New 
Cloud Network Engineer II
 Microsoft | |
 United States, Texas, Irving | |
| 7000 State Highway 161 (Show on map) | |
 Oct 29, 2025 | |
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OverviewJoin Us at the Cutting Edge of AI and Optical Networking. Are you excited by the idea of shaping the future where light meets intelligence? Do you want to work on technology that powers AI superclusters, connecting thousands of GPUs and CPUs with blazing-fast optical links? If you're passionate about next-gen networking and Co-Packaged Optics (CPO), this is your chance to make an impact. As a Cloud Network Engineer II, you'll design and deploy CPO-based architectures that redefine how data moves at scale; Build self-healing, adaptive networks that keep AI workloads running flawlessly; Push the boundaries of automation and programmability in optical systems; Collaborate with world-class engineers while enjoying flexibility, work remotely when you need focus, and join us in the lab when innovation calls.You'll work at the intersection of optics and AI, solving challenges no one has tackled before, gain hands-on experience with CPO technology, the future of high-density, energy-efficient interconnects, be part of a team that's shaping the backbone of AI infrastructure for the next decade.Microsoft's mission is to empower every person and every organization on the planet to achieve more. As employees we come together with a growth mindset, innovate to empower others, and collaborate to realize our shared goals. Each day we build on our values of respect, integrity, and accountability to create a culture of inclusion where everyone can thrive at work and beyond.
ResponsibilitiesOptical Network Design for AI Networks: Lead the development of cutting-edge designs for optical network components, ensuring they're tailored for AI applications. Create comprehensive Bills of Materials (BoMs) for datacenters and ensure designs meet all vital functional, performance, and compliance benchmarks.Optical Transceiver Implementation: Transition high-level optical designs into tangible low-level implementations. Collaborate closely with internal teams and external partners to drive the evolution of optical infrastructure within existing and future datacenters.Optical Engine Testing & Validation: Spearhead testing initiatives specific to optical transceivers, ensuring optimal compatibility and performance with AI demands. Use advanced testing methodologies to validate optical transceiver firmware and configurations, emphasizing accuracy and reliability.Operational Oversight of Optical Networks: Vigilantly monitor optical network telemetry, diagnose patterns indicating potential issues, and leverage diagnostic tools to ensure the robustness of optical networks and minimal service disruptions.Enhanced Automation & Continuous Improvement: Champion the creation and optimization of automated tools aimed at bolstering the efficiency of optical network operations. Regularly suggest and implement improvements based on real-world observations and insights.Incident Management & Resolution: Act as a first responder during optical network incidents, utilizing deep technical knowledge for diagnostics and swift resolution. Engage in thorough post-incident analyses to derive lessons and fortify network resilience.Collaboration & Interdisciplinary Synergy: Actively share optical-centric knowledge across teams, ensuring seamless project flow and optimal network implementation. Seek feedback and insights to continually refine the optical infrastructure. | |