Software Developer III, Site Reliability Development, Google Cloud

Google Cloud is seeking a Site Reliability Developer III to join their team in Waterloo, Canada. This role combines software and systems development to build and maintain large-scale, massively distributed, fault-tolerant systems. The position offers a competitive base salary range of $141,000-$202,000 plus bonus, equity, and benefits.

As a Site Reliability Developer, you'll be responsible for ensuring Google Cloud's services maintain reliability and appropriate uptime while constantly improving performance. The role involves managing complex challenges of scale unique to Google Cloud, utilizing expertise in coding, algorithms, complexity analysis, and large-scale system design.

The position requires 2 years of experience with software development and data structures/algorithms, along with a Bachelor's degree in Computer Science or related field. Preferred candidates will have a Master's degree and experience with large-scale distributed systems.

Google's culture promotes intellectual curiosity, problem-solving, and openness. The organization values diversity, bringing together people with varied backgrounds and perspectives. They encourage collaboration, big thinking, and risk-taking in a blame-free environment. The company provides strong support and mentorship for professional growth and development.

Key responsibilities include writing system development code, reviewing other developers' code, contributing to documentation, troubleshooting complex issues, and participating in design reviews. The role offers the opportunity to work on meaningful projects while managing project priorities, deadlines, and deliverables.

Google provides a comprehensive benefits package and promotes a culture of belonging. They are committed to equal employment opportunity and building a representative workforce. The position requires English proficiency for effective global collaboration and offers the chance to work with cutting-edge technology while solving complex technical challenges at scale.