Top Robotics Jobs

Analyzes and resolves logistics and warehouse operational issues across OMRON and third-party logistics providers. Responsibilities include monitoring warehouse responsiveness, managing ServiceNow requests, tracking KPIs, maintaining performance records, identifying process gaps, analyzing Excel and reporting data, proposing solutions, and supporting continuous-improvement projects and implementations.

Owns day-to-day operations for an early-stage industrial robotics company, including sourcing materials, negotiating with suppliers, issuing and tracking purchase orders, coordinating freight, managing recruiting logistics, supporting onboarding, collecting vendor documentation, coordinating invoices, and maintaining operational systems. The role requires exceptional organization, persistence, resourcefulness, commercial judgment, phone-based follow-up, and comfort solving ambiguous problems independently.

Greets and communicates with parents, sells educational sessions and plans, supports marketing events, creates short curriculum videos, manages social media, answers phones, responds to emails, sends invoices, and assists with the learning management system while helping instruct children ages 5–14.

Leads the Product organization’s strategy, roadmap, backlog, requirements, prioritization, and execution. Owns product direction for the positioning engine and client product, including indoor positioning growth opportunities. Partners with Engineering, executives, customers, Sales, and Customer Success to align delivery with market needs, communicate progress, and drive monetization, pricing, and portfolio impact.

Lead UAV flight-test campaigns from simulation through field deployment. Coordinate software, hardware, personnel, vehicles, ranges, and authorities; develop and approve flight-test plans, hazard analyses, test cards, and reports; maintain fleet readiness; establish telemetry and data pipelines; and investigate anomalies or structural failures. The role requires substantial field presence, FAA compliance coordination, hands-on UAV testing, and familiarity with Linux, flight software, instrumentation, telemetry, and data analysis.

Provides technical support and field maintenance for radar systems, focusing on software-hardware integration, system and database performance, networking, Linux administration, and uptime. Troubleshoots hardware and software failures, performs root-cause analysis, conducts preventive inspections, analyzes system data, manages subcontractors, and supports installations and demonstrations. Collaborates with project management, product, and engineering teams to improve products and resolve customer issues.

Designs and owns production data schemas and models, builds AWS data infrastructure and artifact storage, and develops edge-to-cloud pipelines for robotic systems. The role also delivers ML infrastructure for training pipelines, dataset versioning, and model deployment. Candidates must have at least two years of AWS data infrastructure experience, strong distributed-systems modeling skills, ML infrastructure experience, and the ability to work across the stack. Travel to customer sites is required. Robotics, autonomy, industrial IoT, edge computing, and manufacturing experience are preferred.

Program and debug industrial robot controllers in highly automated manufacturing environments. Responsibilities include electrical and network troubleshooting, robot I/O setup, simulation, system design, commissioning, installation, integration, and ongoing support across welding, material handling, sealing, palletizing, and roller hemming applications. The role requires travel, overtime, shift flexibility, a post-secondary engineering diploma, and related robotics experience.

Develop motion-planning and control algorithms for outdoor construction robots, deploy them on hardware, benchmark and tune them for robust real-world operation, and integrate them with perception and learning components. Interns own scoped projects, work with mentors, and demonstrate results. Projects may include safe-stop and human-avoidance behaviors or manipulation from moving platforms on rough terrain.

Own the end-to-end electrical architecture for autonomous subsea robotic systems, including power systems, embedded electronics, sensors, communications, control interfaces, PCB design, integration, testing, and field validation. Manage requirements, documentation, FMEA, vendors, production quality, and lifecycle improvements. Collaborate across engineering disciplines, mentor junior staff, troubleshoot systems, and support marine testing and equipment mobilization.