The United States is known for its extensive use of nuclear power, hosting 94 operational nuclear reactors, the most found in any country around the globe. These reactors provide nearly one-fifth of the country’s electricity. Dean Price, a notable figure in the field, views this as a significant accomplishment but insists that we need to exploit nuclear power more, especially as we start to step away from fossil fuels. Price, a nuclear engineer by profession, is dedicated to making nuclear technology step up to the plate in these crucial times of energy transition.
As an Assistant Professor at MIT in the Department of Nuclear Science and Engineering, as well as the Atlantic Richfield Career Development Professor in Energy Studies, Price is well-versed in the pivotal role nuclear energy has played over the past six decades. He understands the importance of the small, yet expert cohort of nuclear engineers who are responsible for maintaining this form of carbon-free energy. Price’s ultimate goal? Create a new generation of nuclear reactors aimed at improving upon existing technology, making it safer, more economical, and more reliable.
Price remains committed to his mission, fueled by the encouragement found within the uniquely cohesive and convivial community of nuclear engineering. He began his journey by researching the safety aspects of steel and concrete casks used for storing spent reactor fuel rods, confirming the method’s safety, while acknowledging that long-term disposal methods remained a topic needing further study.
During his graduate studies, Price ventured into the world of multiphysics modeling. Rooted in the examination of various functions in a nuclear reactor core, this methodology presents a stark contrast to the study of isolated processes. He also utilizes artificial intelligence (AI) to aid in the design of novel reactor systems and to streamline multiphysics simulations – a prominent theme since he joined MIT in 2025.
Setting his sights on advanced reactors such as small modular reactors (SMRs) and microreactors, Price is diligently working towards realizing the potential for more affordable, safer, and adaptable power generation. AI also presents an exceptional tool for the identification of data patterns, which could significantly enhance nuclear plant operations.
Price sees the integration of AI into the nuclear field as an important step forward. Through his involvement with MIT, he plans on making strides in nuclear technology and fostering future industry leaders. He’s already interacted with several motivated MIT students, who he believes could form an integral part of his research team. His own experiences as a young engineer fuel his efforts to create an enriching environment for his students and encourage a passion for nuclear engineering.
For further details on Dean Price’s work and vision, read the original news article here.
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