Groundwater Exploration & Study Focus on Electrical Methods

About this course

In the field of resource management, uncertainty poses the greatest financial and operational risk. The process of locating subsurface water resources, in particular, has historically been subject to imprecise methods and speculative drilling, often resulting in significant economic loss. Modern geophysics offers a scientific and data-driven alternative.This course provides a comprehensive and professional-level training on the industry-standard method for groundwater characterization: Electrical Resistivity.My name is Hosein Moghaddasi. I am a geophysicist with a Master of Science degree from the Institute of Geophysics, University of Tehran. For over twelve years, my professional activities have been centered on subsurface exploration. As co-founder of Jarfab Kavosh Consulting Co., my team and I have successfully executed over 300 geophysical projects focused on groundwater and mineral resource mapping.The curriculum presented here is a direct codification of the systematic workflow we employ in our professional practice. It is built upon a foundation of rigorous geophysical theory but is focused entirely on practical, real-world application.You will learn the complete professional workflow: from designing a field survey and ensuring data quality, through the computational process of data inversion, to the final and most critical step: rigorous hydrogeological interpretation. While our primary focus is mastering electrical resistivity, we will also explore how complementary methods like seismic and electromagnetics are integrated to reduce ambiguity and build a truly robust subsurface model.This course is distinguished by its extensive use of case studies and datasets from our professional archives, offering you unparalleled insight into real-world projects. It is designed for geologists, engineers, environmental scientists, and students who wish to attain a professional level of competency