Bristol, Avon, South West, United Kingdom Hybrid / WFH Options
GKN Aerospace
a linear lifecycle within a research or production environment. Desirable Hands-on experience of aircraft component manufacture and assembly processes. Familiarity with robotics and associated methods such as inverse kinematics, forward dynamics, path planning/offline programming. Practical experience or academic exposure to robot simulation and programming environments is advantageous. Holds a formal project management qualification such as the APM More ❯
that prioritize usability, precision, and operator flow. Proficient in C++ and Python, with experience in ROS/ROS2, real-time data streaming, and robotic middleware. Strong understanding of robot kinematics, coordinate systems, and interfacing with low-level control systems. Experience working directly with real robotic hardware (with humanoid robots, dexterous manipulation, or mobile manipulation) in laboratory or production environments. Experience More ❯
that prioritize usability, precision, and operator flow. Proficient in C++ and Python, with experience in ROS/ROS2, real-time data streaming, and robotic middleware. Strong understanding of robot kinematics, coordinate systems, and interfacing with low-level control systems. Experience working directly with real robotic hardware (with humanoid robots, dexterous manipulation, or mobile manipulation) in laboratory or production environments. Experience More ❯
hardware drivers and interfaces for actuators, ESCs, and sensors. Deep understanding of real-time and embedded systems, with familiarity in Linux and cross-compilation workflows. Understanding of control theory, kinematics, and sensor integration for mobile or aerial robotics. Experience with multi-threaded architectures and distributed communication systems (gRPC, MQTT). Track record of developing camera-based systems (optical, stereoscopic vision More ❯
bradford, yorkshire and the humber, united kingdom
AssetCool
hardware drivers and interfaces for actuators, ESCs, and sensors. Deep understanding of real-time and embedded systems, with familiarity in Linux and cross-compilation workflows. Understanding of control theory, kinematics, and sensor integration for mobile or aerial robotics. Experience with multi-threaded architectures and distributed communication systems (gRPC, MQTT). Track record of developing camera-based systems (optical, stereoscopic vision More ❯
environment within an exciting start-up. Required Experience - Jira, Python, Docker, ROS2, C++ Minimum 3 years of production-level software engineering in robotics or related fields. Developed robotic manipulators (kinematics, dynamics, motion planning) using Python (NumPy) and C++ (Eigen). Integrated sensors (RGB, depth, LiDAR) for navigation/localisation on platforms like Clearpath using ROS2 . Worked in Agile (Scrum More ❯
Senior Engineer with a focus on dynamics or a related discipline. Strong proficiency in dynamic analysis software (e.g., ANSYS, MATLAB, Simulink) and CAD tools. In-depth understanding of dynamics, kinematics, and vibration analysis. Excellent analytical and problem-solving skills with a detail-oriented mindset. Strong communication and teamwork abilities, with experience mentoring junior engineers. Ability to manage multiple projects and More ❯
environment within an exciting start-up. Required Experience - Jira, Python, Docker, ROS2, C++ Minimum 3 years of production-level software engineering in robotics or related fields. Developed robotic manipulators (kinematics, dynamics, motion planning) using Python (NumPy) and C++ (Eigen). Integrated sensors (RGB, depth, LiDAR) for navigation/localisation on platforms like Clearpath using ROS2 . Worked in Agile (Scrum … in Python, leveraging scientific and numerical libraries (e.g., NumPy, SciPy) for robotics software development and AI integration. C++: Strong expertise in C++ for performance-critical tasks, including motion control, kinematics, dynamics, and real-time robotic systems, using libraries like Eigen ROS2: Deep experience with Robot Operating System 2 (ROS2) for building and integrating modular robotic components, enabling seamless communication between More ❯
environment within an exciting start-up. Required Experience - Jira, Python, Docker, ROS2, C++ Minimum 3 years of production-level software engineering in robotics or related fields. Developed robotic manipulators (kinematics, dynamics, motion planning) using Python (NumPy) and C++ (Eigen). Integrated sensors (RGB, depth, LiDAR) for navigation/localisation on platforms like Clearpath using ROS2 . Worked in Agile (Scrum … in Python, leveraging scientific and numerical libraries (e.g., NumPy, SciPy) for robotics software development and AI integration. C++: Strong expertise in C++ for performance-critical tasks, including motion control, kinematics, dynamics, and real-time robotic systems, using libraries like Eigen ROS2: Deep experience with Robot Operating System 2 (ROS2) for building and integrating modular robotic components, enabling seamless communication between More ❯
slough, south east england, united kingdom Hybrid / WFH Options
DeepRec.ai
at the intersection of software, hardware, and human interaction , ensuring responsive, safe, and intuitive teleoperation of advanced robotic platforms. Key Responsibilities Develop real-time teleoperation control algorithms including inverse kinematics and remote trajectory generation. Design and implement low-latency control pipelines for highly responsive operation. Create semi-autonomous control features blending human input with AI assistance for improved precision and … About You 3+ years of experience in robot control, teleoperation, or real-time systems . Strong proficiency in C++ and Python for control software development. Solid understanding of robot kinematics, dynamics, and motion control . Experience working directly with robotic hardware in a lab or production setting. Familiarity with ROS 2 and real-time communication protocols. Knowledge of sensor fusion More ❯
london, south east england, united kingdom Hybrid / WFH Options
DeepRec.ai
at the intersection of software, hardware, and human interaction , ensuring responsive, safe, and intuitive teleoperation of advanced robotic platforms. Key Responsibilities Develop real-time teleoperation control algorithms including inverse kinematics and remote trajectory generation. Design and implement low-latency control pipelines for highly responsive operation. Create semi-autonomous control features blending human input with AI assistance for improved precision and … About You 3+ years of experience in robot control, teleoperation, or real-time systems . Strong proficiency in C++ and Python for control software development. Solid understanding of robot kinematics, dynamics, and motion control . Experience working directly with robotic hardware in a lab or production setting. Familiarity with ROS 2 and real-time communication protocols. Knowledge of sensor fusion More ❯