Led team to design and prototype frame and linkage components for full suspension mountain bike project. Designed parametric welding and tube mitering jigs in Fusion 360 to build custom geometry steel frames.

Conceptualized prone-position aerodynamic bicycle through CAD and physical models. Designed original drivetrain in SolidWorks, including exisiting components and several custom parts. Attempting to break the collegiate world record at the 2025 World Human Powered Speed Challenge.

•Owned module-level design with assembly of 16 parts, determined datum structures and performed tolerance analysis to ensure proper fit and function. DFM for CNC, die-cut, and IM components•Designed o-ring seal and calculated gland dimensions for optimal compression, stretch, and gland fill at MMC and LMC part tolerance conditions•PD for flexible printed circuit board, worked with cross-functional layout and EE teams to define PCB outline and release IDX file•DRI for component in next gen Watch product, worked with vendors to solve issues during builds and completed Rev A drawing release process•Design of spring-loaded mechanisms for future architecture MP designs, created CNC prototypes to make realistic user experience for leadership review

Internship project focused on the hands-on manufacturing of a carbon fiber full suspension mountain bike. Designed in 2D and 3D CAD, verified with FEA composite analysis and structural testing.