I’m an Aerospace Engineering student at UCLA with a passion for solving real-world problems through hands-on design, testing, and iteration. My projects reflect a strong foundation in engineering principles, creativity in technical execution, and a drive to build systems that perform. I’m currently engaged in aerospace research and continuing to grow my skills through both academic and independent engineering work.
As part of a team of three, I led the design, construction, and testing of a G-class rocket that successfully reached 3,000 feet. The rocket protected an egg and Adalogger sensor payload, designed with SolidWorks and simulated in OpenRocket, and fabricated using fiberglass layups, laser cutting, and 3D printing.
Participated in a 48-hour challenge to design and build a Mars rover prototype. As CAD lead, I designed the chassis in SolidWorks, led the arm/claw design, and integrated key sensors. Our team received Honorable Mention for our manufacturing quality and design precision.