At GoPro, I developed mechanical architectures and detailed designs for product investigations and flagship products, including enclosures and mechanisms. I also worked with electrical engineering on PCB and flex packaging, grounding, and integration, and partnered with manufacturing teams in China on DFM and builds from prototype through EVT, DVT, and PVT.
Across clean-tech, robotics, and advanced hardware, I led mechanical design for hydrogen electrolysis, floating wind, and direct air-capture systems, and designed precision mechanisms for diagnostic and surgical robotics. My earlier work includes a gas-flow subsystem for Velo3D’s 8-laser metal-printing platform and an electromagnetic levitation system at Virgin Hyperloop One; I also bring experience in CAD/PLM, machine design, prototyping, and system integration.
