Drive innovation in robotics by developing learning-based methods for reasoning and decision-making in complex environments, enhancing the capabilities of robotic systems to solve real-world challenges effectively.

Join a high-impact team to advance robotic manipulation capabilities, defining the architecture and technical direction. Lead the development of sophisticated motion planning and control software for real-world applications in production environments.

Drive the standardization and optimization of conveyor systems and simulation methodologies to enhance operational efficiency and scalability across deployments, partnering with cross-functional teams to establish robust design foundations.

Optimize the Stride Shuttle Sorter by enhancing reliability, evaluating design changes, and leading comprehensive investigations. Collaborate with cross-functional teams to document and support mechanical projects, ensuring production readiness and quality.

Empower innovative solutions for complex computer vision challenges in robotics. Collaborate with a skilled team to enhance performance, reliability, and throughput of robotic systems in dynamic unloading environments.