Projects

Group Mid-Powered Rocket Project (GMPR) Engineering 1RK, University of California, Los Angeles

As part of a team of three, I led the design, construction, and testing of a G-class rocket that successfully reached a target apogee of 3,000 feet. The project involved designing and integrating payload systems to safely carry a raw egg and an Adalogger sensor package, ensuring protection and successful recovery. Using SolidWorks for CAD modeling and OpenRocket for flight simulations, I optimized the rocket's stability, thrust, and overall performance. The manufacturing process included creating components with fiberglass layups, laser cutting, and 3D printing, achieving precise tolerances and durable construction. I also delivered a comprehensive Flight Read

Mars Rover Project, UCLA HAcK Competition, Summer 2024

Participated in a 48-hour challenge to design and build a functional Mars rover prototype. As the CAD lead, I utilized SolidWorks to design a robust and lightweight rover chassis tailored to house critical components, including a temperature/humidity sensor, ultrasonic sensor, and camera. I also spearheaded the development of the claw and arm mechanisms, iterating designs for optimal precision, reliability, and payload retrieval efficiency. These models enabled seamless manufacturing, where I applied hands-on skills to bring the designs to life. Judges awarded our team honorable mention for outstanding manufacturing craftsmanship, recognizing my attention to detail and technical contributions. This experience deepened my expertise in CAD modeling, rapid prototyping, and design iteration under time constraints.