Google is seeking a Senior Software Engineer to join their Pixel Audio ML team, focusing on developing cutting-edge generative audio and speech technologies. This role combines advanced machine learning with practical audio applications for Google's Pixel devices.
The position requires expertise in audio/speech generative modeling, working with auto-regressive models, diffusion models, and transformer-based architectures. You'll be responsible for developing ML features across generations of Pixel devices, including phones and tablets, while innovating and executing audio solutions through both offline simulation and real-time on-device hardware.
As part of the Google Pixel team, you'll be at the forefront of shaping the future of mobile experiences, bringing together Google's artificial intelligence, software, and hardware capabilities. The role involves collaboration with prestigious teams like DeepMind and Google Silicon, offering opportunities to impact future Google audio technology roadmaps across the Pixel ecosystem.
The position offers competitive compensation ($166,000-$244,000 + bonus + equity + benefits) and the chance to work with cutting-edge technology. You'll be responsible for ML model development, training and optimization, and contributing to model inference optimization into Android Kernel/HAL.
This is an excellent opportunity for someone passionate about audio technology and machine learning, offering the chance to work on transformative experiences that will impact users worldwide. The role combines research-oriented work with practical implementation, making it ideal for engineers who want to bridge the gap between advanced ML research and real-world applications.
Working at Google provides access to vast resources, collaboration with world-class teams, and the opportunity to impact billions of users. The company offers comprehensive benefits and maintains a strong commitment to diversity, equity, and inclusion, making it an attractive destination for talented engineers looking to make a significant impact in audio technology.