OpenAISan Francisco, CAEvaluate GPU and accelerator architectures from vendors like NVIDIA and AMD, analyze tradeoffs in compute, memory, and interconnect for AI workloads, and validate performance through benchmarking and early silicon bring-up.
Lead mechanical design, integration, and sustaining engineering for robotic subsystems. Requires 5+ years in mechanical design or robotics, CAD proficiency, and hands-on prototyping experience.
Architects and optimizes GPU systems for large-scale AI models, focusing on kernel development, distributed training, and performance breakthroughs to enhance inference efficiency and model capabilities.
Lead engineering, characterization, and productionization of flexible and compliant components for robotic platforms. Design soft material assemblies, develop test protocols, and collaborate with manufacturers to scale production.
Design and prototype novel tactile, proprioceptive, and force sensor solutions for robotics. Lead mechanical subsystem development from prototype through early production with cross-functional integration.
Owns day-to-day operation of robotics 3D printing lab, managing printers, workflows, and rapid prototyping support for mechanical and electrical engineering teams. Requires 4+ years of hands-on additive manufacturing experience in fast-paced hardware development environments.