Course Schedule

Description

In the ever-evolving field of oil and gas, leveraging data through machine learning has become essential to achieving operational efficiency and competitive advantage. This course provides a comprehensive introduction to machine learning using Python, with applications directly relevant to upstream, midstream, and downstream operations. Participants will gain practical insights into data-driven decision-making and analytics, empowering them to apply machine learning to complex industry challenges.

Through expert guidance and hands-on sessions, attendees will work with datasets unique to the oil and gas sector, covering topics such as production forecasting, equipment monitoring, and predictive maintenance. By the end of this course, participants will have a solid foundation in machine learning and Python, equipped to lead data-driven initiatives in their organizations.

Demo Class

8 Chapter
ML Isolation Forest Outlier
ML Isolation Forest Outlier
ML Clustering Production Holdup
ML Clustering Production Holdup
Logistic Regression Unstability
Logistic Regression Unstability
Linear Regression
Linear Regression
Exponential TSA
Exponential TSA
Theta Forecast Time Series
Theta Forecast Time Series
Demo Class 1
Demo Class 1
Demo Class 2
Demo Class 2
Course Description

Introduction


The oil and gas industry is increasingly data-intensive, with vast amounts of information generated daily. Machine learning offers a pathway to turn this data into actionable insights that can significantly enhance operational decision-making and efficiency. Designed for industry professionals, this course delves into machine learning essentials using Python, giving participants the tools they need to address industry-specific challenges and leverage data to drive impactful solutions.

Objectives


  • Understand the core principles of machine learning and its applications in oil and gas.
  • Gain proficiency in Python programming for data manipulation and analysis.
  • Apply machine learning techniques to production optimization, predictive maintenance, and asset monitoring.
  • Develop data-driven models to support decision-making in exploration and production.
  • Evaluate the impact of machine learning solutions on operational efficiency and cost-effectiveness.
  • Training Methodology


    This course combines lectures with interactive, hands-on sessions, allowing participants to practice machine learning techniques in real-time. Guided by industry experts, attendees will work with datasets representative of oil and gas operations, learning to implement and interpret machine learning models relevant to the sector.

    Organisational Impact


  • Enhanced data analytics capabilities in teams, leading to optimized production and reduced operational risks.
  • The ability to harness machine learning for predictive insights and smarter asset management.
  • Improved decision-making processes, informed by robust data-driven models.
  • Personal Impact


  • Confidence in applying Python-based machine learning techniques to oil and gas scenarios.
  • Advanced skills in data analytics, increasing their value and effectiveness within their roles.
  • Practical knowledge of handling industry-specific datasets and creating predictive models for real-world applications.
  • Who Should Attend?


    Reservoir Engineers.

    Production engineers.

    Chemical engineers.

    Drilling engineers.

    Geologists and petrophysics.

    AL and workover engineers.

    Undergraduate students.

    Course Outline


    Python Module

    This module will cover all python basics to get started and feel confident in writing code and maintain future code bases.

     

    Module 1:


    ·       Introduction to python for oil and gas Industry

    ·       Python tools and package options

    ·       Data types and basic python functions

    ·       Introduction to data casting

    ·       Introduction to string and string manipulation




    Module 2:


    ·          Data container (Lists and Dictionaries)

    ·          Operation on containers.

    ·          Introduction to loops

    ·          Introduction to Branching (IF Statements)

    ·          Mixing Lops and Branching

    ·          Introduction to User Functions

     


    Module 3:


    ·       Working with Arrays and Applying mathematics to them

    ·       Working with tabulated data

    ·       Basic Pandas functions for data manipulation

    ·       Introduction to visualization.

    ·       EDA – Exploratory Data Analysis



    Machine Learning Module:

     

    This module will introduce the trainee to machine learning concept and various uses and implementations, in this module user will learn how to utilize python as a tool for various ML related projects

     

    Module 4:


    ·       Processing Tabulated Data.

    ·       Data Filter, cleansing and Outlier handing

    ·       Imputations and it’s methodologies.

    ·       Feature Engineering

    ·       Plotting for ML (Distribution, Pair plots, box, LMPlots, Heat)

    ·       Machine Learning Workflows (Putting Everything in place)



    Module 5 :


    ·       Introduction to machine learning Types

    ·       Introduction to Unsupervised Learning

    ·       K-Mean Clustering using Sklearn

    ·       Clustering Oil wells based on petrophysical properties

    ·       Clustering Gas Wells Based on Liquid Loading Index

    ·       Hierarchal clustering and Dendrogram.

    ·       Hierarchal Cluster Based Water Cut in Oil Wells


     

    Module 6:


    ·       Introduction to Regression

    ·       Basics of Regressions using NumPy Poly1d.

    ·       Introduction to Linear Regression in SKlearn

    ·       Multivariate Regression in ML

    ·       Regression Applied to Oil and Gas Production Prediction

    ·       Evaluation of Regression Models

    ·       Regression Sensitivity Analysis using OVAT

    ·       Predicting Drilling Performance Using Multilinear Regression

     


    Module 7:


    ·       Introduction to classification problems

    ·       Classifications as applied to Oil and Gas Industry Problems.

    ·       Introduction to Logistic Regression.

    ·       Introduction to KNN.

    ·       Classifying Flow Stability in Oil Wells.

    ·       Comparing Decline Curve Analysis to ML Regression

    ·       Introduction to Support Vectors (SVM)

    ·       Predicting Geomechanically Properties using SVM

    ·       Shale Formation Simulation Classification



    Module 8:


    ·       Introduction to Neural Networks

    ·       Introduction to deep learning

    ·       Introduction to fuzzy logic

    ·       Applications of NN in oil and gas industry

    ·       Model Optimization

    ·       Dashboarding and ML Implementation

    ·       Notes on OOP approach and Production Grade Code.

     



     

    Certificates


    On successful completion of this training course, PEA Certificate will be awarded to the delegates

    About The Trainer
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    Mr. Nashat J. Omar With over 11 years of specialized experience in petroleum engineering, focus on production and flow assurance brings valuable expertise to the energy sector.


    He possess a strong command of Python and C#, which empowers him to create efficient data management solutions and streamline workflows. 


    His collaborative nature and adaptability enable him to thrive in multidisciplinary settings, where he consistently contributes to success through innovative problem-solving. 


    He is dedicated to continuous learning and staying ahead of industry advancements, ensuring that he can enhance operational efficiency and guarantee robust flow assurance.