As a NASA Uli Undergraduate student researcher, I work hard towards meeting the goal of the research. "[The] primary goal is to develop new technologies and innovative operational concepts to ensure safe, secure and robust integration of autonomous vehicles into an Urban Air Mobility-tailored transportation infrastructure, while maintaining compliance with existing commercial and civil air transportation safety standards." As the only mechanical engineering student on the team, my responsibilities include assisting with design, build, and programming of autonomous UASs. I also resolve mechanical issues that arise during build and testing. I also utilize my coding and electrical engineering experience to assist with designing critical components of the UASs.

- Project manager of the MELFI Recreation for Laboratory Training Complex (LTC) project- Evaluated and designed a CAD model of the MELFI Dewar Subsystem to scale of one used on ISS- 3D printed and assembled the MEFLI Dewar Subsystem- Set instruction documentation standards for the LTC

-Analyzed Air Cycle Machine designs-Created a Cost vs Weight analysis for Air Cycle Machines to improve consultant process-Participated in career workshops and team building activities