• Modernized and maintained legacy C# and C++ based source code of a Power Conditioning Unit (PCU) deployed on Navy vessels, improving performance and reliability by reducing code redundancies and refactoring outdated patterns.

• Reduced PCU test setup and execution time by 50% using C# and .NET to develop a WinForms-based simulator that emulated the PCU’s hardware, eliminating dependencies on physical components.

Implemented asynchronous programming, multithreading, I/O libraries, exception handling, and events for accurate simulation.

• Created and executed test frameworks on the PCU using the simulator to trigger edge cases, unhandled exceptions, and faults - directly leading to the identification and resolution of several critical bugs in the legacy code.

• Managed critical communications with students, donors, and partner organizations via phone, email, and in-person interactions, improving operational response to urgent student needs and increasing donor engagement.

• Performed high-volume data entry using Wufoo, Google Sheets, Excel and other internal tools to accurately log and track client service usage, inquiries, donations and inventory for a food pantry that serves hundreds of students daily.

• Generated structured reports and data summaries from intake and inventory logs, incorporating team and student feedback to make rapid, data-informed decisions about resource allocation.

• Developed a C++ based Automatic Control Unit, enabling dynamic relay switches to achieve target resistance based on real-time voltage readings improving system efficiency, accuracy, and flexibility.

• Upgraded an outdated Multi Accessory Rugged Computer (MARC) with a cross-functional team, laying the groundwork for scalable deployment across multiple Navy vessels.

• Refactored and debugged legacy C# and C++ source code, resolving performance bottlenecks and logic errors to significantly enhance runtime stability.