Google is seeking a Network Engineer to join their Cloud VMware Engine team in Sunnyvale, CA. This role is part of the ML, Systems, & Cloud AI (MSCA) organization, which is responsible for the infrastructure powering Google's services and Cloud platform.
The position offers a competitive salary range of $132,000-$189,000 plus bonus, equity, and comprehensive benefits. As a Network Engineer, you'll be responsible for designing, implementing, and managing Google's large-scale network infrastructure that serves millions of users worldwide. The role combines hands-on technical work with strategic planning and problem-solving.
Key responsibilities include analyzing network performance metrics, improving system efficiency, managing cloud networking capacity, and supporting VMware workloads on Google Cloud. You'll work with cutting-edge technologies and protocols while troubleshooting complex networking issues across cloud interconnects and customer networks.
The ideal candidate should have a strong background in network engineering with at least 3 years of experience in routing protocols and network design. Programming skills in languages like Python or Go are required, along with expertise in network administration, architecture, and security. Experience with VMware, cloud networking technologies, and large-scale network planning would be particularly valuable.
This is an excellent opportunity for a mid-level network engineer to join one of the world's leading technology companies and work on infrastructure that impacts billions of users. The role offers significant growth potential and the chance to work with advanced networking technologies while contributing to Google's cloud services evolution.
Google provides a collaborative work environment, emphasizing diversity and inclusion, and offers comprehensive benefits including medical coverage, equity participation, and 401k plans. The position requires strong technical skills combined with analytical thinking and problem-solving abilities to maintain and improve Google's network reliability and performance.