Principal Site Reliability Engineer, Platform Engineering: Dedicated

An overview of this role

We’re looking for a Principal Engineer with deep expertise in Site Reliability, Backend, or Platform Engineering to help shape the next phase of GitLab Dedicated, our fully managed single-tenant SaaS offering. This highly influential technical leadership role will set direction for how we scale a growing fleet of isolated, customer-specific environments while maintaining the reliability, security, and compliance our customers depend on.

What you will do

• Set technical direction for GitLab Dedicated, shaping architecture and platform strategy as we scale a growing fleet of isolated, single-tenant environments.
• Lead platform transformations across resilience, failover, tenant orchestration, change management, self-service tooling, and platform integrations.
• Drive scalable, modular architecture that aligns Dedicated with GitLab’s broader Cells strategy while preserving its security, isolation, and compliance requirements.
• Strengthen service ownership and operational maturity, helping engineering teams build, operate, and improve the production systems they own.
• Identify and address systemic reliability and scalability risks using production signals, incident patterns, and architectural insight.
• Establish reusable platform patterns and automation that reduce operational toil and allow Dedicated to scale efficiently.
• Lead complex technical decisions across teams, balancing reliability, security, cost, maintainability, and customer needs.
• Advance engineering excellence across the organization through architectural leadership, mentorship, and influence with senior engineers and engineering leaders.

What you will bring

• Deep expertise in Site Reliability, Platform, Infrastructure, or Backend Engineering, with experience designing and operating large-scale production systems.
• Hands-on experience with cloud infrastructure, automation, observability, infrastructure as code, and modern production engineering practices.
• Strong software engineering fundamentals, with experience building production systems or infrastructure tooling in languages such as Go, Ruby, Python, or similar.
• Strong distributed systems and systems-design expertise, with sound judgment around reliability, failure isolation, scalability, and operational complexity.
• A track record of technical leadership across multiple teams, setting direction and driving complex initiatives through influence.
• Experience leading significant platform or infrastructure transformations, including modernization, modularization, or scaling systems through major growth.
• Experience leading changes that improve how engineering teams own and operate production systems, strengthening reliability, operational readiness, and accountability at scale.
• Exceptional technical communication and influence, with the ability to build alignment, mentor senior engineers, and guide complex architectural decisions.