8 of 8 DemandTrendPermanent State Machine Jobs in England

flows Background in designing and tuning real-time control loops (PLLs, PI, etc.) Comfortable debugging in the lab with ILA, scopes, and logic analyzers Experience working with AXI interfaces, state machines, and digital feedback systems Familiarity with ASIC design principles and writing ASIC-portable RTL is a bonus If you’re interested in the position of FPGA Engineer, please More ❯

flows Background in designing and tuning real-time control loops (PLLs, PI, etc.) Comfortable debugging in the lab with ILA, scopes, and logic analyzers Experience working with AXI interfaces, state machines, and digital feedback systems Familiarity with ASIC design principles and writing ASIC-portable RTL is a bonus If you’re interested in the position of FPGA Engineer, please More ❯

flows Background in designing and tuning real-time control loops (PLLs, PI, etc.) Comfortable debugging in the lab with ILA, scopes, and logic analyzers Experience working with AXI interfaces, state machines, and digital feedback systems Familiarity with ASIC design principles and writing ASIC-portable RTL is a bonus If you’re interested in the position of FPGA Engineer, please More ❯

Ensure system functions are properly decomposed with allocated safety mechanisms and traceability to compliance tools 🧩 Model-Based Systems Engineering (MBSE) Use SysML/MSOSA methodologies to develop functional architectures, state machines, interface diagrams, and scenario models Maintain system model consistency across squads and disciplines using MBSE frameworks and repositories Support system configuration, baselining, and validation using TRM , X-ray More ❯

Ensure system functions are properly decomposed with allocated safety mechanisms and traceability to compliance tools 🧩 Model-Based Systems Engineering (MBSE) Use SysML/MSOSA methodologies to develop functional architectures, state machines, interface diagrams, and scenario models Maintain system model consistency across squads and disciplines using MBSE frameworks and repositories Support system configuration, baselining, and validation using TRM , X-ray 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 ❯

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 ❯