Distributed Systems Engineer 5 — Cloud Network Engineering

Netflix Netflix · Big Tech · United States · Remote · Engineering

Netflix is seeking a Distributed Systems Engineer for their Cloud Network Engineering team. This role focuses on creating scalable and resilient network architectures within AWS, supporting streaming services and new business ventures like Gaming and Advertising. Responsibilities include developing tools and services to improve network availability, performance, and security, writing code for network automation, and contributing to network component design.

What you'd actually do

  1. Writing and maintaining code to solve complex network problems, automate network configuration, and streamline management processes, enhancing the overall efficiency and reliability of our network infrastructure.
  2. Contributing to the design and architecture of network components, including VPCs, load balancers, network gateways, and IPv6 configurations, ensuring they meet the evolving needs of the platform.
  3. Engaging directly with end engineering users to understand their needs and continuously improve their experience with our network solutions.
  4. Understanding and addressing business needs at scale, delivering high-quality solutions that align with our organizational goals and strategy.

Skills

Required

  • cloud-native technologies and frameworks
  • Go, Java, Python, or similar object-oriented programming languages
  • networking fundamentals across layers L2 to L7
  • network protocols and troubleshooting in production environments
  • continuous learning
  • pragmatic approach to thinking
  • navigate ambiguous areas
  • break down complex problems

Nice to have

  • container and orchestration technologies such as Docker and Kubernetes
  • building and operating microservices within a highly reliable and distributed systems environment
  • Temporal or similar workflow orchestration tools

What the JD emphasized

  • scalability and resilience
  • cloud networking, particularly within AWS
  • networking fundamentals across layers L2 to L7
  • complex problems