Staff Software Engineer, Systems Performance Co-Design

Google is seeking a Staff Software Engineer specializing in Systems Performance Co-Design to join their Technical Infrastructure team. This role combines technical leadership with hands-on engineering work on critical systems that power Google's vast product portfolio. The position requires expertise in distributed systems, performance optimization, and large-scale data analysis.

The ideal candidate will have extensive experience in software development, system architecture, and technical leadership. You'll be responsible for leading high-impact projects, coaching engineers, and designing solutions that maintain Google's infrastructure at scale. The role offers the opportunity to work on complex technical challenges while managing project priorities and deliverables.

Working in Google's Technical Infrastructure team means being at the forefront of maintaining and developing the architecture that supports billions of users. You'll be part of the team that keeps Google's networks running optimally and ensures users have the best possible experience. The position offers competitive compensation, including a base salary range of $189,000-$284,000, plus bonus, equity, and comprehensive benefits.

Key responsibilities include providing technical leadership, influencing and coaching distributed engineering teams, and designing large-scale software solutions. You'll need strong expertise in Python programming, distributed systems, and performance optimization. The role requires both technical depth and leadership skills, as you'll be working in a complex, matrixed organization involving cross-functional projects.

This is an excellent opportunity for experienced engineers who want to impact billions of users while working with cutting-edge technology. You'll be part of the team that builds and maintains Google's next-generation platforms, making the entire Google product portfolio possible. The role offers growth opportunities and the chance to work on challenging technical problems at an unprecedented scale.