Lead Data Center GPU System Debug Engineer

AMD; Austin (TX); On-site; USD 140,000 - 200,000; Full time

Job summary

AMD is seeking a Lead Systems Debug Engineer in Austin, TX to provide technical leadership for system bring-up, validation, and debug of next-generation data-center GPU platforms. You will drive platform readiness across hardware, firmware, software, networking, power, and SoC subsystems while leading root-cause analysis and resolution efforts.

Key responsibilities include hands-on board-level analysis, development of validation plans, and mentoring engineers across architecture, software,

Qualifications

• Bachelor’s or Master’s degree in Computer Science, Computer Engineering, Electrical Engineering, or related field; minimum 8 years in system-level or SoC debug, validation, triage.
• Experience in SoC or system-level debug and validation.
• Strong knowledge of GPU architecture and platform components.

Responsibilities

• Lead system bring-up, validation, and debug activities for datacenter GPU platforms.
• Drive root-cause analysis and resolution of complex hardware, firmware, and software issues.
• Develop validation plans, debug processes, and technical documentation.
• Perform hands-on board-level analysis, including power, electrical, and system validation.
• Collaborate with architecture, software, firmware, and hardware teams to ensure platform readiness.
• Mentor engineers and provide technical leadership while fostering collaboration and operational excellence.

Skills

SoC Debug

System-level Debug

C/C++

Scripting (Shell/Python/Perl)

Debug tools

Oscilloscopes

GPU architecture

Cross-functional collaboration

Education

Bachelor’s or Master’s degree in CS/CE/EE

Tools

Oscilloscopes

Board-level diagnostics

Industry-standard debug tools

Job description

AMD is seeking a Lead Systems Debug Engineer in Austin, TX to provide technical leadership for system bring-up, validation, and debug of next-generation data-center GPU platforms. You will drive platform readiness across hardware, firmware, software, networking, power, and SoC subsystems while leading root-cause analysis and resolution efforts.

Key responsibilities include hands-on board-level analysis, development of validation plans, and mentoring engineers across architecture, software,