• 25+ years of broad work experience in safety analysis and software verification and validation (V&V).• Applied various analytical techniques to characterize radiological waste forms, develop accident scenarios, analyze accident transients, calculate airborne releases of chemical and radiological material from accident stresses, model ATD phenomena, and assess consequences.• Developed and evaluated advanced analytical techniques to model particle transport (deposition), vapor space mixing from natural convection and mass diffusion mechanisms to support flammability assessments, and transient heat transfer (using custom two-dimensional finite-volume equations) for analysis of thermal concerns related to storage of glass radiological waste canisters inside a vault.• Tested and evaluated ten software models related to the atmospheric transport and dispersion (ATD) of chemical and biological releases and to military defense components and systems for detection and protection. • Performed experimental study of turbulent buoyant jets in cross flow, focusing on entrainment and mixing phenomena, for doctorate research. As a graduate student, participated in the planning and execution of two sets of field experiments designed to study ATD of plumes.
Listed skills include Six Sigma, Nuclear, Engineering Management, Contract Management, and 24 others.