Top Robotics Engineer Jobs

Design, develop, and deploy robotics system software and algorithms (C++/Python) for manipulation, motion planning, and real-time control. Integrate with robot controllers and peripherals, build performance-critical concurrent systems, create CI/CD validation tests, maintain deployed systems, and support on-site configuration and troubleshooting for customer projects.

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, 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.

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.

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

Design, implement, test, and document embedded systems and vision algorithms for a braid-assist robotic product. Improve real-time motion control, feedback systems, and integrate computer vision with hardware, collaborating with mechanical, electrical, and design teams to move R&D into salon deployment.

The Sales Engineer will act as a technical advisor for manufacturers, solving complex issues in robotics and automation, conducting sales processes, and fostering customer relationships.

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.

Develop and maintain onboard control software for humanoid robots, including control loops, state estimation, actuator interfaces, and motion planning. Integrate learned policies with hardware, improve system reliability and fault recovery, debug sim-to-real discrepancies, and support hardware bring-up and field testing.

Own, maintain, and improve SLAM, VIO, and SfM pipelines; perform rigorous multi-camera and IMU calibration; ensure cross-device spatial computing robustness; build debugging and visualization tools for images, point clouds, and trajectories; support company-wide computer vision, data validation, and labeling workflows; collaborate closely with hardware teams for sensor calibration and on-site testing.

The Robotics Process Engineer 3 will handle engineering tasks, drive innovation in design and analysis, and support project engineering within a startup environment.

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

Develop and integrate software for humanoid robots, focusing on perception, planning, and manipulation systems while ensuring high reliability and performance in real-world applications.

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

Design components and systems for production robots, ensuring performance and manufacturability. Collaborate with engineers to support product development.

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.

Lead the product safety strategy for robotic systems, perform system-level hazard analyses and risk assessments, define safety requirements and verification plans, engage regulators and standards bodies, and scale the safety engineering function across hardware, software, controls, and research teams.

Develop and lead software for robotic systems, focusing on control, sensing, teleoperation, and integration with AI and hardware teams.

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.

Design, simulate, and validate robotic processes; develop offline robot programs; configure robot I/O, TCPs, frames, and loads; apply cycle-time improvements; set peripheral equipment parameters; and mentor team members. Travel to customer sites and other locations required (35–50%).