Staff Fleet Operations Robot Captain, Atlas

Boston Dynamics•Waltham, MA

19d•$116,000 - $160,000

About The Position

The Fleet Operations Robot Captain is the mission lead for robot health, uptime, and utilization. This role acts as the primary technical bridge between Research Scientists, Software Developers, Operations and Hardware SMEs to ensure the humanoid fleet remains "mission-ready." The Captain is responsible for leveraging real-time monitoring tools to oversee fleet status, performing high-level technical triage to localize system failures, and manage the experimental pipeline to maximize hardware throughput. This role requires a unique blend of systems engineering knowledge, diagnostic intuition, problem solving ability, and the organizational discipline to manage complex, competing priorities in a fast-paced R&D environment.

Requirements

Strong understanding of robotics systems, including software stacks, controls, networking, and hardware interfaces.
Proficiency in reading and interpreting Real-Time (RT) code, Linux system logs, and networking telemetry to troubleshoot controls.
Experience with issue tracking, work management systems, such as JIRA, and data-driven monitoring tools/dashboards such as Tableau.
Ability to stay calm and organized while managing multiple high-priority streams of work.
Strong understanding of safety best practices in high-energy or mobile robotics environments.
Bachelor’s degree in Robotics, Computer Science, Electrical Engineering, or a related technical field preferred.
5 years of experience in robotics operations, systems engineering, or a highly technical site reliability role.
Proven track record of troubleshooting complex electromechanical systems.
Experience in a high-intensity R&D environment where hardware availability is a critical path to project success.
Technical Troubleshooting: Rapidly localizes faults across complex electromechanical and software boundaries.
Operational Ownership: Strong sense of accountability for fleet uptime, readiness, and reliability. Makes sound decisions under pressure while balancing risk, safety, and productivity.
Communication: Translates complex technical issues into clear, actionable information for diverse audiences.
Execution Discipline: Maintains operational rigor in a fast-moving, high-stakes R&D environment.

Responsibilities

Technical Triage & Issue Localization Act as the first responder for robot hardware and software issues, performing system-level triage to localize failures and determine appropriate escalation paths.
Analyze logs, telemetry, and system behavior to narrow issues to specific subsystems or components.
Create high-quality issue reports and tickets that enable subject-matter experts to root cause problems efficiently.
Identify and escalate fleet-level blockers or safety risks that impact robot availability or operational continuity.
Fleet Monitoring & Status Management Maintain the real-time health, configuration, and connectivity of all robots in the fleet.
Distinguish between hardware availability and software-induced downtime to ensure accurate reporting and planning.
Ensure fleet status, availability, and constraints are clearly communicated to stakeholders to avoid conflicts or idle time.
Experiment & Queue Management Own and prioritize the daily experiment and test queue to maximize robot utilization during core operating hours.
Balance risk by sequencing experiments appropriately, enabling progress while minimizing extended downtime.
Provide clear visibility into what is running now, what is next, and expected completion timelines for all active users.
Repair & Operational Coordination Serve as the primary interface to repair and maintenance teams when hardware intervention is required.
Track repair progress and validate robot readiness before returning systems to active use.
Coordinate software updates and system configuration changes to ensure robots are operating on approved, stable builds.
Execute standardized startup, shutdown, and handoff procedures to ensure continuity across shifts.