To be considered for inclusion in the Department of Nuclear Engineering Hall of Fame, inductees must have earned a degree from NE or have earned an engineering degree from another accredited engineering school or college with a sustained positive relationship with NE; have had at least ten years of engineering and/or other professional experience since earning their engineering degree; and be recognized for their accomplishments and contributions to the profession and to society by membership in honorary societies and receipt of special honors and awards from recognized national and international academic and/or industrial organizations.
Lee Dodds is a former NE department head and is a three-time graduate of the department, having earned his bachelor’s in 1966, master’s in ’69, and his doctorate in ’70. He joined the department as an associate professor in 1976 after working for the Savannah River Laboratory, ORNL, and NASA. Dodds then became the department head in early 1997 and led the department to a top ten national ranking by U.S. News and World Report.
He is a past member of the Accreditation Board of the National Academy for Nuclear Training, the National Board of Directors of the American Nuclear Society, and the National Board of Directors of the Nuclear Energy Institute. Dodds has received many awards during his career including the Arthur Holly Compton National Teaching Award and the Robert L. Long Training Excellence Award. He is a Licensed Professional Engineer and a Fellow of the American Nuclear Society.
John Mihalczo earned his doctorate from the department in 1970. He is an ORNL Corporate Fellow and a true US nuclear pioneer. Mihalczo worked at the Curtiss Wright Corporation from 1953-58 on nuclear propulsion and a variety of other nuclear reactor applications. He joined the Neutron Physics Division of ORNL in 1958 as a researcher at the Oak Ridge Critical Experiments Facility, staying until he joined the ORNL Instrumentation and Controls Division in 1973.
At the Critical Experiments Facility, he performed a wide variety of research related to reactor design, nuclear criticality safety, and reactor physics. His criticality experiments, development of nuclear weapons verification technologies, and other vital research is world-renown. For these contributions he was awarded Fellow of the American Nuclear Society.
Anthony R. (Tony) Buhl
Buhl received his BS (’63), MS (’64), and PhD (’67) in Nuclear Engineering from UT. Upon graduation, he became a US Army Captain, worked at Oak Ridge National Laboratory, the Department of Energy in Washington, and then was Assistant Director of the Clinch River Breeder Reactor Project. He was the first Director of the US Nuclear Regulatory Commission’s Risk Analysis Division.
Stepping out of government, he joined friends from UT Engineering to be among the first owners of Technology for Energy. In the same week, President Carter asked Buhl to report to the Three Mile Island Control Room. Years later he was called to other nuclear crises, including Crystal River and Chernobyl. Following TMI, he served as Director of the IDCOR program, supported by seven nations and all nuclear utilities in the US to address reactor safety concerns. The US Senate Energy Committee assigned him to work in Russia and other places to explain the Chernobyl accident and to prevent additional threats. He worked six years with the senior management team on the design, construction and licensing of Texas Utilities’ Comanche Peak, including many hours in public with attorneys and intervenors.
He became CEO of an international public company, and then senior vice president of Kaiser-Hill, to take down “the most dangerous facility in the US,” the Rocky Flats Plutonium Production site, 11 miles from downtown Denver, safely, under budget and ahead of schedule. After starting EnergX, LLC, he directed the removal of fuel from 8 Hanford reactors in the K Basin Spent Fuel Facility and resolved longstanding engineering problems with the transition into cold vacuum drying. He also served as General Manager of the Transuranic Waste Processing Center, led it quickly through several VPPs, and within 5 years celebrated the first shipments of both low-level and high-level waste out of Oak Ridge.
He has served two terms on the Tickle College of Engineering’s Board of Advisers. He was named an ANS Fellow in 1985. He was honored with the UT College of Engineering’s Nathan Dougherty Award in 2012. He is a grateful Tennessean.
Tom Kerlin received his BS in Chemical Engineering from the University of South Carolina and his MS and PhD in Nuclear Engineering from the UT. He worked at Atomics International and ORNL before joining the faculty of the UT Nuclear Engineering Department. He served as Professor for over thirty years and as Department Head for eight years.
His research interests included reactor simulation, dynamic testing for model verification and instrumentation. He invented the method for in-situ response time testing for resistance thermometers used in pressurized water reactors. He performed over thirty on-line tests for model verification and sensor response in operating research and commercial reactors. He conceived and co-founded Analysis and Measurement Services Corp.
Gordon G. Fee
During his career, Fee held many management positions with Union Carbide and Lockheed Martin, including nine years as Plant Manager of Oak Ridge Y-12 National Security Complex and three years as Reactor Division Director for Oak Ridge National Laboratory.
He received many awards over the course of his career, including Penn State Alumni Fellow of the Eberly School of Science, Penn State Distinguished Alumni Fellow of the Eberly School of Science, Penn State Distinguished Alumni (the highest award to graduates), and recognition in 2013 by the Tennessee State Legislature for his post-retirement efforts to improve the state’s education system. He concluded his forty-year career as President of Lockheed Martin Energy Systems and continues his legacy of service and leadership as an Associate on UT’s Dean of Arts and Sciences advisory committee.
Pietro F. Pasqua
Pietro Pasqua was the founding Head of the UT Department of Nuclear Engineering in 1957 and served from 1957 to 1988. He received the BS degree in Mechanical Engineering from the University of Colorado, where he also played intercollegiate baseball. He received the MS degree in Mechanical Engineering from Northwestern University in 1947 and the PhD degree in Mechanical Engineering, also from Northwestern University, in 1952.
He is fondly remembered by faculty, staff, and students not only for his scholarly accomplishments and outstanding leadership, but also for his integrity, kindness, and dedication to teaching and learning. He was a genuine inspiration to all that knew him, and he will forever live in the hearts and minds of those he touched.
Coleman’s career in the nuclear industry spans almost forty years, including his time with the Army Nuclear Defense Laboratory. Following his military tour, he began work with a small firm of just fifteen people, then called Science Applications, Inc. He would devote more than thirty-five years of dedicated leadership to what became known as SAIC, serving in multiple roles and ending at his retirement as vice president of Science Applications Internal Corporation, which grew to more than 40,000 employees.
He has spent many years on the Board of Advisors for the Tickle College of Engineering and has given generous service in multiple capacities to UT.
In 1974, Hash Hashemian earned his first degree from Iran University with a BS in Physics. His educational and professional career took him to the United States, where he earned his MS degree in Nuclear Engineering at UT.
Since then, he has demonstrated exceptional leadership and service to the nuclear power industry, specifically as founder and President of Analysis and Measurement Services Corporation, which provides equipment, training, and services for testing the instrumentation and control of nuclear power plants worldwide. He also continued his education, earning a Doctorate in Electrical Engineering from Lamar University in 2009. He also earned a PhD in Nuclear Engineering from Chalmers University of Technology, Sweden in 2010 and a PhD in Computer Engineering from the University of Western Ontario, Canada in 2011.
His research in academic and professional settings has taken him around the world for a number of international lectures and teaching opportunities and has resulted in nearly 150 publications.
Piety has led a career of outstanding research and development of reliability enhancing technologies since his time as a student at UT. In the early 1980s, he co-founded Computational Systems, Inc. (CSI), which provides multiple services and products based on his research and expertise to industrial manufacturing facilities globally. At CSI, he provided exceptional leadership as Vice President of Engineering and Technology, serving more than twenty-five years in multiple roles through the transition of CSI as it became a subsidiary of Emerson Electric. He provided further exceptional service to Azima DLI for approximately 10 years as Vice President of Technology.
His pioneering work in vibration analysis and other predictive maintenance technologies has resulted in more than thirty patents and crucial innovations in diagnostic and reliability technologies in industrial manufacturing.
Roberson has demonstrated impressive service to the US government and the nuclear energy industry. Early in her career she worked at E.I Dupont and Georgia Power and later served as the youngest and first female manager for DOE’s Rocky Flats Field Office. Next she was nominated by President Bill Clinton to be a member of the Defense Nuclear Facilities Safety Board (DNFSB). She was later nominated by President George W. Bush as assistant secretary of the DOE, and later she was nominated as Vice Chairman of the DNFSB by President Barack Obama, who also nominated her to serve as Commissioner for the Nuclear Regulatory Commission. It is particularly noteworthy that she was nominated by three sitting presidents representing each party.
Her exceptional career has been defined by dedicated corporate leadership and government service to the nuclear engineering field in waste management, reactor operation, environmental restoration, and project management.