Nuclear Engineering & Radiological Sciences

06/16/2026

New regulatory and design pathway informally known as Class “B+”

New code approach supplements existing ASME Class B rules by adding required design-life calculations for high-temperature service, addressing the lack of long-term performance guidance for compact heat exchangers and similar advanced nuclear components. Learn more:

A NERS–led Integrated Research Project uses a new “B+” approach within the ASME Boiler and Pressure Vessel Code to support compact heat exchangers and other high-temperature nuclear components.

06/09/2026

Exciting opportunity for future NERS PhD students!

We will be at EMERGE 2026, an annual Michigan Engineering program that helps students from across the U.S. explore grad school and learn more about select doctoral programs.

Selected participants will take part in a funded visit to Ann Arbor this fall, where they will have the opportunity to connect with faculty, current graduate students, and peers while gaining insight into the PhD experience at NERS and Michigan Engineering.

📅 Event Dates: September 30–October 3, 2026
📍 Location: University of Michigan–Ann Arbor
⏰ Application Window: Now through July 15, 2026

If you are a domestic student considering a doctoral degree in nuclear engineering, EMERGE is a great opportunity to get to know us!

Visit emerge.engin.umich.edu to learn more about the program.

06/04/2026

Congratulations, Dr. Chelsea Tischler! Yesterday, she defended: Modification of Gas Dynamic Flows to Control the Formation, Evolution, and Propagation of Hot Filaments in Atmospheric Pressure Plasma Jets Containing Reactive Gas Mixtures.

06/02/2026

Congratulations to Todd Allen on receiving the Arthur Holly Compton Award in Education from the American Nuclear Society!

Over more than two decades, Todd has helped shape the future of nuclear engineering through innovative teaching, workforce development, national research programs, and initiatives that connect engineering with design, policy, community engagement, and the arts. From launching the Harper Academy for Future Nuclear Engineers to leading national efforts that expand research opportunities for students, his impact can be seen across every stage of the educational pipeline.

The NERS professor was recognized for more than two decades of impact on nuclear engineering education, from expanding access for pre-college students to shaping national research and training programs.

05/28/2026

Congratulations to NERS Assistant Professor Aditi Verma and Technical Communication Lecturer Katie Snyder on receiving the 2026 ADUE Team Teaching Award for their work in ENGR 100-910: Socially Engaged Design of Nuclear Energy Technologies.

The award recognizes undergraduate teaching efforts that advance academic innovation, leadership development, and opportunities for all.

Through immersive VR learning, community-engaged design, and early research opportunities, Verma and Snyder have created a transformative first-year engineering experience that is helping shape the next generation of nuclear engineers and energy leaders.

The NERS instructors were recognized for their innovative and community-engaged approach to teaching ENGR 100.910: Socially Engaged Design of Nuclear Energy Technologies.

05/20/2026

The Institute for Energy Solutions is hosting a two-day energy symposium themed around energy challenges that keep you up at night!

Faculty, staff and students can look forward to an Energy Leadership Talk presented by Dean Mingyan Liu, engage in various panel discussions, connect with peers at the Hors d’Oeuvres Hour in the Ford Library, and more!

Register now and learn more about the event
https://ies.engin.umich.edu/ies-energy-symposium-2026/

05/19/2026

🎮☢️ What if you could step inside an X-ray machine?

Tiny Tours is a virtual reality project from our Radiological Health and Engineering (RHE) Lab that helps students explore health physics concepts through gameplay.

Created by NERS Professor Kimberlee Kearfott and students Ava Geisler, Andy Tang, Jack Drougel, and Brooklyn Harris, the project allows users to experience radiation processes up close before shifting perspective to see how those processes are used in medical imaging.

The game currently focuses on Compton scattering and the photoelectric effect and their roles in X-ray machines. Developed in the Unity game engine for VR headsets, the project includes:
🔹Two completed radiation simulations
🔹An interactive X-ray machine
🔹A shrinking/growing mechanic that changes the user’s perspective between microscopic interactions and larger medical applications

Although the game is still in prototype form, the team has already completed many of the core systems and mapped out the full gameplay sequence. The remaining major step is integrating all components into a single Unity project.

The project began in Fall 2025, with much of the team’s early work focused on designing the educational experience, gameplay flow, and learning outcomes. It was represented at the 2026 University of Michigan Undergraduate Research Opportunity Program (UROP) symposium in three separate posters. The foundation is now in place for future development and expanded interactivity.

Next steps for Fall 2026 include:
🔹Combining all existing components into a fully interactive prototype
🔹Expanding the radiation simulations
🔹Demonstrating how Compton scattering and the photoelectric effect are specifically used inside X-ray systems rather than presenting them as standalone models

05/19/2026

NERS professor emeritus John Lee discusses the safety of restarting the Palisades Nuclear Plant and why he believes the plant can operate safely if it meets NRC standards.

The Palisades Nuclear Plant was one of the oldest operating nuclear power plants in the United States when it closed. Now it's gearing up for a historic potential restart.

05/08/2026

Congratulations, Neutronium! The research team from NERS and UMD Department of Computer Science at the University of Maryland is a finalist in the XPRIZE Quantum Applications competition. Neutronium team members from NERS include Brian Kiedrowski and Lincoln Johnston.

Neutronium, a U-M and UMD research team, advances quantum algorithms for nuclear energy applications.