Top Robotics Engineer Jobs

As a Robotics Software Engineer - Robot Integrations, you'll integrate new robotic platforms, develop robot drivers, and ensure system performance in various environments.

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.

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.

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.

Translate customer use cases into deployed robotic solutions: scope projects, design and prototype grippers/EOAT and fixtures, validate work-cells, debug systems, and collaborate on AI model deployment and data-collection strategies to drive robust field performance.

Develop and integrate high-resolution tactile sensing and dexterous manipulation capabilities: process tactile and force-torque data, implement slip-detection and compliant control, train multi-fingered grasping policies, run experiments, and collaborate to deploy solutions on robotic platforms.

Design, test, and optimize electromechanical systems and motor designs. Specify and tune BLDC motors, harmonic drives, and gearboxes. Develop and tune motor-control firmware (FOC) in C/C++ for microcontrollers. Collaborate with mechanical engineers on joint design and thermal management.

Develop and integrate high-resolution tactile sensing and dexterous manipulation systems. Process tactile and force-torque data, implement slip-detection and compliant control, train multi-fingered grasping policies, run experiments, and collaborate cross-functionally to validate robotic perception and manipulation solutions.

Design and optimize electromechanical systems, specify/test/tune BLDC motors, harmonic drives, and gearboxes; develop motor control firmware (FOC) in C/C++ for microcontrollers; collaborate with mechanical engineers on joint design and thermal management; integrate industrial communications (EtherCAT, CAN bus).

Design, test, and optimize electromechanical systems and motor control firmware. Specify and tune BLDC motors, harmonic drives, and gearboxes. Implement FOC firmware on microcontrollers and integrate industrial communications (EtherCAT, CAN). Collaborate with mechanical engineers on joint design and thermal management to improve efficiency and torque density.

Develop and evaluate high-resolution tactile sensing and dexterous manipulation systems by processing tactile and force-torque data, implementing slip-detection and compliant control, training multi-fingered grasping policies, integrating solutions into robotic platforms, and conducting experiments to validate performance.

Design, test, and optimize electromechanical systems and motor designs. Develop and tune motor control firmware (FOC) for BLDC motors, specify harmonic drives and gearboxes, and collaborate with mechanical engineers on joint and thermal management.

Process high-resolution tactile and force-torque data, implement slip-detection and compliant control, train multi-fingered multi-finger grasping policies for unknown objects, integrate tactile sensing into robotic platforms, and conduct experiments to validate tactile perception and dexterous manipulation.

The Robotics Test Engineer will design and execute test suites, build automation frameworks, and manage test requests to ensure quality in autonomous vehicle software. Responsibilities include coordinating field tests, analyzing results, and improving testing processes.

As a Founding Robotics Software Engineer, you will develop software for reliable robot operations, optimize algorithms, and deploy solutions in various environments.

As a Robotics ML Research Engineer, you will develop algorithms for robot manipulation, lead software infrastructure, and innovate in robotics learning research.

The Staff Software Integration Engineer will develop motion control software for robots, manage firmware development, and work with hardware teams on prototypes.

The Robotics Autonomy Engineer will develop and implement autonomy software, integrate systems, conduct field testing, and collaborate across teams for performance enhancement in robotic solutions.

The Robotics Autonomy Engineer will design and deploy motion planning and control algorithms for robots, focusing on navigation and trajectory generation in unpredictable environments.

The Senior Robotics Manipulation Engineer will address manipulation and control challenges by developing models and improving software in robotic systems.

Design and develop core robotics libraries and applications for AI-powered robots, leading R&D projects and supporting software deployment in production.

As a Mechanical & Robotics Engineer, you'll design and produce hardware for an assistive robotic arm, collaborate with cross-functional teams, and drive product development from concept to production.