- Enterprise Architect focused on digital transformation of manufacturing at Northrop Grumman. Responsible for the development and deployment of an enterprise IT/OT architecture for 60+ factories across Northrop Grumman. - Includes the development of an enterprise decentralized data architecture, and federated data governance. - Deployment and Integration of common Industry 4.0 applications such as IloT Platform, SCADA, IoT Gateway, Historian, MES, ERP, PLM, on both Industrial Edge, and Cloud Computing Environments. - Development and deployment of cutting-edge network technology such as software defined networks to meet infosec and operation's needs.

- Digital Transformation Steering Committee Lead at Launch Vehicles. Tasked with the development and deployment of digital solutions supporting various areas of the product life cycle. - Coordinated with senior leadership and multifunctional teams to strategically align the business. - Development of technology roadmaps, and system architecture models using modern modeling tools such as Cameo.

- Lead Software Engineer responsible for developing applications for VR (Vive) and AR (Hololens 2). - Created and deployed applications using tools such as Unity, Pixyz, Scope AR, and Vuforia. - Collaborated with various cross-functional engineering teams to identify and implement VR/AR use cases.

- Lead Software Engineer responsible for leading a team of developers to build an in-house PLM web application. - Developed and deployed the application supporting the review and release of all engineering documents for 2000+ users. - Directed the entire software lifecycle, including stakeholder reviews, requirements authoring, high-level design, development, and deployment.

Racing Sim Tools is a provider of vehicle dynamic optimization software, developed internally and making data accessible to drive insights on the racetrack.

- Software Engineer as part of the Flight Test Group responsible for developing automated test equipment using National Instruments hardware and software, including software-defined radios, LabVIEW, and other NI modules. - Developed an aircraft test set and ground station, tapping into the ARINC 429 bus of the aircraft and transmitting data over L-band using a software-defined radio. - Created a ground station that received data, logged it to a time series database, and provided visual dashboards and a 3D representation of the aircraft's orientation.