VP of Engineering, Architecture and Transformation

Git Lab is an open-core software company that develops the most comprehensive AI-powered Dev Sec Ops  Platform, used by more than 100,000 organizations. Our mission is to enable everyone to contribute to and co-create the software that powers our world. When everyone can contribute, consumers become contributors, significantly accelerating human progress. Our platform unites teams and organizations, breaking down barriers and redefining what's possible in software development.

Thanks to products like Duo Enterprise and Duo Agent Platform, customers get AI benefits at every stage of the SDLC.

The same principles built into our products are reflected in how our team works: we embrace AI as a core productivity multiplier, with all team members expected to incorporate AI into their daily workflows to drive efficiency, innovation, and impact. Git Lab is where careers accelerate, innovation flourishes, and every voice is valued. Our high-performance culture is driven by our values and continuous knowledge exchange, enabling our team members to reach their full potential while collaborating with industry leaders to solve complex problems.

Co‑create the future with us as we build technology that transforms how the world develops software.

As the Vice President of Engineering, Architecture and Transformation, you'll create and lead a new Engineering Leadership Team (ELT)-level engineering pillar focused on AI-powered productivity, next-generation architecture and horizontal execution across Git Lab. You'll tackle critical cross-cutting problems such as improving engineering productivity with AI tools like Claude Code, solving major architectural challenges like decoupling the monolith and building next-generation primitives and improving responsiveness by embedding a horizontal engineering team into high-priority verticals.

You'll lead two new charters:
Architecture, Quality and Engineering Excellence and Horizontal Engineering. Together, these charters will define and roll out engineering best practices, serve as “Customer Zero” for Git Lab's AI-assisted development workflows and provide dynamic, high-context capacity that accelerates delivery and improves reliability toward targets like 99.99% availability. In your first year, you'll work closely with the ELT and PMO to set and deliver a clear AI and architecture roadmap.

You'll establish standards that raise quality and operational efficiency and build a high-trust model for embedded horizontal teams that strengthens Git Lab's global, always-on innovation cycle.

• The AI-Augmented Delivery Engine: A strategic initiative to use Git Lab as “Customer Zero” by integrating state-of-the-art agents—leveraging tools like Claude Code or equivalent open-source models—to automate non-creative tasks like refactoring and MR generation, establishing a blueprint for non-linear productivity gains.
• The “Act 2” Alignment Charter: A strategic roadmap co-authored with senior leadership that identifies systemic technical bottlenecks and defines the architectural evolution required to move Git Lab from a Dev Sec Ops  platform to an AI-autonomous delivery engine.

• Lead the new Engineering, Architecture and Transformation pillar as part of the ELT, setting a clear vision for horizontal engineering excellence across Git Lab.
• Drive the definition, adoption and continual improvement of engineering best practices, partnering with Product, PMO and vertical engineering leaders to raise quality, reliability and delivery consistency.
• Own the “Customer Zero” charter by championing internal use of Git Lab, unblocking teams and directly contributing to code when needed to validate workflows and accelerate critical initiatives.
• Define and guide the transition to next-generation, AI-optimized architecture, including the design and rollout of core primitives that enable vertical teams to decouple legacy systems and scale for ultra-scale customers.
• Build and lead the Architecture, Quality and Engineering Excellence team to deliver non-linear productivity gains through AI-assisted development, including tools such as Claude Code…