Senior Engineer, Quality Engineering

About This Role

• Wilmington Front-End Quality organization’s goal is to achieve customer satisfaction by driving continuous improvement in the Wilmington Front-End Manufacturing organization through systematic approach to quality management, defect reduction and prevention.
• This position will require engagement across departments, leading cross-functional problem-solving efforts, and driving continuous improvement activities.
• Key Responsibilities include: Lead and/or collaborate with cross-functional teams to ensure expedite closure of complex product and process quality issues from initiation to closure.
• Evaluation of non-conforming material and support disposition of the material.
• Interpretation of SEM/TEM images and EDX data to solve electrical and defect problems Training and mentoring other Quality or Process Engineers on core tools e.g., SPC Tools, FMEA, MSA.
• Perform audits of key suppliers, typically within the USA, however, may require international travel.
• Actively participate in audits from customers and certification authorities; review customer specific requirements and respond to part specific information as required by the customers.
• Analyze customer returns, responds with 8D reports, and continuous improvement summaries.
• Work with counterparts across the internal fabs to share results, best practices, and provide comparable data Collaborate with Product, Process, Design, Failure Analysis, and Reliability engineering organizations to drive quality improvements & Quality Management System (QMS) implementation.
• Facilitate the use of structured problem-solving tools in root-cause investigation and corrective action identification.
• Education and Experience Requirements: MS in Engineering with 3+ years of experience or BS in Engineering with 5+ years of experience.
• Experience in semiconductor industry functional areas like Quality, Process, Product, and/or Yield engineering.
• Strong technical knowledge of semiconductor manufacturing processes including CMOS, Bipolar, and MEMS device technologies with experience in process and device-related defect characterization and failure mechanisms.