Fleet Response Engineer
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Before you apply
SalaryNo pay range posted
LocationMountain View
Work modeon-site
Typefull-time
SeniorityMid
DepartmentApplications Engineering- Applied AI
Company size201–500 people
PostedAug 10, 2026 · 2mo ago
Verified live1d ago
May no longer be actively hiring
Posted by the company on Aug 10, 202655% of this company's open roles have been listed for 90+ daysNo pay range listed, though California requires one
At a glanceSummarised by Seekless from the posting.
Strong systematic debugging of complex systems — the ability to reason from symptoms to root cause and reverse-engineer unexpected behavior
Comfortable in Linux and the command line, and reading logs, telemetry, and system data
Coding proficiency in Python and/or C/C++ (Bash a plus)
Clear written and verbal communication, and calm judgment under pressure
3+ years working with robotic, autonomous, automotive, aerospace, or industrial-automation systems in an engineering, reliability, or support capacity
Familiarity with ROS/ROS2 and robot subsystems (sensors, actuators, perception, networking)
Prior on-call, site-reliability, or release-engineering experience
Experience building tools that help others debug, and a track record of solving unusual bugs
Comfort with hardware and hardware–software interfaces; willingness to travel occasionally to deployment sites
Willingness to take part in an on-call rotation, including some nights and weekends as the fleet grows
Skills
Python
C/C++
Bash
Linux
ROS
ROS2
About the company
At Rhoda AI, we’re building the next generation of generalist intelligent robots. We own the full robotics stack from high-performance hardware and robot systems to the infrastructure and state-of-the-art foundation world models that control our robots. Our robots are designed to be generalists capable of operating in complex, real-world environments and handling long-tail edge cases, made possible by our cutting edge research and end-to-end system design. We’ve raised over $450M and are investing aggressively in model research, infrastructure, hardware development, and manufacturing scale-up to make generalist robotics a reality.
The Role
You’ll be the first engineer in the loop when something goes wrong on a deployed robot. When the field or operations team hits an issue they can’t resolve, they come to you. You’ll triage incoming faults and alerts, debug across the full stack: hardware, embedded, software, sensors, networking, to find the fastest safe path back to operation, and pull in the right domain experts when an issue runs deep. You’ll own incidents from first alert through recovery and root cause, and turn what you learn into better monitoring, better runbooks, and a more reliable fleet.
What You’ll Do
Triage and incident response
• Monitor incoming faults, alarms, and alerts from robots deployed at customer sites and in internal testing; triage and prioritize by severity and operational impact
• Act as the first engineering responder and point of contact for real-time escalations from field technicians and operations
• Debug complex issues across subsystems through log analysis, telemetry review, and reproduction testing
• Drive incidents to fast resolution or mitigation to restore operation and maximize fleet uptime
Escalation and coordination
• Escalate to and coordinate with domain engineering teams (AI, robot software, cloud, hardware) to drive resolution
• Own the on-call rotation and paging, and keep the escalation process clear and current
• Communicate status to operations, engineering, and customer-facing teams throughout an incident
• Own each incident through to confirmed recovery and a clean handoff
Root cause and reliability
• Perform root-cause analysis — identify contributing factors, themes, and corrective actions — and track follow-ups to closure
• Document investigations and fixes in a shared knowledge base and troubleshooting guide so future issues resolve faster
• Feed field insights back to engineering to improve product reliability and issue detection
• Track reliability trends and flag recurring or systemic failures
Tooling and prevention
• Build (or spec, with the software team) the monitoring, alerting, and diagnostic tooling that catches issues fleet-wide
• Establish diagnostic procedures that let technicians and operators self-serve common issues
• Continuously reduce manual, repetitive response work through automation
Required Qualifications
• Strong systematic debugging of complex systems — the ability to reason from symptoms to root cause and reverse-engineer unexpected behavior
• Comfortable in Linux and the command line, and reading logs, telemetry, and system data
• Coding proficiency in Python and/or C/C++ (Bash a plus)
• Clear written and verbal communication, and calm judgment under pressure
• Willingness to take part in an on-call rotation, including some nights and weekends as the fleet grows
Preferred Qualifications
• 3+ years working with robotic, autonomous, automotive, aerospace, or industrial-automation systems in an engineering, reliability, or support capacity
• Familiarity with ROS/ROS2 and robot subsystems (sensors, actuators, perception, networking)
• Prior on-call, site-reliability, or release-engineering experience
• Experience building tools that help others debug, and a track record of solving unusual bugs
• Comfort with hardware and hardware–software interfaces; willingness to travel occasionally to deployment sites