Google is seeking a Software Engineer III to join their Google TV team, focusing on infrastructure development. This role is part of an initiative that's redefining the TV experience through personalization and smart content delivery, reaching over 110 million active users. The position offers an opportunity to work on critical infrastructure projects within Google TV, which is scaling across the OEM ecosystem and collaborating with major streaming partners.
The role requires expertise in large-scale system design, distributed computing, and infrastructure development. You'll be responsible for developing and maintaining core infrastructure components, participating in technical design reviews, and ensuring system reliability and performance. The position involves working with various Google teams including Ads, Play, and YouTube, while building solutions for TV platforms, OTT devices, and mobile devices.
As a Software Engineer III, you'll be expected to write production-grade code, lead technical discussions, review peer code, and troubleshoot complex system issues. The role requires strong analytical skills and the ability to work with large-scale systems. You'll be part of Google's engineering culture that values technical excellence, innovation, and collaborative problem-solving.
The compensation package is competitive, ranging from $136,000 to $200,000 base salary, plus bonus, equity, and comprehensive benefits. This position offers the opportunity to work on technology that impacts millions of users while being part of Google's innovative engineering community. The role is based in San Jose, CA, and requires strong technical skills, particularly in distributed systems and infrastructure development.
This is an excellent opportunity for engineers who want to work on cutting-edge technology in the streaming media space while having a significant impact on how users worldwide consume content. The position offers growth potential and the chance to work with some of the best engineers in the industry while solving complex technical challenges at scale.