However, you can amend your search to find:
Design and optimize in-system communication networks such as CAN, CAN-FD, LIN, and Automotive Ethernet for robust ECU communication; Define and maintain communication architectures, signal mappings, and data flows across robotic and embedded systems;
Participate conceptual development of automated equipment; review and write specifications, process requirements, design layouts, costs, and products lead-times; Lead a team of engineers; Design and install industrial electrical control panels,
Lead and drive innovation in R3 Robotics applications, from advanced research and prototyping to production deployment; Serve as the technical owner and subject-matter expert for robotics software, with a strong focus on ROS and ROS2 architectures and
You are the technical owner of communication performance across our UAV platforms. You design, integrate and validate resilient command and control, telemetry, video and data-link architectures for airborne, ground, relay and multi-UAV operations.
You are responsible for coordinating and delivering complex technical projects related to our advanced UAV platforms. You ensure that multidisciplinary teams work efficiently together to bring new technologies and products from concept to deployment.
You help shape the Product Assurance and Quality Assurance framework that enables the successful development and delivery of advanced space systems and instrumentation. Drawing on your experience with institutional space programmes