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students in nuclear engineering lab

At a Glance

2017 ASEE UT NE Rankings

  • #1 in PhD student enrollment
  • #2 in total student enrollment
  • #3 in PhD graduates
  • #5 in MS graduates
  • #5 in federal research expenditures
  • #5 in number of T/TT faculty

Brief History

  • Department founded in 1957, making it the first Department of Nuclear Engineering in the United States.
  • Produced over 1,400 graduates in the past 60 years.


Faculty and Staff Profile

Faculty

  • 14 tenure/tenure track faculty
    • 2 assistant
    • 6 associate
    • 6 full
  • 2 open faculty searches
  • 2 UT-ORNL Governor’s Chairs
  • 3 non-UT Joint Faculty
    • 2 ORNL
    • 1 Y-12
  • 1 National Academy of Engineering, Member
  • 8 ANS Fellows
  • 13 research faculty, 28 adjunct faculty
  • 11 research scientists, 6 post-doctoral research scholars
  • 9 post-doc fellows

Support Staff

  • 8 clerical staff members
  • 2 technical staff members

Student Profile

2018 Graduates

  • 89 graduates total
    • 41 BS
    • 24 MS
    • 24 PhD—most ever

2018–19 Enrollment

  • 355 total students
    • 206 BS
    • 25 MS
    • 124 PhD—up 450% since 2008

Graduate Student Funding

  • 11 UT fellowships (Chancellor, UT top 100, Tickle College)
  • 17 graduate teaching assistants
  • 86 graduate research assistants
  • 30 external fellows (NEUP, NNSA, NRC, CIRE)
  • 9 US military
  • 4 other (GEM, NANT, ESPN, NASA)


New Engineering Complex

Construction is underway on a new 228,000 square feet engineering complex that will house offices, study spaces, classrooms, collaboration areas, and 23 new nuclear engineering labs, tripling the department’s current physical footprint.

Rendering of the new engineering complex

Research

FY 2018 Research

  • Expenditures = $12.3 million

Research Focus Areas

  • Nuclear Fuels and Materials
  • Nuclear Security
  • Radiological Sciences and Health Physics
  • Nuclear I&C, Reliability, and Safety
  • Nuclear Fusion Technology
  • Nuclear Fuel Cycles
  • Advanced Modeling and Simulation
  • Radiation Detection and Measurement


Additional Facilities

  • Parallel Computing through Newton and local Beowulf clusters
  • Heat Transfer and Fluid Flow Measurements Laboratory
  • Data Acquisition and Instrument Characterization Laboratory
  • Prognostics, Reliability, and Control Laboratory
  • Radiochemistry and Nuclear Forensics Laboratory
  • Ion Beam Materials Laboratory (IBML)
  • Micro-Processing Research Facility
  • UT/ORNL Joint Institute for Advanced Materials
  • 85 MW High Flux Isotope Reactor (HFIR)
  • Spallation Neutron Source (SNS)
  • Nuclear Safeguards Laboratory
  • Radiochemical Engineering Development Center (REDC)
  • Low Activation Materials Development & Analysis (LAMBDA)
  • Center for Radiation Detection Materials and Systems (CRDMS)
  • Titan Supercomputer (world’s 3rd most powerful Supercomputer)
  • Y-12 National Security Complex
  • Reliability and Maintainability Center
  • Scintillation Materials Research Center
  • Thompson Cancer Survival Center
  • Consortium for Advanced Simulation of Light Water Reactors
  • Provision Center for Proton Therapy
  • Institute for Nuclear Security