Data Science is increasingly becoming an essential tool to optimize exploration and drilling strategies, contributing to the successful execution of onshore and offshore projects. Professionals are utilizing extensive synthetization of data from various sources, such as seismic, well logs, and core samples, to develop geological model that can optimize exploration strategies, ensuring data-driven decision-making in the pursuit of hydrocarbon reserves.

As results-driven Geoscientist and practicing Drilling Data Engineer, Daramola Oluseyi Gideon, has continued to find the intersection of Data Analysis and the Oil and Gas Industry, a useful tool for maximizing productivity in offshore operations spanning multiple countries. Gideon is extensively skilled in characterizing reservoir properties to optimize drilling and extraction strategies, and petroleum geology practices in the context of exploration and drilling project.

A Certified Scrum Master and Geology Graduate of the University of Ilorin, Kwara, Gideon has continued to demonstrate proficiency in agile methodologies, facilitating collaboration, adaptability, and swift responses to evolving project requirements in the industry.

“Over the course of my role as a Drilling Data Engineer, I have helped to collect and monitor real-time data from various sensors and instruments deployed at drilling sites, such as gas chromatographs, mud logging units, and drilling parameters sensors, ensuring the accuracy and reliability of data collected from different sources,” he said.

A Master’s Degree holder in Exploration Geophysics from the University of Lagos, and honourary Doctorate Degree holder from Prowess University, Delaware, USA, Gideon has been able to deploy key trend analysis, and formation evaluation techniques foster a culture of learning and adaptation, which enhances overall project efficiency, incorporating the best geological practices.

“During field work, I am able to analyze drilling parameters and geological data trends to provide insights into the formation being drilled. This involves identifying anomalies or issues in drilling operations by analyzing the collected data. Evaluating the geological formations encountered during drilling helps to assess their potential for oil or gas,” he added.

He has also continued to demonstrate a steadfast commitment to Health, Safety, and Environmental standards, embedding a culture of safety consciousness throughout project execution.
“Adherence to safety protocols is important. This is why we strive to ensure that the drilling operations comply with industry regulations and standards. It is also important to monitor and report any environmental concerns related to drilling activities. Maintaining detailed records of drilling data, geological formations, and any incidents or deviations from the planned operations is also crucial to ensure improvements to future exploration projects,” he stated.

Gideon also boasts of a long list of insightful publications vital for enhancing oil and gas exploration efficiency, and improving decision-making in Sustainable Energy Investments Leveraging Big Data. These include; ‘Navigating Complexities: A review of communication barriers in multinational energy projects,’ ‘Conceptualizing communication efficiency in energy sector project management: The role of digital tools and Agile practices,’ ‘AI applications in reservoir management: Optimizing production and recovery in oil and gas field,’ and ‘Technological innovations in liquefied natural gas operations,’ among several others.