Course Schedule

Online Sessions:

Code	Date	Time	Duration	Location	Currency	Team of 10 Per Person	Team of 7 Per Person	Early Bird Fee Per Person	Normal Fee Per Person
COURSE CODE : PEA / PYGG / 25	21 Apr 2025	9 PM Indian Time	2 Hours Per Day	Zoom Online

The Classes Will be Via Zoom Online Only On Mon, Wed & Friday for 4 Weeks.

Boost your team's skills and your budget! Enjoy group discounts for collaborative learning. Send an inquiry to info@peassociations.com.

Python For Geology & Geosciences

This comprehensive course provides geologists and geoscientists with a practical introduction to Python programming. Learn to analyze data, create visualizations, and automate tasks, empowering you to make more informed decisions and advance your career.

Description

In the field of Geology, quantitative modeling and simulation of physical phenomena is quickly becoming a necessary tool for all geoscientists to understand how our planet works. Simulating quantitative Geology models make it necessary for all geoscientists to have computer programming skills. Unfortunately, Geology professionals and students alike, at present, have to learn to program on the job which often becomes challenging and stressful.

Demo Class

Do You Want to Learn How to Create a Terrain Map Plot Like this

Preview

GeoJSON Field Outlines in Folium Maps

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3D Visualization of Geological Features

Preview

Topographic Geological Map

Preview

Do you want to Learn How to Create 3D Contour Map

Preview

Seismic plot Using Python

Preview

3D Geomodeling Using Python

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Geo Modelling on onlap Relations Generated by Gempy Library

Preview

Demo Class 1

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Demo Class 2

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Demo Class 3

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Demo Class 4

Preview

Course Description

Introduction

In today's data-driven world, the ability to analyze and interpret information is crucial for success in the geosciences. Python, a versatile and powerful programming language, has become an essential tool for geoscientists. This course will equip you with the knowledge and skills to leverage Python for a wide range of geoscience applications.

Objectives

By the end of this course, participants will be able to:

Understand the fundamentals of Python programming.

Import, clean, and manipulate geological data using Python libraries.

Perform statistical analysis and create compelling visualizations.

Automate repetitive tasks and workflows.

Apply Python to solve real-world geoscience problems.

Training Methodology

This course combines interactive lectures, hands-on exercises, and real-world case studies to ensure a comprehensive and engaging learning experience. Our experienced instructors will guide you through the fundamentals of Python and its applications in the geosciences. You'll have ample opportunities to practice your skills and receive personalized feedback.

Organisational Impact

By training your geoscientists in Python, your organization will benefit from:

Increased efficiency: Automate data analysis and reporting processes, saving time and resources.

Improved decision-making: Gain deeper insights from data through advanced analysis and visualization techniques.

Enhanced innovation: Develop new tools and methods for geological exploration and analysis.

Personal Impact

This course will empower you to:

Expand your skill set: Become proficient in a highly sought-after skill in the geoscience industry.

Increase your employability: Gain a competitive edge in the job market.

Advance your career: Unlock new opportunities for growth and development.

Who Should Attend?

This course is designed for:

Geologists

Geophysicists

Hydrogeologists

Environmental scientists

Geoscience students

Anyone interested in applying Python to geoscience problems

Course Outline

Introduction to Variable, Data Types, Formatted Printing: Using Geothermal Gradient, Change in Pressure inside the Earth.

Lists and Dictionaries: Creating, opening, and editing lists and dictionaries using examples like Geothermal Gradient and Change in Pressure inside the Earth.

Logical Operations: Using if-else, if-elif with examples related to Geothermal Gradient and Change in Pressure inside the Earth.

File Handling: Creating, opening, writing, extracting, editing blank data files; opening, editing, deletion of content in files with Pressure-Temperature-Depth data.

Loops: For-loop, while-loop, loop with conditional execution, nested loops, infinite loops using examples like changes in acceleration due to gravity, pressure change, and thermal change.

Developing Functions: Creating geological models as functions that can be called from a different Python program.

Geodynamic Modeling:

Using Numpy, Pandas, and Matplotlib libraries for mathematical calculations, data analysis, and plotting.

Pressure Inside Planets

Stress Analysis

Flow through porous media

Fold-wavelength

Certificates

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

About The Trainer

A highly accomplished geologist with expertise in structural geology, tectonics, and field mapping. He has a PhD in Geology from the University of Illinois at Urbana-Champaign and has held several teaching and research positions at prestigious universities in the United States. He is proficient in various geological software and programming languages, including Python, ArcGIS, and MATLAB. He has extensive experience in geological mapping, 3D modeling, and quantitative analysis of geological structures. He has also developed and taught several courses on Python programming for geoscientists.