Leads robotics automation strategy and hands-on software architecture for manipulators and automated forklifts, spanning controls, autonomy, cloud systems, team leadership, and production deployment.
About this role
This lead integrates custom manipulators and third-party robots into autonomous systems for live logistics warehouses. The platform combines manipulators, mobile robots, cloud services and human interfaces. C++ and ROS 2 connect control, perception and software components.
The engineer develops perception and motion-control architecture and algorithms, turns vague goals into scheduled work, analyzes data, and evaluates and deploys safe, stable changes with quantitative improvement.
Candidates need at least five years with C++14 or newer and Python plus clean architecture, and five years in robotics using ROS 1 or 2, perception and control. At least two years deploying and maintaining robots in real environments is required. Applicants must have used UDP, TCP and DDS and implemented combined hardware-software systems, with or without ROS. Product-release ownership, rapid accurate problem solving, and careful monitoring and debugging are mandatory.
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