Advised PSP: AC membership on an ad-hoc basis while on internship.

Acts as an interface between PSP teams to ensure the success of the test stand project for all stakeholders. Ensures all requirements are met.

Aided in project-level organization and worked to keep the project timeline on schedule, by aiding inter-team communication and taking on high-priority items of concern.Significantly contributed to part manufacturing, including high-tolerance engine injector manifolds.

Enables PSP members to get their L1 certifications by sponsoring build days and supporting launches.

Leads rollout of Aras Innovator PDM software for use by the PSP: Active Controls team. Interfaces with the implementation team to enable smooth software rollout and member education.

PSP: Active Controls is developing vertical take-off vertical landing (VTVL) capabilities at the undergraduate level underneath the Collegiate Propulsive Landing Challenge. Current development projects focus on a deep-throttling liquid rocket engine utilizing additive manufacturing technology and a ducted fan landing vehicle to rapidly mature the team's avionics systems.

Executed the design and testing of an abrasive backsplash shield for waterjet nozzles.Redesigned a capacitive water sensor for functionality and manufacturability.Sourced and ensured compatibility of COTS hardware to mitigate obsolescence concerns in a proprietary waterjet control system.Quoted outside manufacturing jobs taken on by the company.Executed revisions resolving design/manufacturing issues and drafted drawings for >50% of outside design and manufacturing jobs taken on by the company.