3 of 3 Remote State Machine Jobs in Cambridgeshire

orchestration, real-time systems, robotics software architecture 💡 Why this role matters: You’ll architect the control layer behind a high-performance, field-ready robotics platform Define system-wide APIs, state machines, and communication protocols across planning and perception Join a team solving real-world problems in multi-agent autonomy with a mission-first mindset 🚀 What you’ll be doing … for multi-robot decision-making and coordination Build the system that connects symbolic planning to low-level task execution Lead integration across modules—perception, planning, and control Design robust state machines and communication flows using ROS 2 and DDS Define gRPC and ROS 2 interfaces between all core subsystems Drive simulation-based testing (HITL/SITL) and ensure code More ❯

orchestration, real-time systems, robotics software architecture 💡 Why this role matters: You’ll architect the control layer behind a high-performance, field-ready robotics platform Define system-wide APIs, state machines, and communication protocols across planning and perception Join a team solving real-world problems in multi-agent autonomy with a mission-first mindset 🚀 What you’ll be doing … for multi-robot decision-making and coordination Build the system that connects symbolic planning to low-level task execution Lead integration across modules—perception, planning, and control Design robust state machines and communication flows using ROS 2 and DDS Define gRPC and ROS 2 interfaces between all core subsystems Drive simulation-based testing (HITL/SITL) and ensure code More ❯

orchestration, real-time systems, robotics software architecture 💡 Why this role matters: You’ll architect the control layer behind a high-performance, field-ready robotics platform Define system-wide APIs, state machines, and communication protocols across planning and perception Join a team solving real-world problems in multi-agent autonomy with a mission-first mindset 🚀 What you’ll be doing … for multi-robot decision-making and coordination Build the system that connects symbolic planning to low-level task execution Lead integration across modules—perception, planning, and control Design robust state machines and communication flows using ROS 2 and DDS Define gRPC and ROS 2 interfaces between all core subsystems Drive simulation-based testing (HITL/SITL) and ensure code More ❯