Robotics Engineer - Simulation - AMR's and Cobots

A major, unnamed Fortune 500 automotive manufacturer is launching an ambitious robotics simulation initiative, seeking to hire five Robotics Digital Twin Simulation Engineers. The core project involves developing a scalable, high-fidelity digital twin platform specifically for Autonomous Mobile Robots (AMRs) and collaborative robots (Cobots). The goal is to create a reusable and extensible simulation capability for perception-in-the-loop testing, full-stack software validation, and the evaluation of complex multi-robot systems, aligning with the client's long-term automation roadmap.

The job posting reveals the immense scale and technical depth required. Candidates need 5+ years of experience with advanced simulation platforms and, critically, proven expertise in simulations involving 40 or more robots simultaneously. They must be adept with physics engines like NVIDIA's Isaac Sim and Gazebo, and have experience deploying simulations onto multi-GPU infrastructure. A key requirement is experience integrating robots with systems boasting over 500 ROS (Robot Operating System) nodes and topics, indicating a move towards extremely complex, software-heavy robotic fleets. The role also demands skills in 3D model development for high-fidelity maps and creating simulation metrics and dashboards.

This hiring push signals a strategic investment by a traditional industrial giant into cutting-edge simulation technology. By building an in-house, scalable digital twin capability, the company aims to accelerate the development and validation of its automation systems, reducing reliance on physical prototyping and enabling faster, safer deployment of large-scale robotic workcells. The focus on 'perception-in-the-loop' and 'full-stack software validation' highlights a shift towards testing entire robotic systems—from sensors to control software—in a virtual environment before real-world implementation.