ASIC II - AMZ9679283

Amazon • Austin, TX

17d • Onsite

About The Position

Design and validate signal and power integrity (SI/PI) systems for next
generation machine learning ASICs and customized hardware platforms optimized
for AWS datacenter environments. Perform both time-domain and frequency-domain
simulations using tools such as HSPICE, Cadence Sigrity, HFSS, and Keysight ADS,
including 3D/2.5D EMIR analysis. Apply transmission line theory and
electromagnetics to develop high-speed interfaces like SerDes and PCIe,
resolving complex SI issues across digital systems. Collaborate
cross-functionally with silicon, packaging, board design, and validation teams
to ensure system-level integrity across PCB, interposers, and advanced SoC power
delivery architectures using die-level capacitors (DTC, IPD). Use high-speed lab
equipment to validate and correlate simulation results, while debugging
prototypes to meet stringent performance requirements. Tackle novel challenges
in interconnects and power delivery for large-scale compute environments by
proposing innovative, high-impact solutions. Document simulation outcomes,
measurement data, and design trade-offs, presenting clear recommendations to
both technical and non-technical stakeholders while fostering a culture of
continuous learning and engineering excellence

Requirements

• Bachelor's degree or foreign equivalent degree in Electrical or Computer Engineering or related field and two years of experience in the job offered or related occupation.
• Must have one year of experience in the following skills: (1) using time domain and frequency domain tools: Hspice, Sigrity, HFSS, or Microwave Studio; (2) with PCB, Package, interposers (COWOS) and Silicon Technologies; (3) in Transmission line theory and Electromagnetics and its application in SerDes, Single-ended signal and parallel bus interfaces.

Nice To Haves

• Please see job description and the position requirements above.

Responsibilities

• Design and validate signal and power integrity (SI/PI) systems
• Perform time-domain and frequency-domain simulations
• Apply transmission line theory and electromagnetics to develop high-speed interfaces
• Collaborate cross-functionally with silicon, packaging, board design, and validation teams
• Use high-speed lab equipment to validate and correlate simulation results
• Debug prototypes to meet stringent performance requirements
• Tackle novel challenges in interconnects and power delivery
• Document simulation outcomes, measurement data, and design trade-offs

Benefits

• equity
• sign-on payments
• medical
• financial

What This Job Offers

• Job Type: Full-time
• Career Level: Mid Level