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 Aerospace Engineering Junior at Texas A&M University, driven by a deep fascination for 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. I am seeking opportunities to apply my skills in mechanical design, structural analysis, vertical flight, or product engineering for a Summer 2027 internship.
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My foundation in engineering was built through competitive robotics, progressing from early VEX IQ fundamentals to leading VRC Team 5776K as captain for 2 years. Across 16 tournaments, I led our team to back-to-back World Championship appearances and a top 2% global ranking while managing mechanical sub-system design, data-driven engineering documentation, and dynamic match strategy. Authoring technical guides on pneumatic linkages and launch mechanisms showed me how analytical design dictates real-world hardware performance. Today, that hardware-first experience drives my current engineering endeavors in vehicle sizing, computational fluid dynamics, and rocket propulsion systems. Explore my portfolio below to see how these core principles translate across my primary focus areas and technical projects.
Aeronautics
Projects involving multicopter design, lift+cruise eVTOL sizing configurations, and rigorous aerodynamic optimization for vertical flight systems.
Astronautics
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
A collection of cross-disciplinary projects including Small Modular Reactor (SMR) prototyping, F1 brake pedal stress calculations, and educational infographics.
