Principal Power Module Quality Engineer
Pubblicato il 15-08-2026 - Nexperia in Catania
About the role
As a Principal Power Modules Quality Engineer (m/f/d), you will drive and design the quality management strategies, including the qualification approach and execution, for next-generation power module products on SiC and GaN technologies for industrial and automotive applications, collaborating with cross-functional teams across the entire product development lifecycle (development, manufacturing, quality, test, and applications). We are looking for a highly motivated electronics expert with engineering experience in the quality of Power Modules, for a talented and ambitious individual who is eager to grow into the organization in a fast-paced environment in which performance is never taken for granted.
This is your new job
Represent the Quality Management for Power Modules within the development team Correlate the failure mechanisms on power modules, equipped with SiC and GaN,
with reliability measures to be implemented into the product quality Responsible to define the qualification approach of product developments for power module products Responsible for implementation of quality procedures & quality standards (Nexperia, JEDEC, AEC-Q, AQG 324 and customer specific) in the projects Serve as the primary support to customers on SiC/GaN power module issues and complain handling. Lead customer requests using structured problem-solving methods. Prepare and deliver customer-facing quality reports and presentations Manage failure analysis requests, coordinate cross-functional teams (design, reliability, manufacturing, test), and communicate findings clearly Promote quality as value added to internal and external stakeholders Responsible to identify and address quality gaps in product creation process Define qualification requirements & support qualification of manufacturing processes Documentation and handling of data in analysis tools and evaluation wrt. Reliability, Yield, FMEA, Customer requests, etc Activities to identify root causes for yield loss