Senior Software Engineer, Project Starline Calibration

Google is seeking a Senior Software Engineer for Project Starline, an innovative initiative that combines advanced hardware and software to enable life-like virtual presence between people across distances. The role is within the Starline Calibration Team, responsible for delivering camera geometric calibration solutions.

The position requires deep expertise in computer vision, particularly in areas like camera calibration, multi-view geometry, and 3D reconstruction. You'll be working on a distributed system with components running on Android, ChromeOS, and GCP, building solutions that integrate with both software and hardware elements.

Project Starline represents Google's vision for the future of communication, creating an experience where people can feel physically present with each other despite being in different locations. The technology creates a "magic window" effect that displays life-size, three-dimensional representations of people, making conversations feel natural and immersive.

As a senior engineer, you'll have the opportunity to shape the future of communication technology while working with cutting-edge computer vision systems. The role offers collaboration with Google Workspace and Research teams, making direct impact on products that solve fundamental human connection challenges.

The position comes with competitive compensation including a base salary range of $166,000-$244,000, plus bonus, equity, and comprehensive benefits. Google provides a collaborative environment where you'll work with researchers and engineers in a fast-paced, product-oriented setting, applying your expertise to solve real-world problems in human communication.

This role is ideal for someone who combines strong technical skills in computer vision and software engineering with the ability to lead technical initiatives and work effectively across teams. You'll be at the forefront of developing technology that has the potential to revolutionize how people connect and communicate across distances.