Jackson Tomski

Staff Researcher II
Years of Experience:
4
Education & Licenses:

Master of Science, Geological Sciences – Geophysics, 2020, The University of Texas at Austin, Austin, TX
Thesis: Unconventional Reservoir Parameter Estimation by Seismic Inversion and Machine Learning of the Bakken Formation, North Dakota
Bachelor of Science, Geological Sciences (Concentration in Geophysics), 2018, Michigan State University, East Lansing, MI
Minor in Computer Science

Areas of Specialization:

Scientific Programming in Python, Matlab, C, and C++
Frontend Web App Development Using JavaScript, HTML, and CSS
Bayes Nets, Predictive Analytics, Predictive Modeling, Deep Learning, and Big Data Analytics
Seismic Inversion, Well Log Interpretation, and Seismic Interpretation

Overview:

Jackson Tomski is a Staff Researcher with the Innovative Software & Research Team at Equity.  Prior to Equity, he was a graduate research student at The University of Texas at Austin applying machine learning algorithms in aid of exploration geophysics and petroleum engineering-related problems.  Jackson also did a summer internship as an earth scientist doing a data science project for Chevron within the Mid-Continent Business Unit (MCBU). 

At Equity, he has performed mathematical modeling in Python for imaging bulges and dents, local thin areas, and abnormally high/low temperature in downstream tank and drums of different geometries. His current work for Equity encompasses continuous development and deployment of all xSight products that are being produced. He continues to contribute not only to the frontend/web app development but also to the machine learning and specifically the Bayes Net backend improvements and development.

Publications:

  1. Tomski, J. R. and Sen, M. K., “Enhanced artificial intelligence workflow for predicting production within the Bakken formation,” In S. S. Ganguli & V. P. Dimri (Eds.) Developments in Structural Geology and Tectonics (Vol. 6, pp. 83-139), Elsevier, 2023.
  2. Tomski, J. R., Sen, M. K., Hess, T. E., and Pyrcz, M. J., “Unconventional reservoir characterization by seismic inversion and machine learning of the Bakken Formation,” AAPG Bulletin, 106(11), 2203-2223, 2022.
  3. Tomski, J. R., “Unconventional reservoir parameter estimation by seismic inversion and machine learning of the Bakken Formation,” North Dakota, Diss, 2020.
Generic selectors
Exact matches only
Search in title
Search in content
Post Type Selectors
Pages
Industry Insights Newsletter Articles
Events
Library Items