Jobs at Boston Dynamics

As a Technical Program Manager, you'll oversee robotics software project planning, risk management, cross-team coordination, and communication of project status and milestones.

The Hardware Test Engineering Manager leads a test engineering team, develops test strategies, and conducts validation for hardware and firmware, ensuring quality in robotic systems.

As a Senior Staff Software Engineer, you will develop software for robotic hardware, implement automated diagnostics, and support failure analysis in a multidisciplinary team.

As a Senior Software Engineer in Test, you'll design and maintain automated test solutions for warehouse robots, ensuring software reliability and performance. You'll integrate tests into CI/CD pipelines and drive test coverage while collaborating closely with development teams.

Lead compute performance for Atlas by developing highly optimized real-time software leveraging GPUs and AI accelerators, analyze and resolve performance bottlenecks, collaborate with roboticists, debug complex system failures across simulation/lab/field, and create testing to prevent regressions.

Lead mechanical design and development of integrated actuator hardware from concept through production. Support prototyping, troubleshooting, ECOs, and validation. Collaborate with proto-ops, electrical and controls engineers, apply simulation and analysis, and balance performance, manufacturability, and reliability for load-bearing robotic subsystems.

Develop autonomous capabilities for Boston Dynamics' Stretch robot, focusing on robust task planning, software integration, and debugging in a warehouse environment.

Responsible for improving and maintaining fleet management software, developing new features, collaborating with peers, and resolving issues.

The Robotics Engineer focuses on developing perception algorithms, debugging perception issues, and integrating sensor data to enhance robotic environmental awareness.

As a Staff Software Engineer, you will design, develop, and test system-level software for advanced warehouse robots, focusing on security and hardware support.

The Senior Mechanical Engineer designs external structures for the Atlas robot, collaborating on concepts, creating CAD models, analyzing designs, and managing projects while ensuring quality and technical communication with vendors.

The Associate Director leads cross-disciplinary teams in developing robotic systems, manages requirements and interfaces, and drives best practices in Systems Engineering.

Lead product strategy and go-to-market for Spot manipulation solutions. Conduct market research, build business plans, run proof-of-concept projects with cross-functional teams, analyze customer data and competitors, and define product roadmaps to drive near-term revenue and long-term market opportunities.

Design and develop grippers for the Atlas robot, focusing on mechanisms and assemblies that balance dexterity, force, manufacturability, and durability, while collaborating with multidisciplinary teams.

The Senior Product Quality Engineer will ensure product quality by implementing QA activities, analyzing data, leading investigations, and collaborating with engineering teams.

The Robotics Engineer will design and implement systems for loco-manipulation, rapidly iterate prototypes, and work collaboratively on data-driven manipulation stacks involved in RL and behavioral cloning.

As a Senior Mechanical Engineering Manager, you will lead a team in designing high-quality robotic hardware, managing projects, troubleshooting, and ensuring design compliance across multiple systems and production environments.

The Senior Director of Strategic Supply Chain will design global sourcing strategies, ensure supply continuity, and lead a high-performing team to optimize supply chain management.

Design and develop a high-performance application for robot teleoperation, integrating data pipelines and collaborating with cross-functional teams.

Develop and evaluate learning-based solutions for robotic manipulation, improve decision making using multimodal inputs, and transition prototypes into production systems.