Fellow Silicon Design Engineer

Company Overview

Advanced Micro Devices (AMD) is a leader in high-performance computing, graphics, and visualization technologies, delivering innovative solutions to a global market.

Role Overview

The Fellow Silicon Design Engineer will lead verification architecture and methodology for high-speed interface PHY IP designs at AMD. This role involves driving innovation through cutting-edge methodologies and ensuring quality verification outcomes across various global programs.

Experience Level

This position requires extensive experience, specifically 20+ years, in ASIC/IP verification particularly focusing on high-speed interface PHY designs.

Key Responsibilities

• Define the end-to-end verification architecture for interface PHY IP and ensure alignment of test strategies.
• Lead the development of modular, reusable UVM-based environments that facilitate scalable verification processes.
• Establish HW/SW co-verification flows integrating firmware with RTL for comprehensive validation.
• Implement AI-driven improvements in the verification process, including test generation and regression triage.
• Drive innovation in verification methodology and tools, continually evolving best practices for quality assurance.
• Lead cross-functional teams to ensure consistent review processes and execution of verification plans.
• Define metrics for quality assurance and enforce rigorous sign-off criteria for successful tape-outs.
• Represent AMD in industry forums, contributing to standards that reinforce the company’s leadership in verification technology.

Qualifications Needed

• Mastery of SystemVerilog/UVM and significant experience in verification methodologies.
• Deep expertise in high-speed interface PHYs such as DDR, USB, and PCIe.
• Strong background in formal verification and power-aware design checks.
• Proven track record using AI/ML for enhancements in the verification process.
• Experience in architecting HW/SW verification flows and leading global cross-site teams.

Education Requirements

A degree in Electrical Engineering, Computer Engineering, or a related field is preferred for this position. Advanced degrees are highly regarded.