Top Robotics Engineer Jobs in Boston, MA

The Robotics and Mechanical Engineer will design robotic mechanisms, source components, prototype robots, and troubleshoot mechanical systems. Requires hands-on experience and strong mechanical engineering skills.

Develop dynamic user interfaces and mobile apps for robotic control, collaborating with a development team and integrating emerging technologies.

Design and build user-friendly mobile applications for robotic control, focusing on front-end development, UI/UX design, and incorporation of emerging technologies.

Design, implement, and test robotics algorithms in C++ and Python for medical and service robotics applications focusing on navigation and motion planning.

Lead design and implementation of robotics software, influencing technical direction and mentoring engineers while addressing challenges in robotics and automation.

Develop software for autonomous robots focusing on perception, localization, obstacle detection, and sensor integration while mentoring junior engineers.

The Electrical Engineer will design, validate, and develop robotic systems, focusing on electronic systems, motor control, and collaboration with multidisciplinary teams.

Design and prototype high-density PCBA and motor drive electronics for mobile robots. Develop firmware (C/C++, HDL) for microcontrollers and FPGAs, implement high-speed interfaces (Ethernet, PCIe, EtherCAT), perform circuit validation and failure analysis, and lead cross-functional electromechanical integration and mentorship.

The role involves designing and deploying robotic systems, advancing automation, integrating systems with custom software, and mentoring colleagues in industrial automation best practices.

As a Robotics Software Engineer, you will develop software for robots, focusing on real-time code execution, motion planning, and optimization systems while collaborating in a team environment.

The role involves developing software for robots to enhance capabilities in vision, motion, and control, focusing on complex problem-solving.

The role involves designing, developing, and validating hardware and software for humanoid robotics, collaborating with cross-functional teams, and engaging with stakeholders to meet project requirements.

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

Lead a team of software engineers in developing robotics solutions, track team performance, manage project alignments, and enhance operational efficiency.

The Senior Robotics Software Engineer manages the Infinite Kitchen robotics software suite, developing scalable solutions, improving software reliability, and collaborating across teams on hardware integration.

Develop robotics software for restaurant operations, focusing on high-quality software, simulations, and hardware integration. Collaborate with cross-functional teams to solve technical challenges and improve software reliability.

Develop robotics software for restaurant technology, collaborate with cross-functional teams, ensure software reliability, and participate in operational excellence.

The Robotics Machine Learning Engineer will train and deploy visual and language models, manage data flow to optimize machine learning potential, and work collaboratively on improving robotic technologies.

Design and develop complex automated/mechanical systems as part of multi-disciplinary teams. Create and manage BOMs, I/O lists, and P&IDs, develop CAD-based automation solutions, support projects from concept through production, and assist with test plans, data collection, and customer proposals. Travel to client sites as needed.

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.

Assist in the design and development of software for robotic manipulation workcells, collaborating with experienced engineers and validating hypotheses through data-driven experimentation.

Lead the development of robot learning models, design simulation environments, optimize policies for real-world robots, and contribute to data lifecycle management.

Lead the development of robotic motion systems, integrating motor drives and sensors while mentoring teams and ensuring high-performance designs.

The Motion Planning Engineer will implement motion planning and control solutions for robot arms, optimizing trajectories for efficiency and collision-free operation.

Lead development of onboard marine autonomy software for unmanned surface vessels, focusing on ROS-based stacks for navigation and control.