Diego Reynoso

Diego Reynoso

I’m an Aerospace Engineering student at UCLA with a passion for solving real-world problems through hands-on design, testing, and iteration. My interests center on fluid mechanics, as well as mechanical and thermal systems, which are reflected in much of my academic and project work. I bring strong leadership experience from previous roles and thrive in collaborative environments where teams tackle difficult engineering challenges together. I am currently engaged in aerospace research and continue to grow my skills through both academic work and independent projects in clubs and engineering organizations.

Summer Research Projects

Research 1 Research 2 Research 3

I conducted hands-on research under Professor Ann Karagozian in UCLA’s Energy and Propulsion Laboratory, focusing on unsteady and periodic turbulent flows. My work combined experimental setup, design, and manufacturing of custom components to support advanced PIV (Particle Image Velocimetry) and PLIF (Planar Laser-Induced Fluorescence) measurements. Through this project, I gained deeper insight into strategies for enhancing mixing in air-breathing engines and thrust vectoring applications. The experience strengthened both my technical foundation in fluid dynamics and my ability to design precise, reliable experimental hardware.

Rover 1 Rover 2 Rover 3 Rover 4 Rover 5

Mars Rover Project, UCLA HAcK Competition

I participated in a 48-hour design challenge to create a Mars rover prototype. As CAD lead, I designed the chassis in SolidWorks and led the development of the arm and claw mechanisms, integrating gear systems and sensors for mobility and manipulation. I also supported manufacturing and assembly to ensure smooth integration of all subsystems. Our team received Honorable Mention for both the manufacturing quality and the creativity of our design.

Rocket 1 Rocket 2 Rocket 3 Rocket 4

Group Mid-Powered Rocket Project

As part of a three-person team, I led the design, construction, and testing of a G-class rocket with the mission of reaching 3,000 feet. The rocket was designed to protect an egg and house an Adalogger sensor payload. Using SolidWorks for CAD modeling and OpenRocket for simulation, I developed multiple prototypes and iterations, employing fabrication methods such as fiberglass layups, laser cutting, and 3D printing. I also led design review presentations and coordinated testing, ensuring our final rocket met both mission requirements and safety standards.

Contact

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