Top Robotics Engineer Jobs

The Robotics Software Engineer will design and implement robotic control interfaces, enhance system reliability, and support customer installations. Experience in robotics and software development is crucial.

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.

Lead system-level definition and integration of the Common EFEM platform, collaborating across various engineering disciplines to define requirements, architecture, and validate performance.

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.

Design, implement, and deploy motion planning and control algorithms for robots. Validate algorithms and improve performance in real-world deployments. Collaborate across teams.

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

Lead algorithm development for AMRs and SLAM. Integrate multi-modal sensors for navigation, supervise AI systems, mentor teams, and ensure customer success.

Develop and execute test cases for robotic systems, troubleshoot issues, and ensure quality improvement in collaboration with various teams.

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

The role requires managing customer sites using Tutor robots, diagnosing operational issues, and working closely with engineering to enhance performance.

Manage customer robotics deployments, diagnose and resolve technical issues, partner with engineering for improvements, and maintain customer relationships.

Design and optimize motion-planning algorithms for robotic manipulators, mentor engineers, and contribute to scalable software architecture.

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

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.

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.

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, 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.

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 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 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.

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.

Design, build, and maintain automated test plans, fixtures, and infrastructure across unit, integration, system, and hardware-in-the-loop layers. Extend CI/CD pipelines, define quality metrics and KPIs, track coverage and failures, and participate in design/code reviews to improve observability, testability, and reliability of the robotics software stack.

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 maintain onboard control software for humanoid robots, including control loops, state estimation, actuator interfaces, and motion planning. Integrate learned policies with hardware, improve system reliability and fault recovery, debug sim-to-real discrepancies, and support hardware bring-up and field testing.

Lead pre-sales and deployment of AI-enabled machine vision and robot-guided inspection systems. Translate customer needs into technical specs, run demos/PoCs, manage large robotics projects from concept to delivery, coordinate integrators and stakeholders, produce technical documentation and ROI analyses, and support marketing with technical content.