Acted as technical lead for a team of 12 engineers working on 3 products plus additional supporting repositories aiming to streamline the connection between adapted components and IBCS.Acted as project lead for a year-long project with full budget authority, acting as the technical POC and managing the work of four other engineers.Refactored Python-based automated testing repository to serve multiple projects as a pip-installed package.Developed GitLab pipeline to help ensure code stability and quality.Led feature investigations to provide technical reports for the team on the feasibility of adding large features.Developed a performance test suite to stress test a transport-layer interface between weapon and sensor systems and IBCS, providing valuable metrics regarding the team's project.Participated in code review and developed automated tests to adequately cover new features and bug fixes.Interviewed candidates for intern roles and helped onboard over a dozen new employees to the team.

Refactored automated test repository, including end-to-end tests and a suite of utilities, with the aim of reducing test duration and increasing maintainability.Maintained existing test automation while simultaneously keeping up with testing ongoing development.Routinely debugged issues with the main project using results from automated test results.Regularly performed bug fixes on the main C++ project as needed.Developed a performance test suite to stress test a messaging interface and provide valuable metrics regarding the team's project.

Continued work on the system developed in my internship by interfacing directly with the network stack and utilizing a DMA engine attached to a Xilinx FPGA as the transport mechanism.

Developed a system to distribute IP packets received from the network among two or more systems using shared memory at very high speeds with a minimal drop rate. Adapted this system to perform communications over PCIe.

Graded work for and assisted students with the senior-level embedded systems course and Capstone Design project.Graded work for, assisted students with, and taught lectures for the Digital Systems Lab.

Rewrote a small real-time operating system (RTOS) to improve efficiency for use in the Embedded Systems course. Designed and tested a PCB that interfaces between two microcontrollers.