Microsoft's Silicon, Cloud Hardware, and Infrastructure Engineering (SCHIE) division is seeking a Principal Software Engineer to join their Azure Data Processing Unit (DPU) team. This role is at the forefront of developing state-of-the-art software and hardware solutions for Microsoft's expanding cloud infrastructure.
The position focuses on creating highly programmable and high-performance chip solutions with advanced data handling capabilities. You'll be working on DPU Networking Software, which is crucial for Microsoft's cloud operations, handling everything from infrastructure deployment to quality assurance and sustainability initiatives.
As a Principal Software Engineer, you'll be responsible for designing and implementing networking software solutions, particularly in L2/L3/L4 ethernet/IP networking and RDMA forwarding. The role requires extensive experience in C programming and a deep understanding of network architecture and hardware offload systems.
The position offers competitive compensation, with base pay ranging from $137,600 to $267,000 annually (higher in SF Bay Area and NYC), along with comprehensive benefits including healthcare, educational resources, and parental leave. You'll be working in a hybrid environment with up to 50% work from home flexibility.
This is an excellent opportunity for experienced engineers passionate about cloud infrastructure and networking solutions to make a significant impact at one of the world's leading technology companies. You'll be part of a team that powers Microsoft's vast online services, including Azure, Office 365, Xbox Live, and Teams, while working with cutting-edge technology and contributing to the future of cloud computing infrastructure.
The role combines technical leadership with mentorship opportunities, requiring both deep technical expertise and strong collaborative skills. You'll be working with cross-functional teams, driving innovation, and helping shape the future of Microsoft's cloud infrastructure while maintaining high standards of quality and performance.