Teams at Outrider

Own end-to-end mechanical architecture for robotic manipulators and end effectors, from requirements through design, validation, and production. Define CAD/GD&T standards, apply DFM, lead reliability (FMEA/FTA) and supplier development, integrate sensors and HW/SW interfaces, mentor mechanical engineers, and resolve systemic mechanical risks for fielded autonomous yard automation systems.

Lead mechanical test and reliability efforts for robotic end effectors and autonomous vehicle hardware. Define test strategies, design and build accelerated life and environmental test rigs, support field debugging, prototype electro-mechanical and pneumatic tools, design manufacturable CAD assemblies, and collaborate with software on integrated sensing and validation.

Design, build, and deploy software for robotic manipulation, with a focus on perception-driven autonomous systems and algorithms.