Top Robotics Jobs in Boston, MA

Lead QA strategy and tooling for cloud software: design and execute automated and manual tests, focus on API/backend reliability and performance, drive automation, troubleshoot complex issues, and mentor QA practices.

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.

Deploy and integrate Shield AI's Hivemind autonomy software with customers worldwide, provide technical support and training, develop autonomy applications using the enterprise SDK, assist sales and post-sales integration, document solutions, and collaborate with product engineering to resolve customer issues.

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

Lead a team of project managers to implement, integrate, and support supply chain systems (including WMS and execution-layer technologies). Oversee complex, multi-site software deployments, upgrades, testing, and troubleshooting. Partner with operations, engineering, vendors, and leadership to prioritize initiatives, drive adoption, and improve operational performance while mentoring staff and ensuring successful project delivery.

As a Robotics ML Research Engineer, you will develop algorithms for robot manipulation, lead software infrastructure, and innovate in robotics learning research.

Lead system-level definition and integration of the Common EFEM platform, collaborating across various engineering disciplines to define requirements, architecture, and validate performance.

Seeking a Research Manager to lead teams in AI and robotics, defining research strategies and overseeing project deployments from concept to execution.

Lead pre-sales and deployment of AI-enabled machine vision and robot-guided inspection systems. Translate customer needs into technical specs, run demos/PoCs, manage large robotics projects from concept to delivery, coordinate integrators and stakeholders, produce technical documentation and ROI analyses, and support marketing with technical content.

Bridge customers and engineering to define technical requirements, lead pre-sales demos and PoCs, manage robotics and vision inspection projects end-to-end, deliver technical documentation and ROI analyses, and support onsite installs, training, and post-install support while coordinating integrators and stakeholders.

Lead pre-sales technical engagements, translate customer requirements into technical solutions, and run demos/PoCs for AI-enabled vision inspection and vision-guided robotics. Manage large-scale robotics and capital equipment projects from concept through delivery, coordinate integrators and stakeholders, and provide project governance, documentation, and ROI analyses. Travel to customer sites for demos, installs, training, and support up to 50%. Collaborate with sales, marketing, and engineering to scale deployments and produce technical marketing content.

Lead product strategy and roadmap to convert advanced AI and robotic research (VLA models, agentic RAG) into customer-facing solutions. Define safety, usability, and performance metrics, work with early enterprise adopters for feedback, and coordinate cross-functional teams to deliver complex hardware and deep-tech software products.

Lead research developing foundation models for robotics, align text reasoning with low-level control, design zero-shot generalization experiments, integrate models into robotic applications, and publish and present results at conferences.

Lead R&D innovation to develop and validate robotic concepts through rapid prototyping, system design, hardware/software integration, and cross-functional collaboration. Drive technical alignment, document designs for NPI, and research cutting-edge algorithms and solutions to de-risk and advance next-generation consumer robots.

The role requires managing customer sites using Tutor robots, diagnosing operational issues, and working closely with engineering to enhance performance.

Manage customer robotics deployments, diagnose and resolve technical issues, partner with engineering for improvements, and maintain customer relationships.

Lead implementation, optimization, and lifecycle support of automation systems (DeltaV, PLCs, SCADA, AVEVA PI, robotics) for pharma manufacturing. Collaborate cross-functionally to integrate systems with MES/ODH, drive standards (ISA-95/88), support validation/compliance (cGMP, CSV), lead CAPEX projects, and provide commissioning, on-call, and continuous improvement support with AI/ML initiatives.

The role involves leading the development of a sensor fusion layer for robotics systems, focusing on creating robust AI Native services and middleware that improve deployment outcomes. Founders will use their domain expertise to build a transformative B2B SaaS business.

The Research Engineer will design and conduct experiments at the intersection of manufacturing and AI, developing workflows and integrated systems to enhance manufacturing processes and technologies.

The Staff Motion Planning Engineer will research and develop algorithms for motion planning in autonomous vehicles, building scalable software and interfacing with various components of the system.

Design and build custom scientific instruments across mechanical, electronics, and firmware domains; develop and execute NGS workflows and assays; maintain sequencing QC; troubleshoot experiments and validate assays with biologists; write protocols/SOPs; set up and maintain lab instrumentation; iterate prototypes to production and communicate technical tradeoffs to team and stakeholders.

Seeking a research assistant for projects on wearable robotics, including machine learning exoskeletons and prosthesis design.

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

Lead DEL-based hit identification and complementary screening efforts, develop and optimize biochemical and biophysical assays, operationalize automation-enabled screening workflows, secure and design fit-for-purpose protein constructs, and drive hit validation and progression into hit-to-lead through cross-functional collaboration with chemistry, computational, and automation teams.