Senior Robotics Software Engineer, Motion Planning

Job Description

We are seeking a Senior Robotics Software Engineer, Motion Planning to join the AI Research team in the Autonomous Robotics Center (ARC). In this role, you will own the motion planning and collision avoidance capabilities for manufacturing manipulation systems—from planning scene representation and collision checking to planner configuration, runtime performance, and safe recovery behaviors.

ARC’s AI Research team is building end-to-end robot policies that enable dexterous manipulation in real-world manufacturing environments. We advance embodied AI by integrating multimodal perception, robot learning architectures, and physical robotic systems to solve manipulation, autonomy, and simulation challenges at industrial scale.

Work Arrangement

• Onsite, full-time (Warren, MI)

• Occasional travel to manufacturing plants or pilot cells as needed

What You’ll Do

• Own planning scene and collision-checking integration for robotic manipulation workcells, including robust world modeling updates and constraint handling.

• Develop and tune motion planning pipelines (e.g., OMPL-based sampling planners and/or trajectory optimization approaches) to improve success rate, cycle time, and recovery robustness.

• Define collision avoidance strategies and performance guardrails, including discretization tolerances, validation thresholds, safety buffers, and regression criteria.

• Integrate trajectory generation with low-level controllers and execution systems, ensuring correct interfaces for joint trajectories, gripper actions, and execution monitoring.

• Build reliable recovery behaviors for plan or execution failures, including re-planning strategies, safe retreat logic, and consistent fault reporting for downstream analysis.

• Partner closely with AI/ML and validation