2024 MTV Nuclear Engineering Summer School

The 2024 MTV Nuclear Engineering Summer School is an 8-week program that will cover a range of topics and techniques that benefit student researchers at all academic levels. Students interested in strengthening their research capabilities are invited to register for the upcoming summer school. Classes will be taught on Zoom by MTV faculty, national lab scientists, and senior Ph.D. students.

Classes start on Tuesday, June 11, 2024. 

Lecture topics include:

  • General Nuclear Topics
  • Gamma-rays
  • Neutron Detection
  • Monte Carlo
  • Radiation Imaging
  • Scintillator Synthesis
  • Fission
  • Special Applications

There is no cost to participate! A completion certificate will be awarded to participants who attend 80% of lectures.

Registration link: https://forms.gle/UHS3bYqWe3XDvaoU7 

Zoom link and additional details of summer school to be provided after registration, and prior to classes.  

Please email Courtney Wagoner at [email protected], with any questions.

Lectures are from 1:00 – 2:00 p.m. ET. Presenter-approved lectures to be linked at the end of each week.

DATE TITLE PRESENTER
June 11 Nuclear structure and forces Farah Rafee, Ph.D. student, University of Michigan
June 12 Understanding early reactor programs Patrick Park, Ph.D. student, Princeton University
June 13 Safeguards by design Dr. Manit Shah, Oak Ridge National Laboratory
June 18 Physics of gamma-rays Schuyler Tyler, Ph.D. student, University of Michigan
June 19 Gamma-ray detection Peter Hotvedt, Ph.D. student, University of Michigan
June 20 Prompt Gamma Activation Analysis (PGAA) for nuclear forensics Brad Nethercutt, Ph.D. student, Penn State University
June 25 Physics of neutrons Ethan Schneider, Ph.D. student, University of Michigan
June 26 Neutron detection Caryanne Wilson, Ph.D. student, University of Michigan
June 27 Kinetic “noise” in critical and subcritical experiments Flynn Darby, Ph.D. student, University of Michigan
July 9 Fission fragments Dr. Kyle Beyer, Michigan State University
July 10 Fission neutrons and gamma rays Dr. Nathan Giha, University of Michigan
July 11 Generating fission events Dr. Ramona Vogt, Lawrence Livermore National Laboratory
July 16 Imaging methods Ricardo Lopez, Ph.D. student, University of Michigan
July 17 Neutron emission tomography of spent nuclear fuel Dr. Mairead Montague, University of Michigan
July 18 Opaque scintillators for radiation detection Dr. Andrew Wilhelm, U.S. Army – West Point
July 23 Improving the Processing and Stability of Plastic Scintillators through Synthetic Chemistry Prof. Alan Sellinger, Colorado School of Mines
July 24 Organic glass synthesis and characterization  Tessa Maurer, Graduate student, University of Michigan
July 25 Recent advancements in plastic scintillators *Talk not approved for online release. Dr. Juan Manfredi, Air Force Institute of Technology
July 30 Introduction to Monte Carlo Dr. Shaun Clarke, University of Michigan
July 31 GEANT4 for radiation detection simulations  Dr. Micah Folsom, Intel
August 1 MCNP data for machine learning in nuclear forensics Dr. Patrick O’Neal, Texas A&M University
August 6 Time-resolved digital processing in neutron active interrogation Colton Graham, Ph.D. student, University of Michigan
August 7 IAEA history & safeguards implementation Susan Pepper, Brookhaven National Laboratory
August 8 Dark matter and neutrino detection Dr. Alex Kavner, University of Michigan