Engineering:- Developed a Windows Forms (WinForms) GUI application for parsing and rebroadcasting Cursor-On-Target (CoT) messages- Built a dynamic CoT filtering GUI application using Windows Presentation Foundation (WPF) that would let users build an expression using Boolean operators and user-defined filters.- Provided external device diagnostics at a glance for HoloLens users by developing an AR app that would present data such as phone battery charge, GPS location, weather meter information, and more.- Worked directly with Amazon Web Services (AWS) engineers to demonstrate usages of their new edge computing devices for the warfighter.- Maintained and enhanced a tactical MOSA platform designed to view and disseminate data gathered by squad members via an array of sensors in their kits. Communication utilized REST API endpoints and Google Protocol buffers. Containerized and deployed the platform with Docker.- Designed and spearheaded development of a meshable container orchestration system for routing and transforming data at will. Utilized Docker, RabbitMQ, and SQLite.Leadership:- Lead a small team of engineers for two separate projects.- Performed sprint-tasking and backlog grooming with Atlassian Jira.- Presented weekly progress reports to the customer.- Fielded feedback from Quality Assurance testers and disseminated actionable feedback to the team.- Held high-level design and architecting meetings with teammates as part of the development process for new applications and features.

Experienced various disciplines including robotics, augmented reality, and sensor integration.- Improved situational awareness of armored vehicle passengers via integration of various complex sensors such as IR cameras, LIDAR, and radar.- Wrote a driver for interfacing with a radar over CAN that performed byte-reordering, marshaling and demarshaling, and allowed for full control of the radar via transmission of CAN control messages.- Managed and developed a ROS (Robot Operating System) machine providing sensor fusion of multiple sensor inputs.- Developed an immersive see-through armor augmented reality (AR) app combining the inputs of a 360-degree camera array, vehicle INS, personal GPS, and a Cursor-On-Target (CoT) server to create an information-at-a-glance battlefield.- Improved battle-readiness of AR-equipped soldiers through a Collaborative Mission Planning app, allowing the exploration of real-world environments represented as point clouds or 3D meshes.- Bridged the gap between your personal workspace and AR with a Remote Desktop Control app for the HoloLens.- Extensive work utilizing global positioning algorithms in custom-made geolocation applications.- Daily work requires communication between software and various hardware pieces through specialized intranets.

Led team of colleagues in the design, construction, and evaluation of a custom-built autonomous robot used to compete in a national tournament.- Oversaw and directed physical construction of the car’s frame and camera mount.- Wrote an image processing algorithm used to steer car within the bounds of a randomly-configured racetrack.- Developed camera and steering-angle calibration algorithms.

Software engineering intern with the MCR division of MCX.- Worked with a small, specialized team developing telemetry and control scripts used to collect operational data on SSDs and HDDs.- Participated in an Agile workflow environment.- Developed a powerful control script in Python used to run diagnostics and collate data on arrays of HDDs.