I’ve been part of the BYU Mars Rover Team for two competition seasons (2024–2025 and 2025-2026), competing in the University Rover Challenge and earning 4th place in 2025.
In my role, I operate the rover’s arm during the retrieval and delivery mission, ensuring precise control during complex tasks. On the mechanical subteam, I contribute to the design and analysis of critical components, including designing joint housings, leading a mechanical redesign of the robotic arm, and performing finite element analyses (FEA) to evaluate Von-Mises stresses and ensure structural integrity under operational loads.
Beyond technical contributions, I work closely with students as they join the team, helping them navigate workflows, access relevant resources, and develop an understanding of the engineering concepts that drive our projects. This mentorship allows me to foster collaboration, ensure knowledge transfer, and strengthen the overall capability of the team while helping others gain hands-on experience in robotics and mechanical design.
Testing in the desert of Moab, Utah.
CAD model of robot arm.
Close up capture of the assembled arm.