Top Robotics Engineer Jobs

Lead design, integration, validation, and deployment of data-center robotics and automation systems. Define technical direction, mentor partners, drive verification/validation (simulation, HIL, FAT/SAT), debug hardware/software/PLC stacks, and transition R&D prototypes into production-ready, scalable robotic solutions.

Field-deploy robotics engineer who installs, troubleshoots, and optimizes robotic surface-finishing work cells. Works with customers to observe processes, design cell layouts, modify end-of-arm tooling, set up sensors and controls, respond to service calls, and collaborate with software/hardware teams to improve reliability. Heavy travel and on-site customer support required.

The Robotics Engineer will design, integrate, and maintain automated systems, focusing on improving production efficiency and safety in manufacturing operations.

The Robotics Engineer will implement and support smart robotic assistants, design robotic cells, and enhance customer success through technical solutions and collaborations.

The Robotics Engineer will program robotic systems, ensure safety device functionality, maintain and troubleshoot equipment, and support efficiency goals in a manufacturing environment.

The Senior Robotics Engineer will develop and maintain localization algorithms, collaborate with teams, and utilize data for functionality proofing. This role requires strong communication skills and teamwork.

Develop and improve robotic manufacturing processes, collaborate with teams for optimization, assist in implementing end-of-arm tools, and analyze manufacturing data to enhance efficiency.

As a Group Robotics Engineer, you'll develop and standardize robotic systems, support project implementation, and lead innovations in industrial robotics while ensuring compliance with safety and quality standards.

As a Senior Robotics Engineer, you will develop vehicle dynamics and controls software for GM's Super Cruise system, lead technical reviews, establish validation strategies, and ensure high-quality software delivery through best practices and teamwork.

As a Technical Lead, you will provide leadership in vehicle dynamics and controls systems, leading software engineering practices, mentoring engineers, and defining technical visions for GMs Super Cruise system.

Develop and implement trajectory optimization, vehicle dynamics, and closed-loop control software for GM's Super Cruise. Translate algorithms into production-quality C++/Python code, test and validate control and planning systems, collaborate across perception, localization, safety, and simulation teams, and improve reliability through tooling, CI, and validation.

Support manufacturing robotics execution across plants by troubleshooting, developing, validating, and standardizing robotic and vision applications. Provide on-site/remote startup support, lead standards rollout, mentor staff, ensure safety compliance, and support advanced automation technologies.

Seeking Mechanical Robotics (Humanoid) engineers to build intelligent, embodied systems that operate in the real world. Impact company direction, advance your career, and collaborate with portfolio companies to develop humanoid robotic hardware and systems.

Lead development of navigation systems for underwater robots, focusing on sensor fusion and localization in GPS-denied environments while utilizing advanced filtering algorithms.

Design, develop, and deploy integrated robotic systems for manufacturing. Own sim-to-real pipelines, implement control, inverse kinematics and safety algorithms, prototype and test systems in real environments, and iterate based on performance.

Design and implement core C++ software for mobile robotic systems (embedded, simulation, deployment). Develop tools, frameworks, and integrations across perception, control, and fleet orchestration. Collaborate with cross-functional teams, drive technical direction, mentor junior engineers, and optimize performance for multi-threaded, distributed, and real-time environments.

Develop software for mobile robotic systems, focusing on C++ programming, architecture, and collaboration with engineers to innovate solutions. Mentor team members and contribute to strategic direction.

Lead development, maintenance, and production-readiness of an end-to-end robotic workforce: robot and teleoperation design, control systems, fleet control and navigation optimization, hardware-software integration, sensor data pipelines, and delivery of production systems while mentoring and unblocking the team.

Design, implement, and optimize robot task and motion planning algorithms and integrate computer vision for industrial robotic systems. Collaborate with cross-functional teams to test, document, and deploy software using ROS/MoveIt, CI/CD, and containerization, while following software development best practices.

The Robotics Engineer will develop ROS2 nodes, integrate robotic systems, and build simulations, ensuring reliable operation in a scientific facility.

As a Robotics Engineer, you will design and deploy autonomy systems for unmanned ground vehicles, implementing control algorithms, integrating perception pipelines, and ensuring system reliability through field testing and debugging.

Design, develop, test, and debug features for autonomous construction equipment while optimizing controls systems and maintaining code quality standards.

Lead the design, development, and deployment of autonomous systems for heavy construction equipment while mentoring engineering teams and improving system performance.

Design, program, document, commission, and field-support industrial control and robotics systems. Tasks include PLC/servo and HMI/SCADA programming, SQL/C++ scripting, control panel design (AutoCAD), network architecture, instrumentation specs, system startup/debug, and client-facing project management.

Develop and improve motion planning and autonomy modules (grasp planning, trajectory generation, collision avoidance, behavior trees) for deployed warehouse unloading robots. Debug production systems, write automated tests, and integrate with perception, hardware, and operations to increase pick success and reduce cycle time.