Purdue University’s longstanding leadership in nuclear energy technologies research has resulted in a $6 million grant from the U.S. Department of Energy to lead a consortium that will revitalize nuclear research facilities and expand university-led research for small modular reactor (SMR) and advanced reactor (AR) technologies.

Purdue University research reactor serves as test bed for optimizing performance of small modular reactors.

Purdue University has been chosen by the Indiana Office of Energy Development (IOED) to research small modular nuclear reactor (SMR) technology and assist in the development of a comprehensive transition plan and supportive policies that benefit Indiana's energy management.

Seungjin Kim, professor and Capt. James F. McCarthy, Jr. and Cheryl E. McCarthy Head of the School of Nuclear Engineering, has been unanimously elected as the new Chair of the Council of Advisors of the Nuclear Energy Agency (NEA) Global Forum on Nuclear Education, Science, Technology and Policy.

The School of Nuclear Engineering participated in the Purdue University graduation ceremony held Saturday, May 11th. 26 BSNEs, 5 MSNEs, 1 MNE, and 3 PhDs were conferred.

Among the inaugural cohort of Purdue University’s online Master of Nuclear Engineering degree stands Tetyana Martin. Tetyana is the first graduate of the School of Nuclear Engineering’s online graduate program. This achievement will advance her flourishing career in the nuclear industry.

Xiaoyuan Lou, Associate Professor in the School of Nuclear Engineering (NE), and his graduate student Jingfan Yang (MSE), along with their collaborators across the nation recently won the 2023 Best Paper Award from Journal of Nuclear Materials (JNM).

Congratulations to the many students acknowledged during the 2023-2024 School of Nuclear Engineering Recognition Seminar!

Digital twins (DTs) can go a long way toward ensuring that favorable reception, enabling continuous updates about expected lifecycle and required maintenance. This emerging solution has the potential to increase the performance, efficiency and safety of nuclear power plants, already the most reliable and environmentally friendly method of power generation.