tools for various maturity reservoirs like Eagle Ford and Utica, enhancing Shell's reservoir simulation inputs.My contributions also extend to advancing pore proximity physics modeling in existing simulators for liquid-rich shales, improving prediction accuracy and operational efficiency. As a recognized authority on Pressure Transient Analysis, I have designed and delivered internal courses on unconventional well testing, furthering the knowledge and skills of engineering teams within the industry. Show less

I specialized in advanced simulation techniques, including the simulation of a unique "Mobara type" reservoir using GEM and IMEX, aimed at producing Helium-rich gas dissolved in an aquifer. This pioneering project showcased my ability to handle unique and complex reservoir characteristics effectively.Additionally, I have designed and interpreted well tests across diverse international locations including Russia, the United States, and the North Sea, providing crucial data to enhance… Show more I specialized in advanced simulation techniques, including the simulation of a unique "Mobara type" reservoir using GEM and IMEX, aimed at producing Helium-rich gas dissolved in an aquifer. This pioneering project showcased my ability to handle unique and complex reservoir characteristics effectively.Additionally, I have designed and interpreted well tests across diverse international locations including Russia, the United States, and the North Sea, providing crucial data to enhance operational decisions and strategic planning. My expertise also extends to the simulation of the Drunkard Wash CBM (Coal Bed Methane) reservoir in the Rockies, where I successfully maximized asset recovery by optimizing well spacing. This involved detailed analysis and strategic planning to improve production efficiency and asset value. Show less

During my Master's at Stanford University, I held the dual roles of Graduate Research Assistant and Teaching Assistant, where I contributed to both research and education in the field of petroleum engineering. As a Graduate Research Assistant, I developed innovative procedures for Green Well Testing, focusing on diagnosing wells without fluid production at the surface. This involved creating new methods for conducting tests and interpreting data, contributing significantly to sustainable well… Show more During my Master's at Stanford University, I held the dual roles of Graduate Research Assistant and Teaching Assistant, where I contributed to both research and education in the field of petroleum engineering. As a Graduate Research Assistant, I developed innovative procedures for Green Well Testing, focusing on diagnosing wells without fluid production at the surface. This involved creating new methods for conducting tests and interpreting data, contributing significantly to sustainable well management practices.In my capacity as a Teaching Assistant, I was involved in courses on Pressure Transient Analysis, where I supported the instructional team in delivering complex concepts to students. My role included preparing and conducting tutorial sessions, grading, and providing academic support to students, enhancing their understanding of key petroleum engineering principles. Show less

August 1998 to August 2001, I served as a Reservoir Engineer at ONGC Ltd, stationed across various Regional Business Centers and the SRBC in India. In this capacity, I was deeply involved in field operations, where I collected and interpreted critical field data to assess and optimize reservoir performance. My responsibilities included publishing several detailed reports that informed the company's strategies and operational adjustments.Additionally, I played a key role in identifying… Show more August 1998 to August 2001, I served as a Reservoir Engineer at ONGC Ltd, stationed across various Regional Business Centers and the SRBC in India. In this capacity, I was deeply involved in field operations, where I collected and interpreted critical field data to assess and optimize reservoir performance. My responsibilities included publishing several detailed reports that informed the company's strategies and operational adjustments.Additionally, I played a key role in identifying well performance issues and designing remedial measures to enhance oil and gas recovery. My contributions helped improve well productivity and extend the life of assets, ensuring sustainable and efficient exploitation of resources. Show less