Led end-to-end design and development of multiple customer-facing and internal web applications, owning the full product lifecycle from UX conception through production deployment. Architected and shipped account.tenable.com, a high-traffic customer portal serving Tenable's global user base, taking full ownership of interface design, component architecture, and back-end integration. Built and maintained a shared design system and reusable component library to ensure consistency and velocity across teams. Collaborated closely with product and design stakeholders to translate requirements into polished, performant user experiences — operating at the intersection of design and engineering throughout. Applied agentic AI tooling to accelerate development velocity, automate repetitive engineering workflows, and maintain large-scale codebases more efficiently.

Designed and developed a portfolio of novel clinical and research applications at one of the world's leading academic medical centers. Projects included a peer review platform for radiology quality assurance, an interactive training tool for cardiac auscultation and heart murmur detection, a community platform supporting liver health education and transplantation discussion, and a predictive outcomes tool integrating statistical models directly into prostate cancer clinical workflows. Collaborated closely with physicians, radiologists, and researchers to translate complex clinical requirements into intuitive, user-centered web and mobile applications built primarily on Ruby on Rails, Angular, and Ionic.

Developed and documented features for the U.S. Naval Sea Systems Command's Submarine Multi-Mission Team Trainer (SMMTT), a cutting-edge simulation system designed for advanced submarine training. Contributed to enhancing the system's functionality, ensuring reliability, and delivering comprehensive documentation to support operational efficiency.

Designed, executed, and documented test scenarios for features within the Centers for Medicare & Medicaid Services (CMS) Drug Data Processing System (DDPS), operating in an IBM z/OS mainframe environment. Validated functionality for features built with COBOL, DB2, and JCL, ensuring accurate processing of flat files containing millions of Prescription Drug Events (PDEs). Contributed to maintaining the integrity and efficiency of a critical system used for managing large-scale healthcare data.

Provided advanced technical support for POS systems and integrated solutions, including RES 3700 and e7. Resolved complex customer issues, authored and analyzed SQL queries, and established test labs to replicate and diagnose problems while staying current with new releases and industry standards. Collaborated with internal teams, trained new staff, and ensured optimal system performance by utilizing expertise in networking, virtualization, and database management.