Top Robotics Engineer Jobs

Design, implement, and deploy motion planning, trajectory generation, and control algorithms for wheeled, legged, and humanoid robots. Develop navigation and optimization approaches, integrate planning with perception and control, build testing pipelines, evaluate algorithms in simulation and field deployments, analyze telemetry, and improve autonomy performance in challenging environments. The role requires strong C++ and Python skills, robotics middleware experience, and familiarity with sensors and planning libraries.

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.

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

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.

Develop and own independent safety systems for wheeled, legged, and humanoid robots. Responsibilities include runtime monitoring, collision avoidance, operating-envelope enforcement, fallback behaviors, watchdogs, hazard analysis, safety cases, and verification through simulation, hardware-in-the-loop testing, and field trials. The role collaborates with planning, control, locomotion, and integration teams to ensure autonomous systems operate safely around people, equipment, and terrain.

Develop and deploy whole-body manipulation and autonomy capabilities for humanoid and quadruped robots. Build model-based and learning-based policies, integrate perception and locomotion, adapt vision-language-action models, and design safe grasping and force-control strategies. Create simulation and evaluation pipelines, address sim-to-real challenges, and validate behaviors on physical robots in laboratory and field environments.

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.

Develop production robotics software for trajectory execution, task sequencing, hardware coordination, autonomy behaviors, fault recovery, and system integration. Diagnose deployed robot issues using telemetry, logs, simulation, and physical testing. Improve cycle time and reliability while integrating motion planning with controllers, sensors, end effectors, conveyors, and safety systems. Collaborate across perception, controls, hardware, testing, and deployment teams.

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.

The Senior Robotics Engineer will develop algorithms for robotic manipulation, focusing on motion planning, interaction control, and teleoperation for safe and efficient robotics in industrial environments.

The Senior Robotics Engineer will design state estimation systems for navigation, develop traversability analysis pipelines, and kinematically constrained planners for robotics operating in challenging terrains.

Support the installation, commissioning, testing, troubleshooting, and operation of robotic food-service systems across restaurant deployments. Work hands-on with mechanical, electrical, controls, software, and integration components, including conveyors and collaborative robot arms. Contribute to prototyping new automation concepts, sustaining existing kitchen equipment, improving reliability, and creating deployment and operational playbooks. Collaborate with engineering teams, restaurant operations, and vendors to investigate issues and scale repeatable automation deployments.

Lead developer relations and technical partner engagement for NVIDIA AI, GPU, robotics, autonomous systems, and AI agent technologies. Drive adoption through technical integrations, sample code, demos, workshops, onboarding, and solution development with strategic cloud and software partners. Collaborate with engineering, product, marketing, sales, and legal teams to resolve challenges, identify ecosystem opportunities, influence roadmaps, and scale developer programs and communities.

Develop robotics software bridging high-level orchestration and low-level machine control. Build scalable, reliable Python control systems, scheduling algorithms, simulations, and test suites. Integrate software with sensors, actuators, electronics, and mechanical systems; adapt software to new hardware; improve machine error handling; and own software components from concept through deployment and support while collaborating with software, hardware, and product teams.

Design, program, test, debug, and commission control software for automated machinery and robotic systems. Integrate sensors, actuators, pneumatic systems, motion systems, and I/O; troubleshoot physical equipment in the lab; support machine lifecycles; document specifications and operating guides; and maintain control system schematics. The role works closely with senior engineers and requires hands-on collaboration with hardware and active machinery.

Design, prototype, assemble, wire, and test bespoke robotic systems. Lead mechanical architecture, rapid fabrication (3D printing, CNC, laser), electronics debugging, and hardware-in-the-loop testing. Drive exploratory design, evaluate trade-offs, and communicate technical choices while owning builds from CAD to field-ready hardware.

Lead end-to-end robotics service and support operations across the US. Troubleshoot hardware and software issues on industrial robotic machinery, debug Python code, work with PLCs and machine communication protocols, and document bugs and field requirements for European engineering teams. Build customer relationships, manage escalations independently, and drive product and service improvements through field insights.

Architect and build the robotics platform enabling FieldAI autonomy systems to run reliably across diverse robots and hardware. Define versioned APIs, robot capability and intent models, middleware, runtime infrastructure, and high-performance data flows. Own latency, throughput, reliability, profiling, tracing, simulation, cloud connectivity, and deployment on physical hardware. Collaborate across autonomy, hardware, infrastructure, and deployment teams while setting technical direction and mentoring engineers.

The Robotics & AI Systems Development Engineer II develops robotic systems and AI solutions for manufacturing, focusing on autonomy, fleet management, and system integration.