4 of 4 Robotic Control Jobs in the Thames Valley

Engineering Science (central Oxford). The post is funded by UKRI and is fixed-term to 31st May 2028. You will develop wearable robotic devices that deliver assistive forces and joint torques, with a particular focus on upper-body movement. The research will combine soft robotic actuation, device … fabrication and experimental biomechanics. You will be responsible for: 1. Designing and fabricating wearable soft robotic devices that provide mechanical assistance during upper-body movements. 2. Developing experimental protocols to characterise actuator force, joint assistance, range of motion and the transfer of loads between the device and the body. ...

hands-on role combining field service and project engineering. In this role you will support customers and system integrators across the lifecycle of ABB robotic systems, from installation and commissioning through planned maintenance, troubleshooting, repair and continuous improvement. The role Our Team Dynamics Our teams support each other, collaborate ...

Architect to lead the design and delivery of next-generation robotics, drones, medical, industrial and quantum compute systems that combine AI, real-time control, and heterogeneous compute (CPU/GPU/FPGA). This role is responsible for defining end-to-end system architectures, driving customer engagements … deployed in real-world environments. Key Responsibilities End-to-End Physical AI System Architecture. Define full-stack architectures spanning sensors, perception, localization, planning, control and actuation. Design Sense-Think-Act pipelines with strict latency and determinism constraints. Evaluate hardware/software partitioning, especially CPU vs GPU vs FPGA ...

Architect to lead the design and delivery of next-generation robotics, drones, medical, industrial and quantum compute systems that combine AI, real-time control, and heterogeneous compute (CPU/GPU/FPGA).This role is responsible for defining end-to-end system architectures, driving customer engagements and PoCs … deployed in real-world environments. **Key Responsibilities*** End-to-End Physical AI System Architecture. Define full-stack architectures spanning sensors, perception, localization, planning, control and actuation. Design Sense–Think–Act pipelines with strict latency and determinism constraints. Evaluate hardware/software partitioning, especially CPU vs GPU vs FPGA ...