We are looking for exceptional engineer which will own developing, testing and monitoring the manufacturing health of Amazon Graviton server products, and will be part of a team which integrating new silicon, hardware, firmware and software into a revolutionary system architecture.
Key job responsibilities
- Define and provide feedback to design of Graviton servers and server components
- Work with design partners and manufacturer sites to enable the manufacturing of the Graviton based servers
- Review, identify and qualify second source electrical components to enable continuity of supply
- Continuously assess process capabilities and innovate to simplify processes, reduce cost, and shorten cycle time of Graviton server development and manufacturing
- Collaborates with cross functional team members to gain knowledge and improve product design, processes, and quality.
- Work with upstream vendors and downstream customers to optimize the entire value stream and put together joint processes that will lead better cost and cycle time.
- Willingness to travel 3–4 times per year (approximately 1 week per trip) to design partner and manufacturing sites.
Basic qualifications
- B.Sc. in Electrical Engineering (or equivalent).- 6+ years of experience leading hardware products from design through mass production — including component selection, schematic/layout review, thermal/mechanical design, hardware-software interfaces, and production test development.
- 6+ years of hands-on experience in high-speed board design and signal integrity, with practical lab work on interfaces such as DDR4/5, PCIe Gen4/5/6, 100/400GbE.
- Demonstrated ability to conduct hardware bring-up, debug, and failure analysis in a lab environment — both on-site and at external design partner sites.
Preferred qualifications
- Experience with CPU and peripherals architecture and design, particularly for multi-socket or accelerator-attached (GPU/AI) server platforms.- Familiarity with PCIe Gen6, CXL, or high-speed SerDes interfaces and emerging interconnect standards for AI/ML workloads.
- Ability to analyze signal integrity / power integrity simulation results (e.g., from Ansys HFSS, Keysight ADS/PathWave, Cadence Sigrity) and recommend design tuning actions — such as stackup adjustments, termination strategies, decoupling optimization, and trace routing improvements. Practical experience with high-speed lab equipment (oscilloscopes, TDR, VNA, BER testers).
- Experience with sustaining engineering and production support — root cause analysis, ECO management, yield improvement, and vendor/CM collaboration.
- Working knowledge of scripting and automation (Bash, Python) for lab data analysis, test automation, or design flow scripting — including familiarity with AI-assisted automation tools for engineering workflows.
- Exposure to networking, storage, or Linux-based server environments.
- Technical leadership skills — ability to drive cross-functional execution across layout, SI/PI, firmware, and manufacturing teams in a matrix organization, including collaborative design work with ODMs and external design partners — managing technical alignment, design reviews, and milestone tracking across organizational boundaries.
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