• Senior developer of a cross-platform application for the design and analysis of quantum error correcting codes. Improved fundamental simulation algorithms, created a graphical user interface for prototyping of quantum circuits, and took complete ownership of testing and deployment infrastructure.• Co-created an internal toolchain for automatically characterizing cyber adversary behavior. Contributions touched the entire lifecycle of the product, from concept to delivery, and resulted in a conference paper and patent application. • Led or contributed to 5+ other projects in: cyber security, cognitive radio, imaging/computed tomography, statistical learning, uncertainty quantification, and cyber education.

• Developed dimension reduction techniques to accelerate Markov Chain Monte Carlo methods for high-dimensional Bayesian inverse problems. Performance gains enabled Bayesian inversion in 100+ dimensions.

• Helped provide stochastic realizations of energy-load time-series in support of an Office of Naval Research grant to optimize power generation at U.S. military Forward Operating Bases.

• Real Analysis (MATH 301) course assistant. Duties included grading and holding office hours.

• Refactored a suite of malware detection tools for distributed/parallel performance. Resulted in an order of magnitude speed up and fundamentally expanded analysis capabilities.• Researched advanced methods to perform platform validation using a hardware root of trust. Provided recommendations on best practices for mission-critical systems.

• Optimized utilities for the static detection of malware in Windows Portable Executable (PE) files. Core work focused on efficient data aggregation and training of ensemble models at scale.• Designed and deployed a Geographic Information System (GIS) web application for visualization of high-fidelity power simulations of the Western Interconnection.