Mechanical & Aerospace Engineer

Senior at University at Buffalo, graduating May 2027, designing spacecraft systems, mechanisms, and sensors — from concept to prototype.

I specialize in systems-level mechanical design with a focus on aerospace applications — cryogenic mechanisms, robotic manipulation, and structural integration for extreme environments. I use SolidWorks, Fusion 360, FEA, MATLAB, and hands-on fabrication to move quickly from analysis to hardware. I'm a co-author of a published AIAA paper and was selected to present HERMES research at AIAA SciTech 2027.

Currently: leading the HERMES mechanical team at UB's CRASH Lab, co-founding WaveShift, and serving as an Undergraduate TA for MAE 376 Applied Mathematics. Seeking full-time mechanical/aerospace engineering roles starting summer 2027, especially in defense and autonomous systems.

View Projects Resume

Featured Projects

HERMES Mission

HERMES Mercury Ice Sample Return Mission

Spacecraft Systems Design | Cryogenic Mechanisms | Sample Return Architecture — Click to view details.

Label-Free Biosensor

Label-Free Electrochemical Biosensor for SARS-CoV-2 Detection

Bioelectrochemistry | Medical Diagnostics | Point-of-Care Technology — Click to view details.

Pod Bot — Two-Wheeled Robot & Multi-Robot Control App

Designed a two-wheeled robot in Fusion 360 over four design iterations and prepared an engineering drawing package. Built a control app from scratch with AI coding agents that lets users add any number of robots and control them all from one console.