Top Robotics Jobs

Owns commercial strategy and relationships for strategic manufacturing accounts. The role develops account plans, drives profitable order entry and revenue growth, improves retention and account penetration, and identifies new strategic opportunities. It coordinates Sales, Engineering, Project Management, Service, Product Management, and executive stakeholders to deliver customer value across global regions. Responsibilities include mapping customer sites and stakeholders, tracking installed bases, developing multi-year opportunity roadmaps, and engaging customer executives, procurement, operations, engineering, and plant management.

Supports cardiac rehabilitation referral and medical documentation workflows by maintaining records, spreadsheets, tracking tools, reports, and CRM data. Coordinates communication with patients, physicians, and provider offices; reviews documentation for accuracy and completeness; assists sales and operations teams with outreach, meetings, reporting, and administrative projects. Maintains confidentiality of healthcare-related information and contributes to data quality, process improvement, and operational efficiency.

Lead multidisciplinary robotics system development from technical audit through investor-ready MVP. Responsibilities include evaluating mechanical, electrical, firmware, and software workstreams; defining MVP scope; architecting integrated hardware and software systems; establishing safety logic; planning low-volume manufacturing; and coordinating product execution. The role requires hands-on development of autonomous mobile platforms, embedded systems, motor controls, person-following, perception, localization, battery systems, and ROS2-based robotics software.

Designs standard and custom automated packaging machinery from concept through acceptance testing. Responsibilities include master layouts, technical and cost calculations, machine design, cross-functional coordination with controls and software engineers, and resolving field issues during customer site visits. Requires mechanical engineering expertise, robotic machine design experience, SolidWorks/PDM proficiency, and knowledge of pneumatic systems, fabrication techniques, and materials.

Designs, tests, troubleshoots, and supports production of electrical systems for drone motors and propulsion products. Responsibilities include motor controllers, power electronics, PCB assemblies, schematics, test procedures, validation, component qualification, root-cause analysis, prototype builds, and new product introduction. The engineer collaborates with manufacturing, quality, supply chain, and production teams while maintaining technical documentation and supporting ISO 9001 and AS9100 compliance.

Support material synthesis, device fabrication, sample preparation, and experimental execution. Collect, analyze, and report data, maintain chemical inventory and lab safety, and support a fast-moving startup under the Principal Chemical Engineer.

Build and own the company IT function: manage employee devices, identity and access (SSO/MFA), SaaS administration, secure networking, MDM and endpoint security, vendor selection, and compliance readiness for defense standards (CMMC, NIST 800-171). Partner with teams to automate IT workflows and scale systems.

The role involves selling POS systems to businesses, focusing on candidates with restaurant experience, requiring sales and industry knowledge.

Build, configure, test, troubleshoot, and improve Flippy robotic systems. Develop system-level verification, validation, regression, and reliability tests; create Python automation tools; diagnose hardware and software failures; analyze data and identify root causes. Support prototype development, system integration, and occasional customer deployments. The role combines hands-on assembly, physical testing, software and QA automation, and field support in an on-site Pasadena environment.

Leads and develops an engineering team responsible for custom-product design through production. Improves engineering workflows, quality, capacity, manufacturability, cost accuracy, and on-time delivery. Partners cross-functionally on complex projects, manages technical risk and schedules, establishes documentation standards, and drives continuous improvement, APQP, field-failure reviews, and customer-focused design solutions.