Top Robotics Jobs in Boston, MA

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.

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.

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.

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.

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.

Develops and implements manufacturing processes for microwave hybrid assemblies supporting aerospace and defense programs. Responsibilities include defining assembly procedures, optimizing production layouts and build sequences, troubleshooting hardware failures, inspecting equipment, implementing corrective actions, ensuring regulatory compliance, and improving quality through automation, statistical process control, and data analytics. The role requires knowledge of solder assembly, epoxy attach, wire bonding, and hermeticity testing.

Designs, analyzes, integrates, and supports mechanical systems for semiconductor inspection and metrology equipment. Responsibilities include mechanical assembly and mechanism design, tolerance and structural/thermal analysis, prototyping, testing, engineering documentation, supplier collaboration, manufacturing support, field troubleshooting, and reliability and manufacturability improvements across the product lifecycle.

Design and develop robotic technologies, instruments, and orthopedic medical devices. Lead multidisciplinary R&D projects, apply design controls, and support verification, validation, regulatory compliance, design transfer, product launches, complaint investigations, and post-market surveillance. Analyze technologies, resolve nonconformances, drive corrective actions, and collaborate with Regulatory, Quality, Manufacturing, and external partners. Mentor junior engineers, contractors, and interns while contributing to product improvements, technology upgrades, and audits.

Leads mechanical design and product development for robotic and medical device systems. Designs complex mechanisms, flexible instruments, precision assemblies, and electromechanical components; evaluates existing designs for performance, cost, reliability, and manufacturability improvements. Provides technical leadership to engineering technicians, manages project priorities and deliverables, collaborates across disciplines, and supports prototyping, testing, troubleshooting, verification, validation, and commercialization.

Lead product and interaction design for robotic kitchen products, defining software interfaces, operational workflows, and human-robot interactions. Develop rapid prototypes, conduct user testing with restaurant operators, and translate hardware constraints into effective digital experiences. Provide design specifications for engineers and designers while partnering with product, robotics, mechanical, and operations teams. Set design direction, mentor an existing designer, and guide concepts from research and R&D through store pilot deployment.

Senior Systems Engineer responsible for developing system requirements, defining interfaces, integrating subsystems, planning verification, and resolving technical issues for semiconductor inspection and metrology platforms. The role partners with multidisciplinary engineering, manufacturing, service, supply chain, product, and customer teams to deliver reliable, manufacturable, serviceable systems. Responsibilities include trade studies, customer acceptance, field issue resolution, engineering changes, risk communication, and process improvement. The position is primarily on-site in Wilmington, Massachusetts, with domestic and international travel up to 40%.

Leads the roadmap and execution of manufacturing tooling for robot production. Translates complex manufacturing processes into software-enabled tools, collaborates with manufacturing and technical leadership, influences technicians and cross-functional builders, and ensures tools are adopted. Success is measured through improved build quality and punctuality. The role also coordinates with builders across customer support and go-to-market domains. Experience with operator-facing software tools, robotics, electromechanical manufacturing, or automation is preferred.

Manages a hardware engineering team responsible for developing robot subsystems from concept through design, prototyping, testing, release, and manufacturing. The role includes hiring and mentoring engineers, leading design reviews and decisions, coordinating with manufacturing, supply chain, quality, field service, software, and research teams, and ensuring electromechanical products are successfully shipped and supported in production.

Leads enterprise digital manufacturing strategy and smart factory transformation across multiple sites. Oversees MES, IIoT, digital twins, robotics, automation, analytics, and connected-workforce deployments to improve safety, quality, productivity, compliance, and mission readiness. Builds and leads a multidisciplinary technical team, manages roadmaps and investments, drives standardization, evaluates technology ROI, partners with operations and suppliers, and reports progress to executives.

Supports external manufacturing partners and internal engineering teams with manufacturing readiness, production support, engineering changes, documentation, design for manufacturability, troubleshooting, and continuous improvement. Works across mechanical and electrical systems, reviews technical documentation, and uses data, dashboards, automation, or AI-enabled tools to improve manufacturing processes. Travel to partner locations may be required.

Supports external manufacturing partners and internal engineering teams with manufacturing readiness, production support, engineering changes, process documentation, design for manufacturability, troubleshooting, and continuous improvement. The role works across mechanical and electrical systems, reviews technical documentation, and uses data, dashboards, automation, and AI-enabled tools to improve manufacturing efficiency and scalability. Travel to manufacturing partner locations may be required.

Develop new B2B business and manage client, integrator, and channel relationships across manufacturing, logistics, and industrial sectors. Lead the full sales cycle, align customer needs with robotics solutions, tailor technical demonstrations and proposals, close deals, achieve revenue targets, attend industry events, and provide market feedback to engineering and product teams.

Manage strategic customer relationships and increase revenue for laboratory automation and workflow solutions. Apply scientific and consultative sales expertise to identify customer challenges and develop integrated solutions involving automation hardware, software, instrumentation, services, and implementation. Engage scientists, engineers, laboratory operations, IT, procurement, and senior decision-makers while coordinating with technical specialists and product teams. Manage complex, multi-stakeholder opportunities and travel up to 50–75% as needed.

Customer Success Interns analyze automated system performance, troubleshoot issues, perform root-cause analysis, and help improve customer site outcomes. They collaborate with engineering and operations teams, track KPIs, develop performance improvement plans, and maintain AI-enabled dashboards. The role requires strong analytical, communication, and collaboration skills, with familiarity using Excel and exposure to Python and SQL. Interns may travel one to two times to client locations during the summer internship.

Leads daily support for the Sonny robotic platform, managing operators, support agents, shifts, ticket quality, escalation of hardware issues, and performance reporting. The role builds support processes, coaches team members, closes coverage gaps, and coordinates with operators, engineers, maintenance, and leadership. It requires technical support or operations experience, team leadership, calm communication, operational data skills, and the ability to work on-site in Watertown, Massachusetts.

Supports installation, integration, calibration, troubleshooting, upgrades, and acceptance of advanced semiconductor inspection and metrology systems. Diagnoses electro-mechanical, optical, automation, software, and subsystem issues across laboratory, manufacturing, and customer environments. Collaborates with engineering, field service, manufacturing, product support, supply chain, and customers to resolve escalations, document findings, improve system reliability, and reduce downtime. The role is primarily onsite in Wilmington, Massachusetts, with domestic and international travel up to 60%.