Top Robotics Engineer Jobs

Develop and maintain software ecosystem for robots, implement system services applications, and bridge software layers for effective feature development.

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.

Design, develop, and integrate production robotics software across perception, localization, mapping, motion planning, control, behavior, sensor fusion, and real-time systems. Build ROS-based solutions, simulation environments, safety mechanisms, and hardware integrations. Conduct field testing, document system architecture and operations, collaborate with multidisciplinary teams, evaluate robotics technologies, and mentor engineers.

Lead design, build, and production bring-up of robotic systems for manufacturing. Own controls, motion, and robotics logic; integrate vision/ML, PLCs, and factory control systems; support lamination, material handling, and automated trimming alongside mechanical engineers.

Designs, programs, commissions, troubleshoots, and maintains industrial robotic systems and automated manufacturing equipment. Leads automation projects, develops preventative/predictive maintenance and process controls, integrates PLC/HMI/vision systems, and supports continuous improvement to boost safety, quality, and productivity.

Lead system-level architecture and integration across mechanical, electrical, software, perception, and safety for an autonomous construction robot. Establish systems engineering practices, write requirements and ICDs, run trade studies, perform hazard analyses, translate field feedback into design changes, lead reviews and root-cause investigations, and mentor engineers while aligning technical risk with business priorities.

Design, implement, and maintain production robotics software across the autonomy stack including ROS-based control, sensor integration, motion planning, and embedded C++ systems. Work hands-on with hardware to debug, calibrate, and optimize robots for real-world construction environments and build production monitoring and diagnostics infrastructure.

As an ML Engineer - Robotics, you'll design, train, and deploy intelligent models for autonomous systems, focusing on perception, planning, and decision-making pipelines, while collaborating with robotics engineers to evaluate model performance.

Deploy, develop and implement AI-powered robotics systems on farms, collaborating with farmers and sales teams to solve real-world problems.

Lead motion planning and trajectory optimization for a high-DOF manipulator, turning planned paths into time-optimal, dynamically feasible, safe trajectories. Own path planning architecture, integrate perception, validate performance in simulation and hardware, define metrics, benchmark approaches, and mentor engineers to improve cycle time and reliability.

Develop automated test frameworks and hardware-in-the-loop validation environments for robotic hardware, firmware, and software. Reproduce multidisciplinary failures, maintain requirements-to-results traceability, generate reliability and performance data, and support root-cause analysis and product readiness decisions.

Develop and maintain software, test automation, and Azure Machine Learning pipelines for embodied AI and robotics research. Responsibilities include preparing robotic datasets, integrating simulation environments and physical robotic platforms, deploying and evaluating novel algorithms, managing model fine-tuning workflows, troubleshooting production systems, and supporting unit testing and documentation.

Develop robotics software for laboratory automation systems, focusing on precise motion control, liquid handling, sample transport, real-time perception, sensor fusion, computer vision, and calibration. Optimize embedded and real-time performance, conduct hardware-in-the-loop testing, and implement CI/CD validation. Collaborate with mechanical, electrical, firmware, and AI teams to deliver safe, reliable autonomous instrument behaviors from concept through verification.

The Senior Software Engineer will develop and support software for robotic manipulation, focusing on motion planning, kinematics, and integration with robotic systems, while providing mentorship to junior engineers.

Provide technical leadership and architectural direction for complex robotics software supporting autonomous platforms. Design fault-tolerant systems for vehicle control, motion planning, localization, perception, controls, and fleet management. Collaborate across robotics, hardware, machine learning, perception, systems engineering, and product teams; establish software standards, testing, deployment, and validation practices; debug hardware-software integrations; and mentor engineers. The role focuses on reliable, safety-critical production software for autonomous agricultural and heavy machinery.

The Senior Robotics Engineer will lead the development of core C++ software for mobile robotic systems, mentor engineers, and guide technical innovation across teams.

Design and implement autonomy and behavior coordination algorithms for industrial humanoid robots. Integrate manipulation, locomotion, and perception capabilities; develop safe, reactive plan execution using classical control and learned policies; build data curation, synthetic data generation, behavior evaluation, benchmarking, and regression-testing pipelines. The role supports simulation and deployment at live industrial sites and requires expertise in robotics autonomy, world models, NVIDIA Cosmos, and Isaac Sim.

Supports robotics process engineering in a hands-on startup environment. Plans, collects, analyzes, and communicates technical data; applies knowledge of materials, mechanisms, fabrication, heat and mass transfer, optics, CAD, programming, and machine shop tools. Collaborates with teammates and leadership, develops engineering practices, fulfills commitments, and grows technical competency through mentorship and initiative.

Develop and optimize backend application logic, automation nodes, and orchestration workflows in Python. Collaborate with international teams, provide Level 3 technical support, and troubleshoot deployments on robotic hardware. Bridge software and hardware, prototype/test sensor integrations and robot arm workflows, and maintain code quality through testing, code reviews, and CI/CD.

Design, implement, and optimize perception, planning, and control software for mobile manipulators. Build motion planning, trajectory optimization, collision avoidance, sensor fusion, localization, and mapping systems. Integrate software with hardware (arms, grippers, sensors), use ROS 2 and simulation tools, and ensure real-time, production-ready performance. Collaborate with multidisciplinary teams and adopt state-of-the-art robotics and ML methods.

Develop motion-planning and control algorithms for outdoor construction robots, deploy them on hardware, benchmark and tune them for robust real-world operation, and integrate them with perception and learning components. Interns own scoped projects, work with mentors, and demonstrate results. Projects may include safe-stop and human-avoidance behaviors or manipulation from moving platforms on rough terrain.

Build full-stack robotics software connecting controls, hardware, and XR systems. Responsibilities include hardware SDK integration, low-latency data streaming over unreliable networks, motion retargeting, robot control, fleet monitoring, metrics, alerting, and rendering optimization. The role requires production Rust, Python tooling, low-level networking, embedded Linux, systems architecture, and API design, with collaboration across hardware, firmware, and XR teams.

The Technical Support Engineer will provide technical assistance and troubleshooting for UFACTORY's robotic arms and their software, enhance technical documentation, and support customer inquiries regarding SDK and APIs.

Design and implement embedded hardware and firmware for a small-scale AS/RS robotics system: select microcontrollers and sensors, write and optimize firmware, create schematics and PCB layouts, perform system-level and HIL testing, collaborate with cross-disciplinary teams, and maintain design documentation through product lifecycle.

Lead the Cell Platform team owning the software/hardware layer between firmware and application on robot cells. Responsible for product roadmap, releases, hands-on development, hiring, and cross-team partnerships. Deliver embedded Linux/BSP bring-up, sensor integration, real-time determinism, middleware (ROS2/DDS) and data transport design, containerized images, CI/CD release engineering, and fleet-scale OTA/provisioning and observability for production robot fleets.