• Leveraged domain knowledge of geospatial data and geologic workflows to automate time-consuming tasks, saving 100s of hours of interpretation time• Lead the data science effort for global CCUS capacity estimation project, leveraging feature engineering and Monte Carlo simulation to guide investment decisions• Leveraged domain knowledge to conducted EDA, data cleaning, and feature engineering to drive improvements in Data Science Team’s ML models• Developed standardized statistical workflows and predictive models to estimate quantity and location of natural resources present at regional and global scales• Developed stochastic geospatial python tools to quantify risk and uncertainty that underpin multi-million dollar decisions

• Joint interpretation of reflection and refraction seismic, gravity, isostatic, and aeromagnetic data to model crustal domains, thicknesses, and structural development• Colead on development of new split-risk play analysis workflow• Conducted volumetric analyses and analog studies to quantify volumetric uncertainty and potential economic value of prospective assets and data investments• Performed structural and stratigraphic interpretation in 3D seismic data over complex geological settings

• Developed geomechanical models from wellbore data to characterize in-situ stress state, rock strength and elastic parameters, and poroelastic moduli• Evaluated the risk of induced seismicity in areas where disposal wells were being considered, and developed Best Practices documentation for conducting similar studies in the future• Conducted post-mortem wellbore stability analyses to optimize future drilling programs and basin models

• Researched and presented on several aspects of earthquake seismology: tomography; interferometry; velocity model inversion; sonic log interpretation; attenuation; ground motion analysis; earthquake location and magnitude determination• Extensive Python programming experience, including developing code for several of the topics above• Maintained the regional seismic network across Oklahoma, deployed instruments, lead surveys, configured and managed data servers and databases

• Researched and presented on several aspects of earthquake seismology: tomography; interferometry; velocity model inversion; sonic log interpretation; attenuation; ground motion analysis; earthquake location and magnitude determination• Extensive Python programming experience, including developing code for several of the topics above• Maintained the regional seismic network across Oklahoma, deployed instruments, lead surveys, configured and managed data servers and databases

• Designed and drafted structural elements following IBC standards• Designed and oversaw construction of prototypes. Tested operational loads for prototypes, incorporating ASTM standards into testing procedures • Researched and tested various construction material’s response to chemical exposure• Recorded and documented test results for dissemination to contractors