Principal Engineer, Infrastructure Platforms

GitLab GitLab · Enterprise · Australia +10 · Remote · Platforms Engineering

GitLab is seeking a Principal Engineer to set technical direction for their critical infrastructure platforms, focusing on scalability, reliability, and efficiency. This role involves owning architecture, solving complex systems problems, and driving initiatives across distributed and cloud-native systems, with an emphasis on treating GitLab engineers as customers and building self-service tooling. The role also mentions incorporating AI into daily workflows as a productivity multiplier.

What you'd actually do

  1. Own and drive the architectural direction for critical infrastructure platforms that support GitLab at global scale.
  2. Lead the design and evolution of large platforms and distributed systems that are scalable, resilient, secure, and cost-efficient.
  3. Serve as the technical authority on complex initiatives, guiding decisions that impact multiple teams and product areas.
  4. Translate business and product strategy into long-term technical roadmaps and execution plans.
  5. Drive alignment across engineering, product, and leadership by clearly communicating tradeoffs and recommendations.

Skills

Required

  • Proven experience designing and evolving large-scale platforms or distributed systems in cloud-native environments.
  • Strong proficiency in Golang and/or Ruby, with the ability to contribute to, review, and guide core architectural changes in production codebases.
  • Strong architectural judgment, including the ability to balance scalability, reliability, performance, security, and cost.
  • Experience owning platform-level technical decisions that impacted multiple teams or an entire engineering domain.
  • Solid understanding of Kubernetes-based environments as a production platform, including how they influence system design, deployment models, reliability, and operational complexity.
  • Experience being accountable for production systems, not just design recommendations.
  • Ability to author and drive

What the JD emphasized

  • critical infrastructure platforms
  • global scale
  • large platforms and distributed systems
  • complex initiatives
  • multiple teams and product areas
  • long-term technical roadmaps
  • production outcomes
  • reliability, performance, and operational excellence
  • senior engineers
  • ambiguous problem spaces