Supplier Quality Engineer

As a Supplier Quality and Reliability engineer, you will be the member of Solidigm's Validation, Quality, and Reliability organization, responsible for addressing supplier related quality events. Responsibilities : Responsible as the key contact between operations, suppliers, and the customer, ensuring that overall specifications, quality/regulatory requirements, and expectations are met for all purchased product. Define audits and surveys to ensure that all suppliers are meeting Solidigm business requirements and quality standards. Ability to execute supplier audit activities related to both validation and on-going management of quality execution capabilities. Supplier Performance Management and Development Monitoring, report and support of supplier quality metrics and performance.  Responsible for supporting supplier corrective action and continuous improvement activities. Support Solidigm managed factories on incoming inspection, problem part resolution through all phases of operations. Support alternative supplier selection. Participates in customer-facing supplier quality activities. Ensure supplier has proper Quality Management Systems through metrics, auditing, etc.  Responsible for providing engineering support for all applicable areas of Quality Assurance. Primary contact between Solidigm and suppliers. Responsible for supplier periodic supplier feedback. Responsible for supplier qualification/disqualification. Initiate and follow up on supplier Failure Analysis requests with suppliers. Required  BS degree in engineering or related field + 4 years experience semiconductor or relevant industry Demonstrated skills in using system based problem solving. Demonstrated team and collaboration skills. Familiarity with component/PCB manufacturing flow. Excellent communication skills in both English and Mandarin. ​Preferred  Solid understanding of semiconductor device reliability mechanisms, including Electromigration (EM), Time-Dependent Dielectric Breakdown (TDDB), Bias Temperature Instability (NBTI/PBTI), Hot Carrier Injection (HCI), Stress-Induced Voiding (SIV), Junction degradation and latch-up related reliability concerns Knowledge of silicon reliability modeling methodologies and lifetime prediction techniques. Experience with Weibull / Lognormal analysis, lifetime plotting, and statistical interpretation of reliability data. Familiarity with industry-standard reliability models such as Arrhenius, Eyring, Power-Law, Coffin-Manson, etc. Ability to assess supplier qualification reports, accelerated life test results, and long-term reliability projections. Understanding of JEDEC qualification requirements and semiconductor failure analysis practices. Powered by SmartRecruiters - Candidate Privacy Policy