Practical Machine Learning for Well Log Data Course

Cameron Snow

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This course will guide students through the application of fundamental machine learning techniques to well log data. Techniques covered include clustering, classification, and regression via multiple methodologies. The emphasis of
each module is to understand when different techniques should be applied to the data and why. Students will run code to read well log data, train and test machine learning models, and to write log data back for visualization in their G&G software; This course is not designed to teach students how to code in Python, but rather how to apply machine learning to create value for their company.Read more...

Target Audience: Petrophysicists, reservoir engineers, and geologists working with well
log data.
Prerequisites: Basic understanding of petrophysics and well log data is required.
Familiarity with Python programming is helpful but not mandatory.
Software: Python, Pandas, NumPy, Scikit-learn, XG Boost, Matplotlib, and Lasio will be
used for the coding and machine learning exercises.

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Course contents

    Chapter 1 - ML for Petrophysics

    01-01 - Course Introduction  Sample Lesson Quiz

    01-02 - Introduction to Well Log Data and Petrophysics Quiz

    01-03 - Introduction to Machine Learning Quiz

    01-04 - Training vs. Test Data in Petrophysics Quiz

    01-05 - Python and Petrophysical Data Quiz

    01-06 - Clustering Methods for Petrophysical Data Quiz

    01-07 - Classification Methods for Petrophysical Data Quiz

    01-08 - Regression Methods for Petrophysical Data Quiz

    01-09 - Model Deployment Quiz

    01-10 - Course Wrap-Up Quiz

    01-11 - Bonus Lesson on LLMs