Software Engineer III, Quantum Error Correction

Google Quantum AI is at the forefront of quantum computing innovation, focusing on building large-scale quantum computers capable of complex, error-corrected computations. This role combines cutting-edge quantum computing with software engineering excellence. As a Software Engineer III in the Quantum Error Correction team, you'll be instrumental in developing critical systems for quantum computations, including compilers and real-time diagnostic tools. The position offers a unique opportunity to work at the intersection of quantum physics and software engineering, collaborating with world-class researchers and scientists.

The role involves developing sophisticated software systems for quantum error correction, a crucial component in achieving practical quantum computing. You'll be working on compiler development for quantum computations, creating real-time diagnostic systems, and building performance benchmarking frameworks. This position requires a strong foundation in software engineering combined with an understanding of quantum computing principles.

Google offers a competitive compensation package, including a base salary range of $136,000-$200,000, plus bonus, equity, and comprehensive benefits. You'll be part of Google's mission to advance quantum computing capabilities and enable meaningful applications that could revolutionize various fields. The role provides an excellent opportunity for growth and learning in both software engineering and quantum computing domains.

Working at Google's Quantum AI team means being part of a dynamic environment where you'll collaborate with researchers and engineers to solve complex challenges in quantum computing. The position offers the chance to make significant contributions to the field of quantum error correction, a critical component in building practical quantum computers. If you're passionate about combining software engineering excellence with quantum computing innovation, this role offers an exciting opportunity to shape the future of computing technology.