Top Robotics Jobs in Boston, MA

Talent community opportunity for engineers interested in current and future PDW roles in Boston. Potential work spans mechanical, electrical, embedded software, and software engineering for unmanned tactical robotic systems, including design, development, integration, testing, debugging, and production support. Candidates should have a relevant technical degree or equivalent experience, hands-on engineering skills, strong troubleshooting ability, cross-disciplinary collaboration skills, and willingness to work with hardware and prototypes. ITAR eligibility requires U.S. citizenship, permanent residency, or qualifying asylee/refugee status.

Leads national commercial marketing strategy for Stryker’s Mako SmartRobotics and Mako RPS portfolio, targeting hospital executives and administrative decision-makers. Develops integrated campaigns, economic value tools, ROI calculators, business cases, and executive-focused content to influence capital purchasing decisions. Builds executive reference networks, partners with sales and health economics teams, and drives adoption through customer engagement, value messaging, and coordinated go-to-market programs.

Develop distributed computing algorithms, performance metrics, and analysis tools for Zoox’s Collision Avoidance System. Analyze petabytes of urban driving data, evaluate system performance, and collaborate with CAS Perception, Planning, Systems Design, Mission Assurance, and QA engineers to define autonomous-driving validation metrics and plans.

Supports Walmart key account management through daily and weekly performance reporting, business analytics, prospecting, listings and distribution strategy, in-store feature planning, item setup, sample management, and activity-calendar administration. The role provides data-driven insights, supports business reviews, coordinates execution across stores and eCommerce, and builds collaborative relationships with internal teams and the customer.

Supports ABB’s sales team by learning electrification equipment, helping align products with customer needs, preparing proposals, coordinating cross-functional projects, and contributing to timely project completion. The intern will participate in meetings and brainstorming sessions, analyze customer requirements, identify suitable solutions, manage multiple tasks, and seek feedback to develop sales and professional skills.

Leads a multidisciplinary hardware engineering team developing, validating, releasing, and scaling electromechanical systems for warehouse automation and robotics. Oversees design reviews, compliance, safety certifications, hardware-software integration, schedules, resources, risks, manufacturing readiness, production support, and field reliability. Partners with product, software, quality, operations, supply chain, and manufacturing teams while mentoring engineers and driving predictable execution across scope, cost, schedule, and quality.

Designs, analyzes, fabricates, validates, and improves electromechanical machinery, robotic work cells, and warehouse automation equipment. Responsibilities include preparing manufacturing documentation, supporting production and commissioning, coordinating with suppliers and multidisciplinary teams, developing test procedures and manuals, validating mechanical components, and guiding less experienced engineers. The role includes customer visits, fabrication and assembly participation, and up to 20% travel.

Own robotic grasping intelligence by designing bespoke neural networks, building cloud training and evaluation pipelines, deploying models to robot fleets, and improving performance through field telemetry. Develop simulation-first manipulation strategies using robotics concepts including motion planning, kinematics, geometry, and perception. Collaborate with perception and motion-planning engineers while setting technical direction for a small applied ML team.

Provides customer-facing technical expertise for marine autonomy sales, including application evaluation, hardware scoping, installation guidance, interface strategy, supplier coordination, and customer-specific solution development. Supports training, field demonstrations, sea trials, customer exercises, post-sale coordination, federal opportunity monitoring, marketing events, and CRM administration. Requires deep knowledge of marine vessels, propulsion, navigation, steering systems, vessel interfaces, and perception sensors.

Owns continuous improvement for robotic actuator products by investigating field and manufacturing failures, leading root cause and corrective action analyses, and implementing design changes through ECOs. Collaborates with production, testing, and global manufacturing partners to improve reliability, manufacturability, and product maturity. The role also contributes to technology roadmaps, prioritizes complex projects, and mentors teams. Requires 10–20% international travel.