Software Development Engineer, AWS Hyperplane

AWS Elastic Load Balancing/EC2 Networking is seeking a Software Development Engineer to work on a critical distributed Network Function Virtualization (NFV) platform. This role is part of a team that manages data plane systems for customer-facing services like NAT Gateway, Elastic File System, Load Balancers, and AWS service endpoints.

The position offers an exciting opportunity to work on large-scale, critical infrastructure at AWS, the world's largest cloud computing service. You'll join a balanced team of senior and junior engineers with a proven track record of delivering important customer features. The role involves setting team culture, establishing best practices, mentoring others, and executing on the product roadmap.

We're looking for someone who thrives in ambiguous environments, maintains a strong customer focus, and can think strategically. The ideal candidate should be passionate about cloud computing and building resilient, scalable distributed services. Success in this role requires excellent prioritization, clear communication, and the ability to drive high-quality results within a strong team.

The position is part of AWS Utility Computing (UC), which provides foundational services like Amazon S3 and EC2, along with continuous product innovations. You'll be working on systems that operate at massive scale, supporting critical workloads, making operational excellence and ownership essential qualities.

Amazon offers a comprehensive benefits package, including medical, financial, and other benefits. We value work-life harmony and foster an inclusive team culture through employee-led affinity groups and ongoing learning experiences. The company provides extensive opportunities for mentorship and career growth, with a strong focus on becoming Earth's Best Employer.

This is an excellent opportunity for someone who wants to make a significant impact on cloud computing infrastructure while working with cutting-edge technology in a supportive, growth-oriented environment.