Beyond my coursework, I've always been compelled by a natural curiosity about form, structure, and functional design. My creative side started early through painting and intricate origami, which taught me patience and an appreciation for nuance. As I was drawn to aerospace, that tactile curiosity blended with my engineering mindset, sparking side projects that broke down everyday mechanics. This drive to observe and learn, paired with a love for the outdoors and travel, found expression through photography as I immersed myself in remote trails and urban landscapes. Picking up a camera is my favorite excuse to step outside, disconnect, and appreciate the finer details of the world around us.
I'm a rising junior Aerospace Engineering student at Texas A&M University. Driven by a deep fascination for vertical flight and end-to-end systems integration, I love tackling rigorous engineering challenges - from designing and sizing flight vehicles to conducting complex aerodynamic trade studies. I thrive in environments where creativity meets analytical rigor, constantly looking to bridge the gap between heavy, multidisciplinary engineering principles and intuitive, real-world execution.
eVTOL & Aeronautics
Projects involving multicopter design, lift+cruise eVTOL sizing configurations, and rigorous aerodynamic optimization for vertical flight systems.
Rocketry & Space
Work with liquid bi-propellant engine feedline assemblies, structural rocket design, and high-fidelity simulated lunar crash site search algorithms.
Robotics
Competitive robotics engineering, spanning intricate subsystem CAD, project management strategies, and large-scale regional tournament coordination.
General Engineering
A collection of cross-disciplinary projects including Small Modular Reactor (SMR) prototyping, F1 brake pedal stress calculations, and educational infographics.
