Top Robotics Engineer Jobs

Lead control quality for robotic products by designing, modeling, tuning, benchmarking, and validating control loops. Build safety-rated monitoring, debug cross-domain system issues, create test/diagnostic tooling, and advise/mentor teams to deliver stable, high-performance actuator motion.

Design, develop, and deploy robotics system software (C++/Python) for manipulation, motion planning, and real-time control. Integrate with robot controllers and peripherals, build concurrent performance-critical systems, run CI/CD validation tests, maintain deployed systems onsite, and support customer-facing configuration and troubleshooting while collaborating across engineering teams.

Design and implement ROS2-based control, perception, and motion-planning systems for 6-axis industrial manipulators. Integrate vision and 3D sensors, optimize inspection throughput, own system-level integration with industrial hardware, and support deployment and validation in production environments while meeting government clearance eligibility requirements.

Serve as the technical lead for regional sales: deliver demos and POCs, deploy and configure robots, train customers, maintain demo fleet, translate requirements to engineering, enable channel partners, and represent the product at events.

Lead design, integration, and optimization of production robot perception pipelines (detection, segmentation, depth, tracking, SLAM). Bridge computer vision and robot autonomy, optimize real-time inference on edge GPUs, debug field failures, define system benchmarks, and provide technical leadership and mentorship across teams.

Design, build, and validate EGSE/ATE hardware and test software (primarily LabVIEW) for motion control and GNC components. Develop test plans, interface control documents, instrumentation integration, execute environmental and performance tests, collect/analyze data, troubleshoot systems, and maintain test documentation and version-controlled test software to support flight and qualification hardware.

Design, develop, and execute test programs for space mechanisms. Create and validate EGSE, test stands, and automated test software (Python/LabVIEW/C#). Conduct functional, environmental, and life testing, collect and analyze instrumentation data, troubleshoot anomalies, and produce test documentation while collaborating with design, systems, and quality teams.

As an Embedded Compute Engineer, design, integrate, and optimize computing systems for robotics, focusing on performance, reliability, and scalability in field environments.

Develop and execute test plans for robotic systems across simulation, subsystems, and field deployments. Create automated tests, analyze results, document defects, and collaborate with cross-functional teams to drive integration, reliability, and continuous improvement of hardware and software.

The Sensor Systems Engineer will design, integrate, calibrate, and validate sensing systems for robotics, ensuring accurate data collection in various environments.

Lead the development of reinforcement learning-based locomotion controllers for legged robots, focusing on designing and testing agile policies in real-world scenarios.

The Robotics Controls Engineer will design and maintain control systems for autonomous haul trucks, focusing on localization, path following, and control algorithms, while collaborating with cross-functional teams and debugging issues.

Develop high-level autonomy systems for coordinating fleets of autonomous haul trucks in mining environments, focusing on path planning, multi-vehicle coordination, and dispatch systems.

The Principal Mechanical Engineer designs and develops mechanical components for semiconductor products, collaborates with teams, and ensures project fulfillment from concept to production.

The Senior Electrical Engineer will develop and design motion control electronics, lead technical efforts, and support project teams in delivering flight-ready products.

Develop and enhance the Skydio Simulator's core architecture focusing on physics, sensor simulation, and system performance. Collaborate with engineers to ensure accurate behavior of vehicles both in simulation and reality, improving realism and operational efficiency.

Lead robotics process engineering for automation solutions: program and commission robots, configure robot I/O, vision and dispense equipment, develop offline programs and simulations, optimize cycle times, confirm robot models, mentor staff, and lead projects.

Develop and maintain embedded software for autonomous warehouse robots, participate in full lifecycle (requirements, design, coding, testing), support IEC 61508 safety certification, create diagnostics and test utilities, and assist field testing and documentation under client direction.

Lead architecture and hands-on development of robotics software across perception, planning, controls, and execution. Build scalable frameworks, motion planning, real-time control, kinematics, collision checking, SLAM, mapping, hardware interfaces, and integrate ML techniques. Mentor engineers, drive engineering best practices, and collaborate cross-functionally to deliver production robotic capabilities.

Responsible for developing drivers, adapters, and middleware to connect orchestration software to PLCs, industrial robots, and motion systems. Design and implement industrial protocols, write high-performance C/C++/Go code on Linux, perform low-level socket diagnostics and packet inspection, and collaborate with architecture and controls teams to ensure reliable device-level communication.

The Motion Control Engineer develops and tests software controlling motion mechanisms for radiation therapy systems, ensuring quality, safety, and effective collaboration within cross-functional teams.

Design and develop software for robotic systems, focusing on performance optimization, motion planning, and collaboration with hardware engineers. Conduct simulations to validate system performance.

As a Robotics Software Engineer - Robot Integrations, you'll integrate new robotic platforms, develop robot drivers, and ensure system performance in various environments.

Develop and maintain robotics software across perception, planning, control, and hardware drivers. Implement motion and trajectory planning, inverse kinematics, real-time control and feedback, localization and navigation for mobile platforms, and integrate sensors and cameras. Combine classical methods with learning-based approaches and operate software on Linux, ensuring reliability, testing, and deployment to live robotic cells.

Design and implement real-time control systems for multi-DOF robotic manipulators, focusing on torque control, trajectory optimization, inverse dynamics, and state estimation. Build optimization-based controllers, fuse multi-sensor data, validate in simulation and on hardware, and own controller performance through bring-up, tuning, and regression testing while integrating with autonomy, hardware, and testing teams.