AI Systems Quality & Reliability Leader

Amazon; Austin (TX); On-site; USD 208,000 - 282,000; Full time

Job summary

Amazon’s Annapurna Labs in Austin, TX is seeking a Senior Manager of Quality & Reliability to lead the QnR function for Trainium AI server products, spanning design to fleet performance. You will define reliability strategy for liquid and air-cooled platforms and build systems across multiple suppliers.

You will lead a global team, drive DFMEA, HALT/HTOL testing, and oversee root-cause investigations to ensure scalable quality as production volumes grow.

Qualifications

• Experience leading a reliability/quality engineering team.
• Experience establishing quality management systems across multiple sites.
• Strong background in component qualification and reliability testing.
• Ability to translate reliability risk into business impact for leadership.

Responsibilities

• Lead and grow the QnR engineering team across multiple generations.
• Set technical direction for qualification, testing, DFMEA, and vendor quality standards.
• Own quality and reliability outcomes end-to-end from design to fleet performance.
• Drive manufacturing quality improvements with supplier sites and MFG Eng.
• Build reliability prediction and monitoring infrastructure and act on trends.
• Establish failure analysis processes linking field failures to manufacturing history.

Skills

Team leadership

Quality engineering

Reliability strategy

DFMEA

HALT/HTOL testing

Education

Bachelor's degree in Reliability Eng / EEE / Mechanical / Materials Science / Physics

Job description

Amazon’s Annapurna Labs in Austin, TX is seeking a Senior Manager of Quality & Reliability to lead the QnR function for Trainium AI server products, spanning design to fleet performance. You will define reliability strategy for liquid and air-cooled platforms and build systems across multiple suppliers.

You will lead a global team, drive DFMEA, HALT/HTOL testing, and oversee root-cause investigations to ensure scalable quality as production volumes grow.