Top Robotics Jobs in Boston, MA

Lead product development for SharkNinja robots by managing technical specifications, collaborating with cross-functional teams, and driving innovation and improvements in robotic technology.

As a Principal Hardware Engineer, you'll design scalable hardware systems for automation in fulfillment operations, integrating hardware with software through a collaborative approach.

Own CNC process development and design machining workflows, integrate automation systems, optimize toolpaths, collaborate across teams, and lead yield improvement efforts.

Summer internship working onsite to design, prototype, test, and validate robotics and mechatronics solutions. Collaborate cross-functionally on prototypes, experimental test plans, CAD development, and technical presentations. Opportunity for hands-on integration of sensors, actuators, motors, embedded software, and electronics in consumer robotic products.

The Principal Scientist will lead digital development workflows in drug product processes, focusing on modeling implementation, process design, and technology transfer while coordinating with cross-functional teams.

Build and own full-stack AI platform systems: backend services, data pipelines, frontends, and cloud infrastructure. Integrate LLM agents with lab data, instruments, and databases; prototype and harden agentic workflows; write well-tested code; mentor teammates and drive engineering best practices in a research-focused environment.

Lead design, implementation, and lifecycle management of automation systems for individualized therapy manufacturing. Own automation architecture (ISA-95/88), CAPEX projects, integrations (APIs, DCS, data lakes, WMS/ERP), validation (21 CFR Part 11, CSV, IQ/OQ/PQ), and cross-functional collaboration. Drive digital integration, analytics enablement, robotics deployment, and mentor technical teams.

Lead small-molecule discovery programs end-to-end, ensuring the autonomous platform delivers high-quality clinical candidates. Set throughput, quality, and timeline targets; integrate AI/ML and experimental teams; define assay cascades and decision criteria; manage external CRO relationships; and translate platform capabilities for partnerships and leadership updates.

Design and build robotic hardware using CAD (Onshape); iterate physical prototypes, drive projects to completion, and learn new skills to solve practical robotics deployment challenges.

Manage enterprise customer relationships, ensuring successful robotics deployment, aligning outcomes with business goals, and driving account growth through effective communication and cross-functional coordination.

The Customer Success Manager will build strong relationships with clients, support robot deployment, troubleshoot issues, and drive customer growth by collaborating with cross-functional teams.

Lead the development of advanced ocular in vitro models for ophthalmology research, drive drug discovery programs, mentor team members, and evaluate innovative technologies.

Execute quality-control testing and hands-on troubleshooting of newly built ion implanters, document interventions, and travel (up to 20%) to customer sites to support onsite testing and production readiness. Work cross-functionally with assemblers, design and software engineers, and vendors.

Lead the enterprise Automation Center of Excellence to define and execute long-term automation strategy, equipment standards, and scalable platforms. Partner with R&D, manufacturing, and regional teams to prioritize NPIs, process improvements, and adoption of robotics, controls, and vision systems. Drive design-for-automation practices, maintain an automation roadmap, and accelerate feasibility testing and deployment across global sites.

Design and develop mechanical systems for custom automation equipment: create 3D models, detailed drawings, and BOMs; collaborate with controls, electrical, manufacturing, and project teams; support design reviews, testing, deployment, and continuous improvement.

Lead mechanical design for robotics and automation projects, coordinate cross-discipline engineering, manage projects from concept through build and testing, troubleshoot during assembly, develop plans and proposals, mentor junior engineers, and participate in client discussions and design reviews.

The Digital Sales Consultant will drive sales and adoption of digital solutions in orthopedic spine technologies, including supporting installations and enhancing awareness through engagement with healthcare professionals.

Lead the creation and execution of hardware test strategy for autonomous robotics: build test infrastructure and fixtures, run hands-on validation, troubleshoot, and provide technical leadership while collaborating across mechanical, electrical, and software teams.

The Sales Executive will drive revenue growth by sourcing and closing large-scale enterprise deals in automation and robotics, while managing complex sales cycles and building long-term customer partnerships.

Manage a systems engineering team for atmospheric semiconductor automation products. Ensure systems engineering principles and QMS compliance across NPI/CuSP projects, schedule resources, control budgets, resolve field escalations, and develop team skills while executing system specifications and DVT testing.

Lead strategy and vision for advanced orthopaedic technologies. Conduct market and customer research, scout and build partnerships, prioritize opportunities, govern initiatives, and partner with R&D, BD, supply chain, quality, and regulatory. Support technology integration into product teams, communicate with senior leaders and external partners, and manage multiple projects. Role requires OR/cadaver work and significant domestic/international travel.

Design, build, and run system integration tests for hardware and software. Develop and maintain HIL/SIL test environments, map requirements to test cases, track defects in Jira/TestRail, ensure quality and safety compliance, and collaborate with robotics, controls, firmware, and product teams.

Lead design, commissioning, and continuous improvement of Stack Forging production machines. Perform concept-to-production machine design, analysis, testing, documentation, vendor selection, BOM/CAD management, tolerance and statistical analysis, root-cause investigations, and mentor junior engineers to enable reliable, automated manufacturing.

The Robotics Software Engineer will architect systems, implement navigation algorithms, develop software for UAS, and support prototype vehicle testing.

The Director will build and oversee the Local Site Sustaining Engineering function, focusing on fleet reliability, incident response, and continuous improvement in lab operations across multiple sites. Responsibilities include defining operating models, leading teams, managing supply chain continuity, and integrating AI solutions for equipment health.