Top Robotics Jobs

Lead Glacier’s distributed computer vision engineering team, owning the CV roadmap, technical priorities, execution, hiring, mentoring, and cross-functional collaboration. Guide model, dataset, compute, evaluation, and production-performance decisions without serving as a day-to-day developer. Oversee labeling operations and coordinate with Product, Software, Operations, Manufacturing, and Field Engineering to deliver computer vision systems for recycling robots and customer sites.

Supports autonomous robot deployments in hospital environments through site readiness, configuration, mapping, testing, troubleshooting, and go-live support. Investigates issues across robots, Linux systems, networks, cloud services, databases, and integrations using logs and telemetry. Works with customers and cross-functional teams, contributes to documentation and playbooks, supports escalations, and improves deployment and support processes. The role requires 20–40% travel and offers broad early-career exposure to robotics, healthcare technology, and field operations.

Own the product backlog and requirements for one or two robotics and automation scrum teams. Gather customer feedback, lead discovery, define user stories, prioritize roadmap initiatives, facilitate Agile ceremonies, coordinate backlog refinement, and define UAT. Collaborate with engineering, support, customer-facing teams, and global product stakeholders to prioritize issues, manage dependencies, and deliver warehouse automation features.

Plans, executes, and analyzes ground and flight tests for prototype and pre-production uncrewed vehicles. Develops test plans, procedures, instrumentation, and verification evidence; conducts field operations; analyzes data using MATLAB or Python; updates performance, stability, and control models; and reports results, discrepancies, and recommendations. The role also supports integration testing, safety reviews, discrepancy resolution, and mentoring of junior personnel.

Lead General Robotics’ social media strategy and day-to-day content across X, LinkedIn, and YouTube. Create videos, carousels, diagrams, benchmark charts, and written content that explain robotics and AI. Manage community engagement, founders’ voice programs, creative agencies, channel calendars, reporting, and growth experiments. Collaborate with engineering, research, sales, customers, and executives to build the company’s brand and influence in the physical AI community.

Build Hive’s US market for autonomous heavy machinery by generating pipeline, targeting industrial accounts, managing complex deals end to end, launching initial customer deployments, expanding accounts, and creating the US sales playbook. The role requires an established industrial network, consultative selling ability, technical fluency, quota achievement, multi-stakeholder deal experience, and willingness to travel nationwide.

Own mechanical robot subsystems from architecture through production, including drivetrain, structures, actuation, linkages, and enclosures. Select and integrate components, perform load and tolerance analysis, prototype in-house, and design for manufacturing, assembly, serviceability, and reliability. Debug deployed robots, coordinate with manufacturers and vendors, mentor junior engineers, and drive rapid iteration on field-ready hardware.

Leads Fourier’s commercial growth and go-to-market strategy for on-site hydrogen systems. Owns pipeline development, customer negotiations, pilot and offtake agreements, pricing, commercial roadmap, and early deployments. Builds and scales the business development organization, establishes performance goals and compensation, supports fundraising, and represents the company at industry events. This hands-on player-coach role requires selling industrial products and services, negotiating contracts, and developing customer relationships across energy-intensive markets.

Own end-to-end robotics data collection and annotation projects, translating client training needs into delivery specifications. Coordinate international teams across data operations, engineering, algorithms, and annotation, while managing schedules, quality, accuracy, SLAs, costs, and issue resolution. The role requires strong structured problem-solving, communication across time zones, international travel readiness, and comfort working in an ambiguous startup environment.

Work with the founding engineering team to design, prototype, and test electromechanical robotic subsystems for autonomous construction robots. Integrate sensors and actuators, tune motor control, bring up hardware in ROS/ROS2, perform fabrication and assembly, run experiments, analyze results, debug electromechanical issues, and document designs and procedures.