• Worked on cloud re-architecture of Manhattan’s Transportation Management System. Used Java with MySQL databases to build SpringBoot applications with high upgradability and scalability while working in an agile team across multiple time zones.• Worked on two different components supporting critical functionality for the entire product. Active in design discussions with multiple teams helping to outline contracts and end to end functional flows across components.• Built a framework responsible for creating and maintaining availability time slots with customizable capacities used for tracking carrier and warehouse loads. Drove the framework from a requirement gathering phase to supporting the adoption and usage across 3 teams.• Managed the Transportation Management System’s development and testing environments during the company’s migration from AWS to GCP.

• Developed a web application inventory cycle count solution using C# and .NET stack for business users. • Worked alongside business analysts to create a web application that kept track of missing inventory that was rolled out for internal use to all NAPA stores. Replaced a locally installed legacy application with a scalable and upgradable web solution that was more intuitive to use and retrieved information significantly faster.

• Worked with head of internal IT audit team overseeing the western hemisphere of Siemens operations. Led a team tasked with fixing existing SAP system inadequacies in operations and updating the system rule sets for each of the 5 western regions of Siemens.• Built an audit dashboard for the executive team visualizing audit completion, pending, and failure metrics that pulled live data from Excel sheets in a SharePoint drive.

• Built a Matlab simulation with target geometry and motion, laser specifications, and the target’s physical components used to test the effectiveness and compare the outcomes of directed energy and kinetic energy weapons in real world scenarios.• Worked with a team that ran over 10,000 simulations of randomly generated scenarios used to compare effectiveness of traditional kinetic weapons and warheads versus directed energy weapons. These simulations had varying targets, encounter angles and weather conditions and were all compiled into data sets displaying competing success rates.• Presented classified research and project specifications to high ranking officials in Navy bases and the Pentagon.