Google is seeking a Chiplet Technologist and Design Integration Technical Lead to join their Silicon team. This role focuses on developing high-performance and low-power hardware for Google's mobile device innovations. The position involves selecting and integrating Chiplet technologies, managing IO interfaces, and design IPs, while developing strategies for successful micro-architecture design, integration, verification, and post-Silicon debug.
The ideal candidate will have extensive experience in front-end design, SERDES IP integration, and working with various bus protocols. They will be responsible for engaging with industry vendors, developing integration plans for new technologies, and working closely with the Post-Silicon Product Engineering team.
This role offers an opportunity to work with an extraordinarily creative and talented team, developing products used by millions of people. The position combines Google's expertise in AI, Software, and Hardware to create innovative solutions. The company's mission focuses on organizing world information and making it universally accessible and useful.
The compensation package is competitive, ranging from $177,000 to $266,000 base salary, plus bonus, equity, and comprehensive benefits. Google promotes an inclusive work environment and is committed to equal opportunity employment, welcoming candidates from diverse backgrounds.
Key responsibilities include identifying Chiplet technologies, developing integration plans, driving pre-silicon and post-silicon requirements, and executing IP sourcing through final verification. The role requires strong technical expertise, leadership skills, and the ability to work effectively across teams.
This position offers the chance to be at the forefront of hardware technology development, working with cutting-edge processes and contributing to Google's continuous innovations in mobile devices. The role combines technical leadership with hands-on development, making it ideal for experienced professionals looking to make a significant impact in hardware technology.