Top Robotics Jobs in Boston, MA

Designs, builds, and evaluates experimental hardware and software architectures for connected, embedded, distributed, audio, and ML-enabled systems. Responsibilities include prototyping, integration, API and messaging design, performance measurement, failure testing, device and sensor debugging, security and privacy collaboration, architectural evaluation, documentation, and mentoring engineers.

Lead client engagements to optimize manufacturing and product development lifecycles using lean and Six Sigma methods, supply chain integration, PLM, and digital technologies. Manage project planning, budgeting, team coaching, feasibility and cost analyses, and drive adoption of emerging technologies to improve speed to market, reduce cost, and enhance quality.

Develops and tests robotic, automation, control-system, and software solutions for process development. The role integrates equipment, sensors, and communication protocols; manages robotics projects from planning through implementation; develops prototypes and algorithms; supports automation strategy; collaborates with scientists, engineers, vendors, and external partners; authors regulatory and technical documents; and shares robotics, data science, and visualization best practices. Up to 10% travel is required.

Leads AI and automation product strategy for disability and absence claims operations. Responsibilities include prioritizing AI opportunities, owning roadmaps, designing human-in-the-loop workflows, defining safeguards and success metrics, partnering with engineering, coaching Product Owners, managing delivery increments, and communicating operational impact to senior leadership.

Provides strategic technical leadership in industrial hygiene and safety engineering for a major customer account. Responsibilities include hazard identification, exposure assessment, industrial hygiene sampling, risk analysis, engineering-control evaluation, robotics and automation safety reviews, facility modernization support, reporting, KPI tracking, training, mentoring, and thought leadership. The role is remote but requires up to 35% overnight travel for onsite assessments and customer engagements.

Provides strategic industrial hygiene and safety engineering leadership for a major customer account. Responsibilities include hazard identification, exposure assessment, control evaluation, robotics and automation safety reviews, onsite assessments, capital project support, executive reporting, KPI tracking, training, mentoring, and consulting project leadership. The role is work from home with up to 35% overnight travel across the U.S. and potentially internationally.

Leads a portfolio of complex technical programs from concept through production and deployment. Owns planning, governance, resourcing, budgets, risks, executive reporting, customer communication, and cross-functional delivery across engineering, manufacturing, supply chain, and site operations. Oversees robotics and automation product integration, commissioning, acceptance, operational readiness, and sustainment while mentoring program managers and improving lifecycle processes.

Provides field-based clinical, technical, and product support for Medtronic cranial and spinal navigation and robotic surgery technologies. Responsibilities include supporting installations and technology-enabled procedures, maintaining and upgrading hardware and software, troubleshooting customer issues, training physicians and hospital staff, documenting site visits, and collaborating with sales and clinical teams. Requires frequent driving, customer-site work, occasional overnight travel, operating-room activity, and support during evenings or weekends.

Lead hands-on prototyping, assembly, troubleshooting, failure analysis, testing, and repair of humanoid robots. Design cable assemblies, harnesses, and test jigs; create diagnostic procedures and repair documentation; collaborate across electrical, mechanical, and software engineering teams; and improve prototype reliability, manufacturability, test efficiency, and first-pass yield.

Designs and validates robotic fulfillment and materials-handling solutions from pre-sales through customer implementation. Collaborates across engineering, product, sales, operations, vendors, and customers to develop system designs, analyze performance, manage simulations, certify site outcomes, resolve specification discrepancies, and standardize software and hardware integrations. The role also builds best practices, supports customer and partner onboarding, and helps establish processes for a new applications engineering team.

Design and integrate complex mechanical systems for robotics, instrumentation, tools, and equipment. Responsibilities include CAD modeling, analytical studies, prototyping, testing, GD&T drawings, BOM management, manufacturing-method selection, cross-functional collaboration, client communication, and technical issue resolution. The role requires onsite work at a client facility in North Reading, Massachusetts, and supports product development consulting projects.

Develops warehouse robotics products and features before market launch. Evaluates market needs, technical feasibility, and solution effectiveness; translates product requirements into technology plans; presents innovations to internal and external stakeholders; builds consensus on technical options; participates in design reviews and hackathons; and tracks advancements in robotics, mechatronics, AI, machine learning, and motion planning.

Develops and sustains scalable manufacturing processes for complex robotic and electromechanical systems. Responsibilities include NPI support, DFM/DFA collaboration, tooling and fixture development, process improvement, production troubleshooting, root cause analysis, manufacturing documentation, supplier readiness, and technician training. The role requires cross-functional collaboration with engineering, quality, supply chain, and operations, along with CAD-based analysis and support for low- to medium-volume, high-mix production.

Build and lead Cleo Robotics’ production function from the ground up. Initially assemble, test, troubleshoot, and validate autonomous drone systems while establishing scalable workflows, documentation, quality systems, production planning, inventory processes, supplier relationships, and fulfillment operations. Transition into hiring and leading production staff, improving throughput, yield, cost, reliability, and on-time delivery as the company scales from prototypes to manufacturing.

Supports the Commercial Engineering team with setup, testing, validation, troubleshooting, documentation, customer demonstrations, training materials, system sizing, data analysis, and continuous improvement for independent cart technology used in industrial automation. Collaborates with engineering, product, technical support, and field service teams while contributing to technical reports, presentations, and a final internship presentation.

Leads the Robotics Support Specialists team, overseeing technical support operations, SLA performance, incident response, customer escalations, workforce planning, and continuous improvement. Develops team members, establishes support standards, manages Salesforce dashboards and playbooks, and partners with Engineering, Customer Success, and Field Services to resolve recurring issues and improve customer outcomes. The role is hybrid in Wilmington, Massachusetts, with occasional after-hours support for critical incidents.

Designs, validates, operates, and continuously improves high-throughput in vitro ADME assays supporting small- and large-molecule discovery. Leads assay miniaturization, laboratory automation, robotics integration, data quality, and production deployment. Collaborates with DMPK, medicinal chemistry, biology, pharmacology, translational sciences, engineering, informatics, and data science teams. Mentors scientists, manages assay performance KPIs, supports quality investigations and CAPA, and advances automated workflows across ADME and drug safety applications.

Own the lifecycle of shipping robots across hardware and software. Lead root-cause investigations, instrumentation, corrective actions, qualification, and safe fleet-wide rollouts. Manage hardware and software engineers, collaborate with field support, and directly support customers experiencing equipment failures. The role requires sustaining electromechanical products after launch, understanding mechanics, electronics, firmware, and software, and improving processes to prevent recurring failures.

Owns execution of a complex robotics product program spanning hardware, embedded and cloud software, AI models, apps, operations, quality, and certification. Translates product priorities into plans, coordinates multidisciplinary teams, manages risks and dependencies, drives release quality, and provides credible status and tradeoff visibility to senior leadership and the CEO.

Own product strategy, priorities, and roadmaps across robotics hardware, software, AI/perception systems, motorcycle safety modules, cloud tools, and companion apps. Translate customer and market feedback into business cases and product decisions, partner with Sales and Design, champion simplicity, and define goals for Program Management execution. Represent product strategy to executive leadership, customers, and the Board.

Leads the strategy, architecture, implementation, and lifecycle management of digital solutions across R&D, manufacturing, quality, supply chain, and product lifecycle management. Oversees ERP, MES, QMS, PLM, IoT, AI, automation, and connected medical-device capabilities while ensuring compliance, cybersecurity, data integrity, and validation. Builds high-performing teams, manages technology partners, and drives Manufacturing 4.0 transformation through connected equipment, robotics, analytics, digital twins, and remote device monitoring.

Conduct research and develop AI planning and machine-learning algorithms for multi-robot systems. Identify optimization opportunities, adapt or create high-performance approaches, run simulations and experiments, and validate system performance. Present findings internally and at academic venues while collaborating with robotics and software engineering teams.

Own product positioning, messaging, competitive differentiation, launches, content, sales enablement, demos, and analyst relations for physical AI and robotics products in North America. Translate technical capabilities into customer value and ROI for operations, engineering, and executive buyers. Partner with Product, Sales, Engineering, and leadership to support key deals, trade shows, customer meetings, and go-to-market strategy.

Develops and implements manufacturing processes, production layouts, tooling procedures, and assembly sequences for microwave hybrid aerospace components. Troubleshoots hardware and manufacturing issues, evaluates equipment performance, drives corrective actions, and ensures regulatory compliance. The role applies soldering, conductive epoxy attachment, wire bonding, hermeticity testing, automation, statistical process control, and data analytics to improve quality, efficiency, and cost. It also collaborates with product design teams to optimize manufacturability.

Develops and implements manufacturing processes for microwave hybrid assemblies, including substrate and die attach, wire bonding, solder assembly, and hermeticity testing. Defines operation sequences, tooling procedures, and digital work instructions; troubleshoots hardware and equipment issues; investigates failures; drives corrective actions; and ensures regulatory compliance. The role also supports automation, process optimization, quality improvement, and production efficiency.