As a Digital Product Manager, I am be responsible for driving the strategic direction of Bently Nevada's flagship System 1 platform use-cases as they pertain to fleet monitoring, work management, IIOT connectivity, and analytics. I work cross-functionally to define and deliver a roadmap for these products that enable growth across Bently Nevada’s software product line.

As an Analytics Engineer, I am part of a multidisciplinary and diverse team of experts working on state-of-the-art and cross functionally integrated technologies for the improvement of well and reservoir productivity. I develop analytics and digital twins aligned with ongoing programs. I apply machine learning and other analytical methods to problems including enhanced oil recovery in conventional and unconventional reservoirs and reservoir analytics - specifically well-to-well communication during and after hydraulic fracturing. I am also heavily involved in the product development and commercialization of these analytics, working closely with internal and external customers.

The Edison Engineering Development Program is a highly esteemed leadership opportunity for young professionals. During the two year program, I will rotate three times working with different teams and products. This experience will broaden my experience and develop my skills. Rotation 1 - ESP Motors Reliability and NPI Support - Conducted electrical testing and data analysis on material for proprietary use in motor of electric submersible pump - Completed full design of experiments on 5 materials for selection in new ESP system - Assisted in design of ESP motor including SolidWorks modeling, FEA, and manufacturing - Tested motor prototypes in test wellRotation 2 - Reservoir Analytics Developer - Performed reservoir calculations and analysis to experiment with history matching algorithms - Developed physics based algorithms for predicting well response to artificial lift types - Assembled second generation compact water/oil separator - Determined separator sensitivities by gathering and analyzing lab and field testing data Rotation 3 - Production Enablement Analyst - Extensive back end algorithm development - Created physics-based algorithms to model well behavior and optimize artificial lift selection over the life of a well - Developed algorithms necessary to analyze fracture driven interference and created interactive user interface to display results and insights post completion - Co-authored SPE-191789 "Characterization of Fracture Driven Interference and the Application of Machine Learning to Improve Operational Efficiency"