| Abstract Scope |
As global momentum grows for nuclear energy, the United States faces renewed pressure to lead in research, safety, and international collaboration. Central to this effort is the Department of Energy’s Nuclear Energy University Program (NEUP), which, from 2009 to 2024, invested hundreds of millions of dollars in university-led projects spanning the entire nuclear fuel cycle (NFC). To understand the impact and effectiveness of these investments, this abstract analyzes NEUP’s open project data by categorizing initiatives into distinct NFC stages: Front End (uranium mining, enrichment, fuel fabrication), Mid-Point (power generation, materials research, licensing), and Back End (fuel reprocessing, waste management). Each project is labeled according to its phase, and funding allocations are mapped using spreadsheets and Tableau data visualization to reveal geographic and institutional patterns nationwide.
This structured approach not only clarifies where research efforts and resources are concentrated, but also makes it possible to track where growth is occurring in reactor materials and design. By providing clear insight into NEUP’s funding mechanisms and project objectives, the analysis helps stakeholders assess the efficiency and strategic direction of federal investments. The findings underscore the need for continual evaluation and optimization within the DOE’s nuclear portfolio, as well as for integrating university research into broader NFC strategies. Sustained commitment to transparency and targeted investment will ensure that the U.S. maintains its leadership in nuclear energy—advancing national interests, strengthening global security, and spotlighting key areas of technological progress within reactor development. |