Embedded Senior Software Engineer, Fitbit Device Software

Google is seeking an Embedded Senior Software Engineer to join their Fitbit Device Software team in Bucharest, Romania. This role is crucial for developing and maintaining software for Fitbit's range of health and fitness devices, including smartwatches and trackers.

The position requires working across the full software stack, from low-level hardware abstraction and drivers to high-level algorithms and applications. You'll be directly impacting user experience through regular software updates for existing products and development of new ones. The role combines embedded systems expertise with consumer product development, making it an exciting opportunity for engineers interested in health technology.

As part of Google, Fitbit's mission to help make everyone healthier has expanded in scope and potential impact. The role offers the chance to work on products that directly influence people's health and wellness through innovative technology. You'll be working with a global team, requiring strong collaboration skills across different time zones.

The ideal candidate will bring strong embedded systems experience, software architecture skills, and the ability to work on complex technical challenges. You'll be involved in everything from hardware interfacing to user experience development, making this a diverse and challenging role that requires both technical depth and breadth.

Working at Google provides the opportunity to impact billions of users while being supported by world-class engineering teams and resources. The company offers a strong commitment to diversity, equity, and inclusion, along with the chance to work on cutting-edge technology in the growing field of health and fitness wearables.

This role would be particularly appealing for engineers who are passionate about embedded systems, consumer electronics, and health technology, offering the chance to work on products that make a tangible difference in people's lives while solving complex technical challenges at scale.