
Mapping Propeller Noise Across Scales
I designed and built our lab's anechoic chamber and three generations of test stands to study how propeller noise changes across scales.
I'm a senior at UCI studying mechanical engineering and math.
I've interned at AIRI Lab and Lumitron Technologies. I've also done research with Wilson Ho's group and Julian J. Rimoli's lab.
Currently, I am designing and building an automated propeller test stand at the UCI Aircraft Systems Laboratory to conduct experiments on propeller noise in special configurations.
I am a student pilot and I play piano.

Selected work

I designed and built our lab's anechoic chamber and three generations of test stands to study how propeller noise changes across scales.

An aircraft structural health monitoring framework that uses machine learning and Bayes risk to place strain sensors where they provide the most reliable evidence of damage.
Making

We designed AIRSHIELD to detect aircraft damage with onboard sensors and machine learning.

I supported our rocket team with flight CFD, component modeling in Siemens NX, and manufacturing work including carbon fiber layup, 3D printing, and manual assembly.

We built a rover powered by compressed air for MAE 106. I coordinated the team, helped with the SolidWorks design, and wrote and tuned the control code. We placed second in our competition group.
In the summers of 2025 and 2026, I guided high school students through experimental design, data collection, and propeller noise analysis using a test stand I designed.
Alongside my summer research through ITS TRIP, I helped introduce visiting elementary school students to engineering and connected Irvine Valley College students with research and project opportunities.