Staff Software Engineer - Enterprise Infrastructure

LinkedIn is the world's largest professional network, built to create economic opportunity for every member of the global workforce. Our products help people make powerful connections, discover exciting opportunities, build necessary skills, and gain valuable insights every day. We're also committed to providing transformational opportunities for our own employees by investing in their growth. We aspire to create a culture that's built on trust, care, inclusion, and fun – where everyone can succeed. Join us to transform the way the world works. We are looking for a Staff Software Engineer to join our Enterprise Infrastructure Engineering team. Our infrastructure empowers every developer, operator and employee by making it effortless to access, build and operate workloads they need to do their jobs and enhance productivity. We create frictionless secure and AI-first environments where automation is the default, compliance is built-in and resources are optimized for performance, cost and sustainability. By doing so, we will enable teams at LInkedIn to innovate faster, reduce operational burden and deliver enterprise grade reliability at scale. In this role, you will be leading a team of engineers to develop and manage products, services that help manage and scale our enterprise infrastructure. At LinkedIn, our approach to flexible work is centered on trust and optimized for culture, connection, clarity, and the evolving needs of our business. The work location of this role is hybrid, meaning it will be performed both from home and from a LinkedIn office on select days, as determined by the business needs of the team. Responsibilities: Design, build, and optimize large-scale distributed systems with a focus on performance, scalability, and reliability Lead architectural decisions, including trade-offs across synchronous and asynchronous design patterns Develop platforms, services, and tools that abstract underlying complexity and enable developer productivity Write hig