I manage course staff, content, and grading. Actively working on improving assignments and learning objectives for one of the most important CS classes at USC.

Working with Dr. Irving Biederman and other researchers to study how we process and recognize images, particularly faces. Developing a centralized subject testing suite.

At SIG, I developed a full-stack solution for viewing firm-wide order flow across multiple formats, representations, and databases. I also designed an extensible, module-based backend architecture with separate configuration, runtime, and endpoint handler stages, as well as deeply configurable frontend components that can be reused across backends.As a part of this project, I created a general-purpose, SQL-like query language with translators for TimescaleDB, MongoDB, and ElasticSearch.… Show more At SIG, I developed a full-stack solution for viewing firm-wide order flow across multiple formats, representations, and databases. I also designed an extensible, module-based backend architecture with separate configuration, runtime, and endpoint handler stages, as well as deeply configurable frontend components that can be reused across backends.As a part of this project, I created a general-purpose, SQL-like query language with translators for TimescaleDB, MongoDB, and ElasticSearch. I also built a query editor with contextual syntax highlighting, backend-specific autocompletion, and transparent error reporting. Show less

As an intern on the web framework tooling team, I implemented a code action framework for the Blazor development environment for Visual Studio and Visual Studio Code. I wrote several refactoring code actions for Blazor components using this framework, and contributed to additional backend refactoring functionality for Blazor components.

Leading development on an integrated vulnerability detection and aggregation tool for use in validating software packages intended for government use. Created a visualization tool for monitoring data lake intake.

Contributed to the design and implementation of AvesTerra, a graph knowledge representation framework intended to advance big-data research in the scientific community. Developed an intuitive client package for querying knowledge servers featuring improvements such as multithreaded request pooling and object-oriented entity wrapping.

Developed a new method of big data analysis combining multivariate statistics and simplicial homology and applied it to medical data collected by Johns Hopkins in order to isolate factors contributing to alcohol and drug use in teens. Mentored by Dr. Michael Robinson.

Helped design and develop a prototype forensic disk imaging tool for agents in the field to copy and run triage on extracted hardware. The current version is available on Cipher Tech's GitHub.

I worked for Cipher Tech Solutions and developed a reverse engineering tool for detecting patterns in malware, specifically targeting C++ binaries.