Collaborate on data center hardware platforms across a wide range of domains, including semiconductors, test, Peripheral Component Interconnect Express (PCIe), power, CPU, xPU, power electronics, and networking.

Provide technical leadership by establishing priorities, conducting comprehensive root cause analyses, and resolving complex technical challenges to ensure fleet quality and a stable customer experience.

Optimize system health and repairability by improving Mean Time Between Failures (MTBF), managing swap rates, and developing advanced repair strategies.

Partner with System Software and Diagnostics/Test teams to enhance the detection, characterization, and resolution of fleet-scale hardware failures.

Lead the initiation and implementation of innovative product, process, and tool enhancement projects within complex cross-functional environments and integrate lessons learned from field performance data into New Product Introduction (NPI).

PhD degree in Electrical Engineering, Computer Engineering, Physics, a related field, or equivalent practical experience.

Experience in any one domain of hardware engineering through internships, academic research, or publications (e.g., data center system hardware domains such as semiconductors, PCIe, power electronics, CPU/xPU architectures, networking, embedded systems, and servers.).

Experience in data curation, mining/analysis, visualization, and scripting utilizing tools such as SQL, JMP, Python, R, Tableau, or similar.