Meet the Expert: Soheil Saraji, PhD
Dr. Soheil Saraji is department head and associate professor of energy and petroleum engineering at the University of Wyoming, where he holds the LeNorman Endowed Leadership Chair and the Richard and Marilyn Lynch Chair in Subsurface Energy and Digital Innovation. He teaches a course in fundamentals of enhanced oil recovery and a course in blockchain in energy.
Dr. Saraji has over a decade of experience in subsurface energy systems. His work focuses on enhanced energy recovery, underground energy storage, and carbon management, integrating experimental research with data-driven and emerging digital approaches to better understand and optimize complex subsurface processes. He earned his MS in petroleum engineering from Sharif University of Technology and his PhD in petroleum engineering from the University of Wyoming.
OnlineEngineeringPrograms.com: What makes Wyoming special when it comes to engineering?
Dr. Saraji: Wyoming is an energy state and a resources state, with a historically large oil and gas operation. Of course, it’s not as big as Texas, but the population of Wyoming is pretty low. We were the first exporter of energy on the gigawatt per hour basis in the entire United States. We have several oil and gas operations, and Wyoming coal is also some of the cleanest coal, offering the best value for what it produces.
What makes our program at the University of Wyoming unique is that we have this rare combination of both engineering fundamentals and access to these real-world energy systems. We have a lot of good engagement with oil and gas operators in Wyoming, and our students get to go do field visits, work with them, and sometimes do internships. It’s a unique and integrated system: you learn a theory, but immediately have opportunities to apply that theory.
OnlineEngineeringPrograms.com: Do you have any advice for young engineers planning their education or career?
Dr. Saraji: The one thing you cannot skip is the fundamentals. Build very strong foundational engineering skills. Typically, the first two years of your undergraduate degree are mostly general engineering courses, and the last two years you work on a specific engineering area. That is non-negotiable; it has to happen.
But you can’t stop there, because we are dealing with an evolving world. And in this world, data matters, computation matters, and interdisciplinary thinking matters. So while you’re learning fundamentals, always be on the lookout for learning a new emerging area. AI is going to impact every single industry in the next decade or two. You need to learn about AI. You need to learn about interdisciplinary thinking. You need to keep your mind open to all these adjacent areas that you can expand into.
Finally, do as much as you can to get involved in hands-on experience, whether it is going out into the field, doing an internship, or working with a company. Always go beyond theory and get hands-on experience. That’s very important.