Don’t miss this unique opportunity to connect with Mark G. Hatfield, managing director of Chevron’s Australia Business Unit and a proud UTulsa alumnus. With more than 40 years at Chevron, Mark has led major operations across the globe, including the Gulf of Mexico and now Australia, after beginning his career as a production engineer in Louisiana. A graduate of The University of Tulsa’s petroleum engineering program, Mark has remained deeply connected to the university—serving on advisory boards, leading recruitment efforts, and acting as Chevron’s executive sponsor to UTulsa since 2017. Known for his leadership, commitment to community service, and belief in the power of mindset, Mark brings a wealth of insight into the energy industry and professional growth. This is a rare chance to hear from an accomplished global leader who never forgot where his journey began. Lunch will be provided.
McDougall School of Petroleum Engineering
Personal Perspectives on Petroleum Engineering Education
UTulsa petroleum engineering graduate students are invited to a seminar featuring Tom Blasingame, Texas A&M University.
From the speaker:
In this seminar I provide my thoughts on the evolving role of petroleum engineering education in supporting the development of subsurface energy resources. While retaining our core focus on traditional disciplines, petroleum engineering must adapt to incorporate broader aspects of “subsurface energy engineering” — integrating emerging technologies and addressing new technical challenges. To be sure, I advocate for the continued evolution of petroleum engineering technologies and educational programs. I provide my own perspectives on the current status and potential future of petroleum engineering education, considering the need for an expanded technical focus and new skill sets.
My goal is to discuss what we have done well, what we must consider in a very mature state of development in the U.S., and what we could and should do in the context of the “petroleum engineering” label. While debates about nomenclature persist, I will continue to use “petroleum engineering” to represent the broader scope of “subsurface energy engineering” systems. Our mission will expand, but all indicators are that we will be consuming roughly the same volumes of hydrocarbons in the next 30 years as we are now (if not more). That may or may not happen, but someone will have to provide the skills and workforce to produce “geo-energy” (or whatever name subsurface energy is given) – I am pretty sure it will be “us.”
Graduate Seminar: Transitioning to what? Decarbonization is just one piece of the puzzle.
Fossil fuels have shaped the modern world but have also pushed us beyond ecological limits, creating an uncertain future. This seminar will explore this critical moment for the global energy system, its broad impacts, and the need for sustainable pathways. We will discuss key concepts like growth, complexity, systemic risk, efficiency, resilience, and strategies for adaptation and mitigation. With a thought-provoking approach, we aim to offer a critical perspective on the transformations facing society, the economy, and energy systems in the pursuit of sustainability.
NAE Member-Led Event: Carbon Capture, Sequestration, and the Future of Energy
Please join The University of Tulsa and National Academy of Engineering for a one-day event dedicated to exploring the latest innovations in carbon capture, utilization, and sequestration. This event will bring together academic and industry leaders to discuss emerging technologies and practices critical to addressing global energy needs. With a focus on carbon transportation and storage, the event will feature case studies, technology insights, and economic analyses. Learn more about the event and see the full agenda.
Personal Perspectives on Petroleum Engineering Education
UTulsa petroleum engineering graduate students are invited to a seminar featuring Tom Blasingame, Texas A&M University.
From the speaker:
In this seminar I provide my thoughts on the evolving role of petroleum engineering education in supporting the development of subsurface energy resources. While retaining our core focus on traditional disciplines, petroleum engineering must adapt to incorporate broader aspects of “subsurface energy engineering” — integrating emerging technologies and addressing new technical challenges. To be sure, I advocate for the continued evolution of petroleum engineering technologies and educational programs. I provide my own perspectives on the current status and potential future of petroleum engineering education, considering the need for an expanded technical focus and new skill sets.
My goal is to discuss what we have done well, what we must consider in a very mature state of development in the U.S., and what we could and should do in the context of the “petroleum engineering” label. While debates about nomenclature persist, I will continue to use “petroleum engineering” to represent the broader scope of “subsurface energy engineering” systems. Our mission will expand, but all indicators are that we will be consuming roughly the same volumes of hydrocarbons in the next 30 years as we are now (if not more). That may or may not happen, but someone will have to provide the skills and workforce to produce “geo-energy” (or whatever name subsurface energy is given) – I am pretty sure it will be “us.”
Graduate Seminar: Transitioning to what? Decarbonization is just one piece of the puzzle.
Fossil fuels have shaped the modern world but have also pushed us beyond ecological limits, creating an uncertain future. This seminar will explore this critical moment for the global energy system, its broad impacts, and the need for sustainable pathways. We will discuss key concepts like growth, complexity, systemic risk, efficiency, resilience, and strategies for adaptation and mitigation. With a thought-provoking approach, we aim to offer a critical perspective on the transformations facing society, the economy, and energy systems in the pursuit of sustainability.
NAE Member-Led Event: Carbon Capture, Sequestration, and the Future of Energy
Please join The University of Tulsa and National Academy of Engineering for a one-day event dedicated to exploring the latest innovations in carbon capture, utilization, and sequestration. This event will bring together academic and industry leaders to discuss emerging technologies and practices critical to addressing global energy needs. With a focus on carbon transportation and storage, the event will feature case studies, technology insights, and economic analyses. Learn more about the event and see the full agenda.