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Develop and improve physical-design methodologies and implementation flows for networking chips and SoCs, working with engineering teams to deliver high-quality designs on schedule.

Perform static timing analysis for high-speed I/O at chiplet and full-chip levels, supporting networking silicon from pre-layout modeling through signoff.

Join a networking silicon engineering team to emulate and prototype complex chip designs. You will develop emulation methods and infrastructure and support software development through close collaboration with design, verification, and software teams.

Design high-speed optical transceivers for networking products, from electrical schematics and board design through lab evaluation and production scale-up. Work with multidisciplinary engineering teams and operational partners.

Lead the development and transfer of DFT methodologies into post-silicon validation and production test for advanced chip products. Coordinate engineering teams and remain technically hands-on as needed.

Lead the architecture of physical-layer communications for networking ASICs, with an emphasis on hardware circuitry. Define product features and coordinate their delivery across engineering teams.

Design and implement high-performance, low-power security engines and RISC-V processor modules. Work with architecture, verification, and physical design teams to deliver functional, optimized, physically implementable designs.

Join a multidisciplinary research group analyzing AI workloads and infrastructure needs to help shape future networking and AI computing platforms.

Join a software architecture team designing cloud and data-center solutions spanning hardware, networking, orchestration, and applications.

Lead software and system architecture for cloud networking and data center technologies, spanning networking hardware through application-level solutions.