Lunar Rover Chassis and Drivetrain
Redesigned, manufactured, and assembled a complete rover architecture that reduced mass by 20 percent while increasing maximum climbing capability from 30 to 55 degrees.
Aerospace Engineering · Georgia Tech
I am an aerospace engineering student focused on robotics, space systems, mechanical design, and technical leadership. I enjoy the challenge of turning complex requirements into working hardware with dependable results.
Featured portfolio
Redesigned, manufactured, and assembled a complete rover architecture that reduced mass by 20 percent while increasing maximum climbing capability from 30 to 55 degrees.
Supported aircraft design through propulsion simulation, trajectory analysis, component selection, and static and dynamic thrust testing.
Designed and conducted a lunar dust mitigation experiment in microgravity, which validated the Artemis mission's space suit fabric selection.
Developed compact mechanical concepts for drone latching for mid-air UAV assemblies and battery swapping.
Featured Experience
Georgia Institute of Technology
San Antonio, Texas
Austin, Texas
Student Aircraft Design Team
Beyond engineering
I compete in BMX and mountain biking, represent Georgia Tech in collegiate cycling, and help lead the community around the sport. Racing has taught me how to prepare, make decisions under pressure, recover from failure, and continue improving when the difference is measured in fractions of a second.
Let’s connect
I am always interested in connecting with engineers, researchers, and teams working on ambitious aerospace and robotics challenges.