AWS Infrastructure Services is seeking a Software Development Engineer to join their Route 53 team, focusing on the design and operation of AWS's cloud DNS service. This role combines the excitement of working on critical infrastructure with the challenge of building highly available, scalable distributed systems. You'll join a collaborative team that values mentorship, code quality, and work-life balance, with core office hours from 10am to 5pm. The position offers competitive compensation ranging from $129,300 to $223,600 based on location, plus comprehensive benefits.
The role involves developing and maintaining Amazon Route 53, a critical DNS service that requires exceptional reliability and scalability. You'll work with a diverse team of both new and experienced engineers, creating an environment perfect for both learning and teaching. The team emphasizes thorough code reviews, technical growth, and a supportive culture where work-life harmony is prioritized.
AWS values diverse experiences and maintains an inclusive culture through various employee-led affinity groups and ongoing learning experiences. The company offers extensive career development opportunities, including mentorship programs and regular performance reviews. The team is primarily co-located in Seattle but offers flexibility for occasional remote work.
As part of AWS Infrastructure Services, you'll be at the heart of keeping the cloud running, supporting data centers, servers, storage, and networking equipment that ensures continuous customer access to AWS services. The role requires strong technical skills, a collaborative mindset, and a dedication to building robust, efficient systems that serve millions of customers worldwide.
This is an excellent opportunity for someone who is passionate about distributed systems, values a balanced work environment, and wants to contribute to critical infrastructure that powers a significant portion of the internet. The position includes on-call responsibilities, but the team works diligently to ensure systems are well-built and fault-tolerant to minimize disruptions.