Top Robotics Engineer Jobs in Boston, MA

Lead the design and implementation of test environments for robotic systems, ensuring precision and reliability in high-quality robotics experiments.

Lead the design and implementation of sophisticated motion controls and high-speed machines, collaborating with engineers and clients while maintaining in-house control systems.

The Robotics Engineer will develop and maintain software for robotic arm solutions, troubleshoot issues, and require hands-on experience with robotics frameworks.

Develop and maintain software for robotic systems, focusing on autonomy features, collaborating with hardware teams and subject matter experts.

Develop advanced perception systems for robotic solutions, optimize decision-making workflows, and enhance simulation environments leveraging cutting-edge technologies.

Develop software bridging physical I/O and applications, improve peripherals, collaborate across teams, and enhance automation processes in robotics.

The Site Reliability Engineer will ensure robust configuration and scalability of smart robot systems deployed in factories, focusing on cloud and networking infrastructure setup.

Develop and improve algorithms for truck unloading robots, enhancing speed and performance while collaborating on software architecture and system integration.

Lead the design and deployment of computer vision systems for robotics, guiding junior engineers and ensuring robust performance in complex environments.

Lead the design and deployment of computer vision systems for robotics, focusing on perception algorithms and sensor integration.

The Robotics Systems Engineer will design and integrate advanced electro-mechanical systems for 3D printers, collaborating with multi-disciplinary teams throughout the product development cycle.

Develop and validate robotic workflows for automated manufacturing, collaborate with teams, implement best engineering practices, and promote successful processes.

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.

As a Dev Ops Engineer, you'll configure and scale smart robot systems, manage cloud infrastructure, and ensure robust networking for operations.

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

Provide engineering support for mobile robots on-site. Troubleshoot issues, develop test plans, perform upgrades, and collaborate with teams.

As a Systems Engineer, you will handle Concepts of Operations, Use Cases, Requirement decomposition, Testing, and Systems engineering documentation in a collaborative environment.

As a Senior Robotics Software Engineer, you'll enhance SLAM software capabilities, improve localization in warehouses, and implement scalable code for robotic systems.

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

Develop data-driven manipulation strategies for humanoid robots, including implementation, testing, and deployment of manipulation behaviors. Collaborate with teams to enhance software architecture and address real-world challenges.

Design, develop, and maintain full-stack code for robotic manipulation workcells and ML perception systems, collaborating with a multidisciplinary team.

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.

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

Design and develop wireless communication solutions for robotics, enhance transmission reliability, and integrate systems into products in diverse environments.

Integrate robotic hardware and software systems while collaborating on project goals, executing proof-of-concepts, and enhancing robot behaviors.