Degrees Offered
- Nuclear Engineering & Radiological Sciences | BSE, MS, MSE, PhD
- Engineering Physics | BSE
Degrees Granted, Academic Year 2022–2023
- 33 BSE (includes 17 Engineering Physics)
- 6 MS/MSE
- 14 PhD
Fall 2023 Enrollments
- 130 graduate students (106 PhD students and 24 MS students)
- 112 undergraduate students (includes 54 Engineering Physics undergraduate students)
Faculty
- 26 tenured and tenure-track faculty
- 16 research faculty
- 19 postdoctoral fellows
- 11 emeritus faculty
- 12 adjunct faculty
- 1 research investigator
Research Areas
- Fission Systems & Radiation Transport
- Plasmas & Nuclear Fusion
- Materials & Radiation Effects
- Radiation Measurements & Imaging
- Policy & Climate
Research Priorities
- Clean, Affordable, and Reliable Nuclear-Inclusive Energy Systems
- Nuclear Security and Homeland Defense
- Environment and Health
- Scientific Discovery
Research Funding
- $31.6M research expenditures, fiscal year 2023 external sponsored and internal research
Research Facilities
- Applied Nuclear Science Instrumentation Lab
- Artificial Intelligence and Multiphysics Simulations Lab
- Detection for Nuclear Nonproliferation Lab
- Experimental and Computational Multiphase Flow Lab
- Extreme Robotics Lab
- Gérard Mourou Center for Ultrafast Optical Science
- High-Resolution TH Imaging Lab
- High-Temperature Corrosion Lab
- Irradiated Materials Testing Complex
- Materials in High Temperatures and Extreme Environments Lab
- Materials Preparation Lab
- Metastable Materials Lab
- Michigan Center for Microstructure Characterization
- Michigan Ion Beam Lab
- Neutron Science Lab
- Nuclear Measurements Teaching Lab
- Nuclear Plant Simulation Lab
- Nuclear Reactor Design and Simulation Lab
- Plasma Science and Technology Lab
- Plasma, Pulsed Power, and Microwave Lab
- Position-Sensing Semiconductor Radiation Detector Lab
- Radiation Effects and Nanomaterials Lab
- Radiological Health Engineering Lab
- Thermal Hydraulics Lab
- Z Lab
