Undergraduate research intern at Purdue's Aerospace Sciences Laboratory under Dr. Joseph Jewell.I work with Purdue's 3-Inch Shock Tube (P3IST), improving the lab setup, running tests, and analyzing data. Current research involves exploring shock-droplet interaction modes. I am also preparing the shock tube for a number of other projects including MEMS sensor calibration.- Performed design analysis and FEA for a new optical system and test section windows.- Collected pressure, temperature, and high-speed video data from over 20 shock tube tests runs while optimizing test procedures to reduce runs to less than 10 minutes- Developed data analysis methods in MATLAB to automate test data processing and plotting- Presented research at Purdue 2024 Summer Undergraduate Research Symposium

President and Founder of Purdue's competitive SAE Aero Design team. Our organization competes in the annual design-build-fly events run by the Society of Automotive Engineers (SAE) held in both the US and Brazil. My responibilites involve the planning of team design methodology, coordination of the design subteams, and administrative duties associated with running a competitive team. As the refounder of the team, I am working to build up a group of engineers with passion for their work and the team they work with.

Sentry Mechanical Lead for the Purdue RoboMaster team, managing the subteam responsible for building the autonomous Sentry robot for the North American RoboMaster competition.As the Sentry Mechanical Lead, I work with the other electrical, control, and algorithm team to integrate our work into a final product robot capable of autonomously defending a base and shooting at enemy robots. I also manage the mechanical subteam to design, prototype, build, and test the mechanical aspects of the Sentry robot.

I worked at Catering Saint Louis as a food runner, dish busser, and server. I worked in events including seated dinners and buffets, as well as working lunches at Catering St Louis's Oliva Café venue.

I worked as an assistant for Dr. Gururajan in his AirCRAFT Lab, creating several 3D models for a VR environment in which the user interacts with an aircraft model by moving it around with hand tracking to learn about its axial and velocity vectors.