Title System Engineer

As a highly skilled and proactive System Engineer with deep expertise in Linux, Kubernetes, and networking, your primary focus will be on providing technical solutions, troubleshooting, and ensuring performance and scalability across enterprise systems. You will play a key role in solving architectural challenges related to operating systems, network configurations, and cloud platforms while maintaining a high level of system efficiency. Your key responsibilities will include performing unified data analysis for requirements, monitoring, and evaluations to continuously enhance the system. You will also propose comprehensive technical approaches to address key architectural issues, especially in operating systems, Kubernetes, and networking configurations. Additionally, you will contribute to the design of deployment strategies for new installations, updates, and upgrades, ensuring alignment with enterprise standards to promote consistency and efficiency. You will define test strategies for NFRs and determine hardware and infrastructure requirements that are scalable and cost-effective to manage Total Cost of Ownership (TCO). Moreover, you will identify and implement optimal technology solutions based on current requirements and future roadmaps, conducting thorough technology evaluations to drive innovation and ensure alignment across product lines. Participating in Communities of Practice (CoPs) to facilitate knowledge sharing across teams and promoting best practices for platform and product usage will be essential. You will also identify and implement optimal tools and strategies for testing and evaluation, accelerating release cycles, and support unified tooling strategies for product evaluation, developing predictive models to assess feature changes. Additionally, analyzing test and site feedback data to identify gaps and suggest improvements across the product portfolio will be part of your role. Required Skills: - Linux: Expert-level understanding of the Linux kernel, networking, vSwitch, and bridge networks. Proficiency in network connection analysis and using sniffing tools, real-time troubleshooting skills on production systems, and expertise in profiling tools and techniques in Linux to optimize performance. - Kubernetes: Expertise in diagnosing and troubleshooting performance issues in Kubernetes hybrid clusters, particularly around networking and shared storage. - Windows: Basic to intermediate-level knowledge in Windows networking, Open vSwitch, and bridge networks. Familiarity with ETW trace analysis for performance diagnostics in Windows.,