Team Lead, Fusion Center Analysts

The Fusion Center Analyst Shift Lead will actively manage and engage in the operational uptime of our robotaxi and test fleet. Primary responsibilities include live troubleshooting of hardware/software issues, interfacing with operators, capturing troubleshooting details in Jira, and reporting back to our Fleet Support Engineering team. You will work closely with leaders within the Fleet Operations organization and assist and interact with multiple teams across the company, including TeleGuidance, PMO, User Experience, and Product.

Our Shift/Team Leads are disciplined team players who believe in doing everything it takes to accomplish the mission safely. As a Fusion Center Analyst Shift Lead, you will lead a team of Fusion Center Analysts to ensure they are meeting our Service Level Agreements (SLA’s) and to Zoox standards. Additionally, you will be responsible for maintaining productivity, quality and safety standards for both the robotaxi and test fleet for all operating hours.

Shift/Team Leads at Zoox are hands-on with their team, working with & alongside them daily, leading by example to ensure all software and hardware tests are executed to Zoox’s high standards. You will be the field expert for tools, features, and functions related to TeleOps workflows, coordinating and streamlining processes supporting Fleet Operations at Zoox.

Shift: Monday - Friday, 10am - 6pm In this role, you will: Uphold a safety-centric, inclusive, and open-communication culture and conduct written and oral performance feedback with direct reports at regular intervals Become knowledge experts on all Zoox platforms Interact with contractors assigned to Zoox to answer questions, provide information, and ensure they understand and execute their job assignments Act as a “player/coach” regularly and as the first point of contact to support service escalations Perform initial diagnosis and troubleshooting: Leverage your knowledge of autonomous vehicle systems, robotics, and software to quickly analyze telemetry data, identify potential root causes, and implement preliminary diagnostic procedures.