Top Robotics Engineer Jobs

Lead the end-to-end autonomy stack for aerial and manipulation platforms: perception, state estimation, planning, control, flight-controller integration, robotic arm kinematics and motion planning, sensor-fusion, sim-to-real validation, system integration, testing, and mentoring a small team through prototype bring-up and field deployment.

Integrate humanoid hardware and software subsystems into a cohesive, deployable robot stack. Own bring-up, calibration, diagnostics, validation, and system-level debugging across perception, planning, locomotion, manipulation, controls, sensors, compute, and networking. Develop integration and regression tests, telemetry tools, dashboards, and release workflows while partnering with cross-functional teams to harden research into maintainable, field-ready modules.

Develop and integrate robotics algorithms and machine-learning systems for perception, state estimation, localization, mapping, sensor fusion, planning, control, and learned behaviors. Build and deploy autonomy software across mobile robots, robotic arms, quadrupeds, and humanoids. Integrate camera, LiDAR, and IMU data, optimize software for embedded and edge platforms, support real-robot testing and demos, and debug system-level autonomy issues.

Design and deploy autonomous greenhouse robotics software using ROS2, C++, simulation, computer vision, and intelligent decision-making. The role covers navigation, manipulation, perception, control integration, resilient offline architectures, and over-the-air robot updates. Engineers collaborate with AI/ML, mechanical, and crop science teams to deliver production-ready systems for harvesting, deleafing, and crop monitoring. The position welcomes candidates from recent graduates through staff-level engineers.

Develop and maintain real-time kinematics algorithms and a shared kinematics library for 6+ DoF robotic systems, own calibration tools/methodologies using industrial metrology, and serve as the SME for kinematics, motion modeling, and multi-axis synchronization across robotics products.

Implement real-time motion control for an autonomous turret: convert vision outputs into precise, safe actuation via control loops, calibration, coordinate transforms, and motion safety constraints. Optimize low-latency performance and define robust software/hardware actuation contracts.

Design, implement, and maintain high-performance kinematics algorithms and a shared kinematics library for 6+ DoF robotic systems. Develop calibration tools and methodologies using industrial metrology and localization hardware. Act as SME for robot kinematics, motion modeling, and multi-axis synchronization while owning projects from design through deployment in a cross-functional R&D manufacturing environment.

Design, analyze, and support robotic and electromechanical systems for automated pipe handling and drilling operations. Create mechanical designs, perform stress and tolerance analyses, develop test plans and fixtures, specify components, validate hardware/software, collaborate with vendors, enforce standards, and lead commissioning and acceptance testing at NOV and customer sites.

The Robotics Engineer will design, develop, and implement robotic solutions, manage projects from concept to completion, and work closely with the founder. Responsibilities include prototyping, interface with suppliers, and machine assembly.

Lead programming, commissioning, optimization, and launch of FANUC and KUKA robotic automation for automotive manufacturing. Responsibilities include robot safety and I/O configuration, vision integration, offline programming and simulation, cycle-time optimization, troubleshooting during startup and production, and technical leadership across engineering, controls, and customer teams. Travel 35–50% in North America.

Lead development of robotics software for microfactories: write testable code, build CAD-to-motion and grasp-planning workflows, advance simulation and motion planning, integrate and validate software on physical industrial robots, productionize systems, collaborate cross-functionally, and mentor junior engineers.

Develop and harden robotics software for microfactories: write production-quality code, build CAD-to-motion and grasp planning workflows, expand simulation and motion planning, integrate and validate software on physical robots, and collaborate with mechanical, electrical, and software teams.

The Senior Robotics Engineer will design and implement control systems for aerial defense platforms, requiring expertise in embedded systems, programming, and sensor data integration.

The Robotics Lead will design and implement control systems for drone technology, focusing on motion engineering and high-bandwidth control loops.

Develop and deploy mobile manipulation systems, focusing on perception-aided control algorithms, software development, integration, and collaboration with a multi-functional team.

Research and evaluate humanoid robotic systems, benchmark hardware/software, advise on platform integration, define safety and technical requirements, and deliver a 3-5 year adoption roadmap and comparative assessments for implementation.

Seeking a Senior Robotics Engineer to develop advanced robotics software for autonomous systems, focusing on software architecture, optimization, and collaboration with various teams.

Design, integrate, and improve automated robotic systems for production and test environments. Create CAD models and fabricate fixtures, develop and debug PLC and PC-based control code, integrate sensors and vision, troubleshoot mechanical/electrical/software issues, collaborate with cross-functional teams and vendors, document designs and tests, and support reliability and throughput improvements in office and lab/warehouse settings.

The Robotics Engineer will oversee automation processes, support design documentation, diagnose machinery issues, and lead preventive maintenance tasks.

Seeking Robotics Engineers to integrate technology onto hardware and manage customer deployments, optimizing AI models for robotics with cross-functional collaboration.

The Robotics Engineer will define the technical architecture, develop software for humanoid robots, and manage robotics projects, including simulation and real-world deployment.

As a Robotics Engineer, you'll design and implement robotics software, integrate systems, debug physical robots, and contribute to simulation and tooling in a collaborative environment.

Lead CoreWeaves robotics field engineering vertical: design, build, and deploy ML solutions on physical robots using CoreWeave's AI platform; own customer engagements from scoping to production, validate sim-to-real performance, create customer-facing applications, and translate field signals into product requirements.

Onsite automation/robotics engineer responsible for programming, installation, maintenance, troubleshooting and project delivery of production equipment and robots. Collaborates with maintenance, facility and engineering teams to design/acquire machines, lead lean projects, ensure ISO safety/quality standards, train personnel, and manage capital projects to meet time and budget targets.

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.