Waymo’s Software Reliability Engineers (SREs) are responsible for the stable operation of Waymo’s fully autonomous systems and supporting infrastructure. As an SRE, you combine software and systems engineering techniques to build and run large-scale, fault-tolerant, reliable systems. You focus on optimizing existing systems, building new infrastructure, eliminating manual, error-prone or time-consuming work through automation, and ensuring products that are fast, efficient, and effective.

This role follows a hybrid work schedule and reports to the Tech Lead Manager. 

You will:

• Become a Waymo production expert, and collaborate with other engineers to build reliable systems for autonomous vehicle operations, including depot logistics, automation flow, and critical vehicle state infrastructure
• Manage end-to-end availability and performance for core fleet services, ensuring we have enough usable vehicle supply available to meet targeted user demand, and developing observability and automation to support this goal
• Involvement in the whole lifecycle of services - from inception and design, through deployment, operation and refinement
• Write designs and implement software to improve system architecture, telemetry or deployment for fleet-specific mission-critical services, preventing outages that could hinder vehicle launch or maintenance.
• Write designs and code software/automation for global infrastructure
• Serve as the first responder for fleet and supply infrastructure by leading incident response efforts. You’ll participate in a sustainable on-call rotation, while championing a culture of blameless retrospectives to drive continuous improvement
• Be a technical leader -- work with SREs, SWE partners and PMs to develop and set the technical direction and architectural guidelines for Waymo's software development

You have:

• 6+ years of experience architecting and maintaining mission-critical systems in C++, Java, or Python
• Proven ability to conduct deep-dive performance profiling and lead large-scale refactoring efforts to improve system maintainability and latency
• Demonstrated success managing massive distributed systems and a drive to solve the unique production engineering challenges found at the intersection of software and physical vehicle fleets
• A proven track record defining SLIs/SLOs/SLA frameworks. Experience designing and deploying observability systems to enhance system visibility and reliability through sophisticated monitoring aligned to critical service health and the CUJ needs of users, devs and SREs
• Demonstrated experience leading cross-functional initiatives between Engineering and Dev
• A history of mentoring junior and mid-level engineers, fostering a culture of operational excellence, and driving technical roadmap decisions for a high-growth department
• A Bachelor's degree in a relevant field or 8+ years similar experience in a high growth environment with leadership experience

We prefer:

• Demonstrated engineering leadership ability of a mission critical system at scale
• A demonstrated track record of translating reliability needs into technical roadmaps and rigorous, data-driven SLO frameworks
• Proven ability to lead deep-dive architectural investigations and resolve complex, high-impact system failures across the stack
• A Bachelors of Computer Science (or similar)