Apply on Employer Site

AMD · 1 day ago

Board System Reliability Engineer

Austin, TX

Full-time

Onsite

Senior Level

$146K/yr - $220K/yr

AMD is a leading company focused on building innovative products that enhance computing experiences across various domains. The Board System Reliability Engineer will lead reliability efforts for AMD's MI accelerators, engaging with design and manufacturing teams to ensure product reliability and performance.

AI InfrastructureArtificial Intelligence (AI)Cloud ComputingComputerEmbedded SystemsGPUHardwareSemiconductor

Growth Opportunities

No H1B

Responsibilities

As a Senior member of technical staff (SMTS), you will lead reliability efforts of next generation AMD MI accelerators and air/liquid cooled systems, including product qualifications of accelerator modules, kits and systems

Engage early with design, platform and manufacturing teams to build-in DfR (design for reliability)

Conduct NUDD (new, unique, different, difficult) analysis of new HW designs and utilize FMEA/FEA to define reliability assessment plans

Lead DfM (design for manufacturability) and process-FMEA reviews with cross-functional teams and contract manufacturing partners

Conduct reliability risk assessments and characterization DoE to ensure assembly processes are robust and optimized

Drive efficient execution of qualification plans across different teams/geographies, facilitating bring-up/debug support, telemetry analysis, and collaborative issue resolution. Quantify reliability risks using applied statistical methods

Qualification

Electronics/platform reliabilityStatistical analysisDesign for Reliability (DfR)Failure analysis methodsPCB design/layout toolsCertified Reliability Engineer (CRE)Analytical/problem-solving skillsAttention to detailCollaboration skills

Required

Technical expert in the field of electronics/platform reliability with broad knowledge across materials, mechanical, and electrical domains with ability to deep-dive into each

Sound knowledge of material behavior, physics of failure, electronics failure mechanisms, solder reliability, electrochemical migration, burn-in screening, and operational field issues

Proven competence in statistical analysis, DoE formulations, and DPPM risk quantification

Strong analytical/problem-solving skills, highly organized, with attention to detail

A self-starter and leader, able to handle ambiguity and possesses strong accountability

Adept at delivering results under time constraints, in a technical, fast-paced, solution-driven work environment, and collaborating across international time zones to drive results

Engage early with design, platform and manufacturing teams to build-in DfR (design for reliability)

Conduct NUDD (new, unique, different, difficult) analysis of new HW designs and utilize FMEA/FEA to define reliability assessment plans

Lead DfM (design for manufacturability) and process-FMEA reviews with cross-functional teams and contract manufacturing partners

Conduct reliability risk assessments and characterization DoE to ensure assembly processes are robust and optimized

Drive efficient execution of qualification plans across different teams/geographies, facilitating bring-up/debug support, telemetry analysis, and collaborative issue resolution

Quantify reliability risks using applied statistical methods

MS/PhD, in Mechanical, Electrical, or Mechatronics engineering

Preferred

Extensive experience in quality/reliability engineering role leading product validation/analysis and delivering reliability risk assessments/results to key stakeholders and customers

Candidate should be experienced in electronics board manufacturing/NPI, assembly/system integration, DfM and reliability under various product lifecycle loads

Candidate should be well-versed with issue triage/debug, devising experiments to solve varied manufacturing challenges, and associated failure analysis methods

Datacenter platform validation experience, lifecycle warranty analysis and knowledge of networking and optics

Basic knowledge of PCB design, layout tools such as Allegro, Gerber and CAD tools

Familiarity with JEDEC, IPC, AEC, IEC, and ASHRAE industry standards

Certified Reliability Engineer (CRE) certification, preferred