Systems Design Engineer

• Lead the design and development of Data Center GPU platforms, accelerator cards, and supporting system hardware from concept through production
• Collaborate with silicon architecture, firmware, software, mechanical, thermal, manufacturing, validation, and program management teams to define and deliver system solutions
• Develop product requirements, technical specifications, schedules, and engineering execution plans
• Drive schematic design, component selection, and implementation of complex high-speed digital, power, and management circuits
• Partner with component suppliers and technology vendors to evaluate solutions, review designs, and ensure successful implementation
• Oversee PCB layout activities, ensuring compliance with signal integrity, power integrity, thermal, manufacturability, and reliability requirements
• Work closely with Signal Integrity (SI) and Power Engineering teams to implement robust high-speed interfaces and power delivery architectures
• Drive Design for Manufacturing (DFM), Design for Test (DFT), reliability analysis, and component derating reviews
• Plan and lead board bring-up, system integration, validation, and qualification activities
• Lead root-cause analysis and debug efforts for complex hardware issues using advanced laboratory instrumentation and diagnostic methodologies
• Present technical reviews and project status updates to engineering leadership and key stakeholders

• Minimum of five years of hardware design experience
• Deep technical expertise in computer architecture, signal integrity, power delivery, and system-level design
• Proficiency with the Cadence design suite
• Demonstrated experience leading complex hardware development programs
• Bachelor's or Master's degree (preferred) in Electrical Engineering, Computer Engineering, or a related technical discipline

• Direct experience designing Data Center GPU platforms and a strong understanding of AI server and rack-scale architectures
• Working knowledge of platform management and firmware technologies, including Redfish, telemetry, platform monitoring, and system management architectures
• Experience debugging and validating high-speed interfaces, including PCI Express, XGMI, LPDDR, and related protocols
• Strong understanding of high-speed design methodologies, PHY architectures, transmitter equalization, receiver signal processing, and advanced channel characterization techniques
• Experience measuring and analyzing high-speed link performance using industry-standard metrics, including Vertical Eye (V-Eye) and Horizontal Eye (H-Eye) analysis
• Experience developing FPGA-based subsystems, including RTL design, verification, and validation
• Familiarity with Agile PLM or similar systems for BOM, component lifecycle, and materials management
• Experience leading complex cross-functional hardware development efforts from architecture through production release

Benefits offered are described: AMD benefits at a glance