Dr. Kostadin Ivanov has announced his decision to step down as chair of NC State University’s Department of Nuclear Engineering. Dr. Ivanov will now focus on leading two significant capital projects that are crucial to the future of nuclear research and innovation at NC State. These projects include a feasibility study for building a new advanced nuclear research reactor and a molten salt loop pilot facility.
The feasibility study for the reactor, backed by a $3 million grant from the North Carolina General Assembly, acknowledges the department’s successful Nuclear Reactor Program. It is part of an effort that positions NC State as a strong contender for funding provided by the CHIPS and Science Act, which could result in the construction of up to four advanced nuclear reactors on university campuses. The molten salt loop pilot facility will further enhance research into next-generation nuclear technologies.
Dr. Ivanov’s leadership has been transformative for the Department of Nuclear Engineering. Under his guidance, the graduate program rose to 3rd in the U.S. News & World Report ranking of graduate nuclear engineering programs, a significant leap from its previous 8th place ranking. The department has also grown into the largest nuclear engineering department in the United States.
Dr. Ivanov will return to his role as Distinguished Professor of Nuclear Engineering, where he will continue to contribute his expertise to the department’s academic and research efforts.
Stepping into the role of interim department head is Dr. Steve Shannon, a long-serving faculty member who joined the department in 2008. Since 2020, Dr. Shannon has overseen the nuclear engineering graduate program, further solidifying its reputation for excellence. His research focuses on industrial plasma discharges, a technology with applications ranging from decorative surface treatments to the fabrication of cutting-edge micro- and nano-scale devices. Dr. Shannon is recognized for advancing plasma applications and developing new techniques for future material and device fabrication.
This leadership transition is an exciting time for NC State’s Department of Nuclear Engineering, as it continues to expand its impact on clean energy, environmental stewardship, national security, industrial development, and medical research. The department remains at the forefront of innovation, driven by the dedication and expertise of its faculty, staff, and students.