News and Events

NSSPI’s 2026 Domestic Nuclear Facilities Experience gave students firsthand exposure to safeguards, fuel cycle operations, and nuclear careers through visits to leading facilities in New Mexico and Texas.

The article highlights graduate student Jordan Hillis Clark’s work supporting nuclear security training and using radiation detection to help deter rhino poaching, showing the global impact of her research.

NSSPI at Texas A&M hosted the IAEA School of Nuclear Knowledge Management, bringing together global participants to improve knowledge sharing, workforce development, and collaboration in nuclear security.

The article features graduate student Seungwoo Son, who uses simulations to improve mobile NRTA systems for identifying nuclear materials, enhancing their accuracy and reliability in nuclear security applications.

NSSPI researchers presenting work on nuclear safeguards and security at the American Nuclear Society Winter Meeting, showcasing their contributions to advancing nuclear research and collaboration.

Fellows from Texas A&M Stanton Nuclear Security connected with national experts and academic peers in Washington, D.C., to exchange ideas and insights on key nuclear security issues shaping policy and practice.

NSSPI conducted a workshop on the Policy and Technical Fundamentals of International Nuclear Safeguards in conjunction with the Annual Meeting of the Institute of Nuclear Materials Management (INMM) in Washington, D.C.

The NSSPI‑led workshop provided technical experts with hands‑on training and expert instruction to strengthen national security capabilities in radiation detection and gamma spectrometry analysis.

An NSSPI student’s research explored solid‑state alternatives to helium‑3 neutron detectors, offering a simpler, faster, and more scalable approach for nuclear security applications.

The Pebble Bed and TRISO‑Fueled Reactor Nonproliferation workshop convened technical and policy experts to examine nonproliferation and safeguards challenges associated with pebble bed and TRISO‑fueled reactor technologies as they move toward commercial deployment.