Top Robotics Jobs in Boston, MA

Develop and integrate software for humanoid robots by combining perception, planning, locomotion, and manipulation systems. Responsibilities include defining subsystem interfaces, bringing up hardware, calibrating sensors, productionizing research code, building integration tests and diagnostics, optimizing real-time performance, and implementing fault monitoring and recovery. The role also coordinates integration milestones and validates robotic systems across simulation and real-world hardware.

Provides remote technical support for deployed AI-powered robotic systems, diagnosing hardware, software, networking, and integration issues. Owns customer incidents, performs root cause analysis, develops support tools and documentation, supports updates and deployments, and collaborates with engineering and deployment teams. Participates in on-call coverage and travels internationally for onboarding and periodically across North America.

Design and develop intuitive interfaces for autonomous vessel control, monitoring, and mission management systems. Translate complex workflows into user-friendly experiences, create prototypes and reusable UI components, conduct usability testing, and develop visualizations for real-time operational data. Collaborate with product, engineering, and end users to integrate interfaces with APIs and real-time data streams while supporting safe, efficient decision-making.

Provides advanced technical support for robotic systems during commissioning and 24/7 customer operations. Diagnoses hardware, software, controls, Linux, network, and automation failures; analyzes logs and telemetry; develops integrations and support workflows; leads major incidents; coordinates engineering, field service, and customer teams; manages cases and corrective actions; validates AI-assisted diagnostics; and mentors engineers while improving system reliability and recovery times.

Own validation strategy and end-to-end testing for robotic hardware, including PCBAs, actuators, grippers, and robotic arms. Design automated test equipment, fixtures, and reusable infrastructure; execute functional, environmental, stress, and reliability testing; investigate failures; and drive corrective actions. Lead certification activities, documentation, and cross-functional testability improvements while mentoring engineers and informing hardware release decisions.

Develop and maintain measurable system requirements for robotic unloading systems, trace product needs through testing, identify verification gaps, and support design documentation and interface definitions. Collaborate with mechanical, electrical, software, product, and test teams to define cross-functional features. Participate in reviews, testing, and robot integration at warehouse and customer sites.

Mechanical Engineering Intern supporting Stryker’s research and development teams in new product development, product engineering, or test lab activities. Responsibilities may include CAD and FEA work, prototype development, product improvement, fixture design, root cause analysis, design verification testing, process documentation, and presenting technical findings while collaborating with cross-functional teams.

Supports customer laboratory automation platforms through case management, software and hardware troubleshooting, code debugging and deployment, networking and database configuration, system upgrades, and customer training. Collaborates with field service and internal teams to resolve issues, deploy automation solutions, document defects, and improve support processes. The role is remote on the East Coast with work at customer sites and approximately 30% domestic travel.

Provides frontline phone, email, and ticket-based customer support; resolves account, app, scheduling, and product questions; documents interactions in HubSpot; manages inventory and supply forecasting; develops support scripts, knowledge-base content, SOPs, and training materials; supports product launches, cross-functional collaboration, product testing, and rotating evening and weekend coverage.

Leads a team of prototype engineers and technicians while remaining hands-on with electrical integration, bring-up, troubleshooting, failure analysis, and field repair for humanoid robots. Owns prototype build schedules, lab resources, test procedures, repair documentation, harnesses, cable assemblies, and test fixtures. Collaborates across electrical, mechanical, firmware, and software engineering to improve reliability, manufacturability, test efficiency, and first-pass yield.