概述

• 薪资

  13,025 MYR ~ 18,608 MYR

• 工作行业

  Manufacturing(Electronics/Semiconductors)

• 工作内容

  【Job description】
  Analog and Mixed Signal Business Unit (AMS) is looking for a Snr Staff Product Engineer to join our team to drive the product development of state-of-the-art products. This is a unique and exciting opportunity to work with a cross-functional team to bring a product to volume production starting from product conception to production release. The job scope includes but is not limited to, development of the test plan to ensure datasheet specifications are met. Own the qualification plan and the execution to comply with various JEDEC/AEC quality standards. Own product quality assessment through reliability tests. Collaborate with multi-functional teams such as Design, Test, Applications and Failure Analysis teams during first silicon debug and to root cause field failures. Creation and maintenance of product BOM. Monitor production data to address yield and quality deficiencies using statistical analysis.
  
  【Key Responsibilities】
  • Full PE product lifecycle ownership from concept to end of life with a focus on ensuring the delivery of the highest quality products to our end customers
  • Provide support for DfT, Product releases and Qualifications in Penang
  • Compliance to Jedec and AEC standards
  • Datasheet and automotive compliance reports
  • Real time customer support for design, product and quality related issues
  • Temperature/Voltage/Process characterization and production limit setting
  • Product new product introduction and yield ownership
  • Product BOM release and maintenance
  • Excursion management for both suppliers and customers
  • Use commercially available yield tools for yield improvement and monitoring, generate weekly reports and review with PE teams
  • KPI achievement in product related deliverables including NPI execution and velocity, product cost (Gross margin improvements), product quality performance and failure analysis cycle times
  • PAT, SYL, SBL, SPC limit and disposition optimizations to protect quality without excessive waste