Senior Systems Engineer (Linux & Storage Infrastructure)

Senior Systems Engineer (Linux & Storage Infrastructure) Department: Engineering Team: Backend Location: Aarhus, Denmark Type: Full-Time **About the Role** We build Uber's infrastructure to deploy and run all database engines and other stateful systems globally. Our mission at Uber is to run all storage solutions at scale, with high availability, low cost, and a high level of automation. All changes are automated (or self-healing) such as doing kernel upgrades, handling host failures, or expanding storage clusters. **What You Will Do** You will improve your software engineering, systems engineering, hardware/Linux OS/kernel knowledge, cloud knowledge, and infrastructure systems experience to investigate and decipher ambiguous problems in our production fleet while also contributing to planning, new systems design, and improvement of existing systems to enable even greater efficiency and insight. 1. Contribute to planning, design and architecture, and building of systems, tooling, and observability in support of reliable workload scheduling, workload discovery, fleet security, host-level insights, and cloud expansion efforts 2. Actively drive collaboration across multiple teams to build alignment and progress. 3. Implement solutions in Go with a strong focus on clean, readable code with unit and integration test coverage. 4. Take an active part in code change peer reviews to ensure quality and multi-functional sharing across the team. 5. Contribute to engineering cultivation in terms of quality, monitoring, and on-call practices. 6. Own part of the team's charter and through that help setting longer-term direction for the team. **What You Will Need/Bonus Points** Basic Qualifications 1. 5+ years of experience 2. BS, MS, or Ph.D. degree in computer science, similar technical field of study, or similar practical experience 3. Background in multiple programming languages, e.g., Golang, C/C++, Python, etc. 4. Strong hands-on experience with solving Linux/Operating Systems problems at the software/hardware interface which includes disk, memory, cpu and network subsystems 5. An inherent aim is to col