I'm a nuclear energy researcher working on building the future of safe, reliable, and affordable nuclear power. My research applies computational modeling and simulation tools to nuclear fuel safety through study of the complex, interrelated physical phenomena that exist in nuclear systems. My work is a part of the effort to ensure continued reliability and safety of the world's nuclear power plants and improve quality of life for everyone.
Development of new fuel materials with improved performance in the extreme environment present during reactor accidents.
Safety analysis of thermal-fluid systems using advanced systems-level and computational fluid dynamics codes.
Development of new fuel concepts capable of longer in-core life for improved economic performance and fuel cycle benefits.
Use of advanced models for different physical phenomena to accurately capture complex, interdependent behavior.
Focus: Reactor safety, thermal-hydraulics, neutronics, and numerical methods for analysis of new reactor fuels.
Focus: Modeling and simulation for safety analysis of pressurized water reactors.
Focus: Application of engineering principles and theory to naval nuclear propulsion plant operation.
Focus: Reactor physics
Uses simulation tools such as SCALE, RELAP5-3D, PARCS, and BISON to evaluate safety performance of advanced fuel concepts. Working to identify gaps in predictive models and experimental data.
Performs nuclear reactor safety calculations in support of high burnup LWR fuel design using multiphysics simulation tools.
Supervised the operation and maintenance of aircraft carrier nuclear propulsion plants.