• Responsible for all software development, maintenance, and advancements• Create a user-friendly and streamlined customer experience • Consult and guide 4cast clients• Develop automated back-end tasks for up-to-date data access and analytics • Create leading in-house engineering and geoscience analytics data and features• Develop roadmap to accelerate and scale 4cast to directly compete with major industry software and data providers

• Consulting services in geophysics• Bitcoin mining • Full-stack software development• Data science• Oil and gas analytics• Prospect generation• Investments in oil and gas projects

The Society of Independent Professional Earth Scientists (SIPES) is the only national organization designed exclusively for the independent professional earth scientist. Members include geologists, engineers, geophysicists, geochemists, and other earth scientists.

• Led the geophysics program on a multi-function team that resulted in a greater than 10x asset sale with a valuation >$3B• Design and implement program for ~1000 sq. mi. of 3D seismic• Interpret horizons and faults across asset and surrounding areas in the Eagle Ford, Austin Chalk, and other formations• Integrate well, seismic horizon, and fault data into depth models used to plan and execute drilling of over 100 laterals in target zones• Serve as secondary operations geoscientist and assist with geosteering and well planning• Pre-stack seismic data conditioning using PreStackPro on vintage processed and reprocessed data• Reprocess 3,000 sq mi. of core Eagle Ford seismic data using Seitel• Generate structural and amplitude attributes and AVO inversion-based rock physics models for asset evaluation• AVAz analysis in the Austin Chalk and Eagle Ford formations for multivariate evaluation of asset• Develop geologic and production composite risk segment workflow to highlight most prolific areas in the Austin Chalk prospect• Assess acquisition opportunities for >20 data rooms, and used internally developed decline curve analysis tools to expedite evaluations• Aggregate, organize, and summarize Pioneer core data, XRF data, and image log fracture data• Lead petrophysics evaluation of the Austin Chalk, Eagle Ford, and Wilcox for asset development and exploration• Create and maintain SQL database and data pipeline for geologic, geophysical, and engineering data• Generate data features including well spacing metrics, depletion metrics, formation and target indicators, completions stage analytics, and G&G grid extractions• Head data science effort and develop internal technology to improve asset development and assessment, including multivariate analytics platform and automated decline curve analysis software• Lead sale process of Ensign as key member of evaluation team• Evaluate and assess Edwards asset to determine and improve underappreciated value

In The Woodlands:• Creating seismic inversions and provide attribute analysis for over multiple assets• Fracture, fault, and stress characterization for the STACK asset• Applying data science and machine learning analytics methods within assets• Gather conditioning work and seismic processing project management over all assets• Geomechanics analysis for multiple assets and the completions team• Providing azimuthal gather conditioning and analysis for Uinta team• Induced seismicity and microseismic analysis including processing QC and project management• Exploration and assessment of new prospects using 2D and 3D seismic interpretationIn Tulsa:• Operations geophysics for Arkoma and Anadarko assets for geosteering, drilling, and completions• Fracture and fault analysis with production data integration in Arkoma for focused drilling• Meremac shale and carbonate attributes and rock physics analyses for focused drilling• Woodford attribute and rock physics analysis of upper and lower zones for focused drilling• Gather conditioning and seismic survey merging for multiple seismic surveys• Regional tectonic and structure interpretation combining 2D and 3D seismic with well dataIn Denver:• Created an elastic impedance inversion method for thin bed facies detection and quantification• Used fracture attributes and modeling in Petrel to correlate production to fracture intensity• Multi-component interpretation and joint PP-PS inversion of Uinta Basin seismic• Extensive hands-on training in all operations and exploration disciplines

• Combined fault detection attributes with oil production data to find regions with critically stressed fractures• Implemented fault detection code in an commercial setting• Rock property modeling using pre-stack inversion integration of geologic data

Developed a method to automatically tie multiple well logs to seismic data

• Created a workflow to detect and quantify a discontinuous, sub-tuned sand prospect in the Uinta Basin• The workflow uses a modified pre-stack elastic impedance inversion to estimate net pay

• Created a workflow to compute seismic net-to-gross for subtuning Class II & III AVO GOM prospects• AVO and fluid substitution modeling for deep water GOM prospects

Modeled 3D tsunami inundation and propagationEnhanced meteorite impact craters with magnetics

• Seismic stratigraphy modeling and evaluation of the Bossier, Haynesville, and Taylor Sandstone • 2D line interpretation and balancing in East Texas