Top Robotics Engineer Jobs

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.

Lead architecture, design, and delivery of real-time embedded software for an autonomous manicure robot. Own C++ core components on Raspberry Pi/Linux, solve system-level hardware/software issues, drive technical roadmap, and mentor engineers to ensure production reliability and performance.

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.

Build and ship web and CLI product surfaces for robotics developers using TypeScript and Go. Design features, iterate from prototype to production, engage with customers, and contribute to technical and product decisions to improve developer experience and observability.

Serve as the onsite owner of a Locus robotic fleet at a customer site: monitor system health, troubleshoot and repair robots, optimize workflows to meet KPIs, run validation and performance tests, analyze operational data, and liaise between customer operations and internal teams to improve deployments and documentation.

Build web and CLI developer surfaces for robotics and physical AI; design, implement, and ship end-to-end features; engage with customers; iterate from prototype to production; contribute to product and technical decisions.

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.

Develop and iterate on a next-generation medical robotics platform: learn and extend existing C++ codebase, design experiments, build production-quality, modular software, collaborate with controls/mechanical teams, and maintain medical device design control documentation.

Design, build, and integrate robotics software across the full stack: low-level sensor integration, sensor fusion, localization, motion planning, perception, control, simulation, and hardware-integration. Collaborate with product and engineering teams, support field tests, perform code and design reviews, and mentor junior engineers to deliver production-ready autonomy solutions.

Develop, test, and deploy core robotics libraries and runtime application software across the robotics stack to improve warehouse operations. Work with the software team and CTO, own design through implementation and testing, and act as tech lead on projects.

Design, build, test, and iterate mechatronic systems for a robotic solar-farm factory. Integrate sensors, actuators, motors, hydraulics, robot arms, PLCs, and control systems. Commission and optimize mechanical, electrical, and software interfaces to ensure reliability and safety for factory and field deployments.

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.

As a Senior Robotics Software Engineer, you'll develop and maintain robotics software, interface with hardware, and implement motion planning for production-level robotic systems.

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.

The Robotics QA/QC Engineer will validate and test robotic systems through hands-on testing, monitor for issues, and collaborate with engineering teams to ensure quality and safety prior to deployment.

Lead the design and development of robotic automation systems in manufacturing, collaborate with teams, integrate software and hardware, and improve robotic systems.

Design and maintain infrastructure for large-scale multimodal training and evaluation. Collaborate with researchers to build reliable distributed data systems.

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.

Develop and own safety-critical, real-time robotics software (localization, sensor fusion, fail-safe communications, motion-stopping). Integrate safety toolchains, contribute to HARA/DFMEA, build diagnostics, mentor engineers, and scale safety practices across the stack.

Design, program, integrate, and implement industrial robotics and PLC-based automation systems. Conduct manufacturing assessments, develop proof-of-concept robotic cells, program robots and HMIs/SCADA, perform engineering analyses and simulations, document projects, and coordinate with clients and cross-functional teams to deliver automation solutions that improve manufacturing productivity and safety.

Develop, integrate, test, and maintain robotics software for research and prototype manufacturing systems. Work with Python and C++, Linux environments, and Git to integrate hardware (sensors, cameras, actuators), debug across simulation and physical platforms, support validation and deployment, author documentation, and collaborate with multidisciplinary teams to advance robotics solutions.

Lead automation strategy and technical execution for robotic cells and automated equipment to scale high-volume iron-air battery production. Own process improvements, define OEE and equipment metrics, provide DFM/DFA feedback, integrate controls and instrumentation, drive root-cause analysis, support production ramp and sustaining operations, and mentor multidisciplinary teams.