Lead Memory Systems Architect – DDR/GDDR

Advanced Micro Devices, Inc.; Austin (TX); Vor Ort; USD 120.000 - 180.000; Vollzeit

Zusammenfassung

Advanced Micro Devices, Inc. in Austin, TX is seeking a memory systems design engineer to lead post-silicon validation and bring-up of cutting-edge memory technologies for AMD SOCs.

You will coordinate with PHY, design, firmware, and platform teams to qualify LPDDR5x/6, DDR5, and GDDR6/7 in lab and early production environments. You will own test plans, tooling, and BIOS readiness, while debugging complex HW/SW interactions and guiding multi-team efforts to root-cause issues and deliver robust

Qualifikationen

• Experience with memory interfaces (DDR/LPDDR/GDDR) and test methods preferred.
• Hands-on lab experience with equipment (oscilloscopes, BERT, logic analyzers).
• Experience collaborating with cross-functional teams.

Aufgaben

• Provide systems engineering and post-silicon support for memory interfaces.
• Lead pre-silicon engagement: test plans, simulations, BIOS readiness.
• Lead memory bring-up from first silicon to production.
• Drive cross-functional feature enablement and optimization.
• Lead system-level debug and root cause analysis with multiple teams.
• Support issues on customer platforms as requested.

Kenntnisse

DRAM knowledge

Memory controller

PHY architecture

High-speed protocols

I/O design

GPU/CPU/SoC understanding

Lab debugging

Windows & Linux

Scripting (Ruby/Python/Perl)

Communication & organization

Ausbildung

Bachelors or Masters in Electrical or Computer Engineering

Jobbeschreibung

Advanced Micro Devices, Inc. in Austin, TX is seeking a memory systems design engineer to lead post-silicon validation and bring-up of cutting-edge memory technologies for AMD SOCs.

You will coordinate with PHY, design, firmware, and platform teams to qualify LPDDR5x/6, DDR5, and GDDR6/7 in lab and early production environments. You will own test plans, tooling, and BIOS readiness, while debugging complex HW/SW interactions and guiding multi-team efforts to root-cause issues and deliver robust