Staff / Principal Software Engineer — AI & Automation

Lead a 25-person cross-functional team of developers, business process analysts, database administrators, and testers supporting a DoD command portfolio of more than 100 web, desktop, data, inventory, personnel management, dashboard, and workflow applications. Set technical direction for C#, .NET Framework, .NET Core/.NET 8, SQL Server, JavaScript, Azure-connected systems, architecture, code reviews, and CI/CD practices.

Automated operational workflows, reducing manual work by 40% and data-gathering errors by 80%. Built command-wide data aggregation dashboards and improved turnaround for critical operational questions from two to three days to three to five minutes. Modernized COVID-19 testing processing to under 10 seconds per test, implemented LLM-based human-reviewed decision support, and introduced AI-assisted development practices.

Developed and maintained SharePoint applications for JFCOM and the Joint Staff. Standardized application interfaces to improve consistency across systems.

Reduced data duplication through linked SQL tables. Administered users and SharePoint sites while supporting enterprise application operations.

Built C++ software for custom in-house computers controlling boat systems, including radar, navigation, GPS, lidar, and sonar. Developed tracking capabilities that resolved objects as small as birds on water.

Developed satellite-linked remote-control systems for an unmanned surface vessel, including land-console communications. Contributed to planning and documentation supporting CMMI Level 3 to Level 4 advancement.

Built tax-preparation software and back-end systems that automated tax return retrieval, IRS transmission, and bank-product workflow processes.

Automated digital IRS tax-form generation, reducing annual manual form-development effort from approximately three months to one or two weeks.

Master of Science in Information Systems.

Bachelor of Science in eBusiness.