University of Pennsylvania
MSE in Mechanical Engineering and Applied Mechanics
Aug 2025 – Expected May 2027
I am a Mechanical Engineering and Applied Mechanics master’s student at the University of Pennsylvania with a background in mechanical design, mechatronics, and aerospace systems. I earned my B.S. in Mechanical Engineering from UCLA in 2025.
My engineering interests lie at the intersection of mechanical, electrical, and software systems, which I have explored through academic projects, research, and industry experience. My experiences range from developing autonomous robotic systems and motion-planning algorithms to analyzing aircraft thermal systems and designing manufacturing processes. I particularly enjoy projects that require taking a concept from an initial design through prototyping, testing, and iteration. I approach engineering challenges with both a systems perspective and attention to technical detail, with the goal of developing reliable and effective solutions.

MSE in Mechanical Engineering and Applied Mechanics
Aug 2025 – Expected May 2027
BS in Mechanical Engineering
Aug 2021 – Jun 2025
Summa cum laude
Analyzed aircraft vapor compression cycles and built a Python interface to explore power draw and system utilization across flight conditions.
Tested flow through wet clutches with different disc geometries, analyzed failure conditions in MATLAB, and refined a Fortran simulation.
Studied fluid flow and interfacial behavior through Ansys Fluent simulations, CFD post-processing, and MATLAB analysis.
Designed alignment and attachment fixtures, built a tool for visualizing temperature measurements, and developed validation checks to improve assembly quality.
Led a team of 4–10 in testing and manufacturing rocket recovery systems, including structural tests, electronics validation, and a 3D-printed pull-pin switch.
Python, MATLAB, C++, C#, Java, Git
SolidWorks, Creo, Autodesk Fusion, Onshape, Tecplot, Ansys Fluent
3D printing, Laser cutting, Carbon fiber/fiberglass layups with autoclave, GD&T, DFM/DFA