Senior Microdisplay Architect, Raxium

Google's Raxium display group is seeking a Senior Microdisplay Architect to lead the development of revolutionary semiconductor materials display technology. This role combines hardware architecture, software development, and innovative design to create next-generation display solutions for augmented reality (AR) and light-field applications.

The position requires deep expertise in micro-display architecture, including logic design, circuit design, modulation techniques, and display panel drive electronics. The successful candidate will be responsible for establishing full custom COT design architecture to achieve highly efficient microdisplay panels and AR/VR systems. The work spans from detailed pixel-level design to complete System-on-a-Chip architectures.

Working at Google's Raxium group offers the unique opportunity to be part of a team with start-up roots and access to state-of-the-art compound semiconductor fabrication facilities in Silicon Valley. The role combines the stability and resources of Google with the innovative spirit of a breakthrough technology team.

The compensation package is highly competitive, with a base salary range of $227,000-$320,000, plus bonus, equity, and comprehensive benefits. This reflects Google's commitment to attracting and retaining top talent in the specialized field of microdisplay architecture.

The ideal candidate will have at least 15 years of experience (or 12 with an advanced degree) in micro-display architecture, strong expertise in CMOS COT implementation, and a deep understanding of microLED display technology. The role requires both technical excellence and leadership skills, as you'll be collaborating with various teams and driving innovation in pixel design and layout methodologies.

This is an exceptional opportunity for a seasoned professional to make a significant impact on the future of display technology, particularly in the rapidly growing field of AR/VR systems. The position offers the chance to work on cutting-edge technology that bridges the digital and physical realms, potentially revolutionizing how people interact with information and their environment.