Failure Analysis Hardware Validation Engineer
NXP Semiconductors
Failure Analysis Hardware Validation Engineer
NXP Semiconductors
Automotive semiconductors and secure embedded solutions
The Product Diagnostic & Quality Center (PDQC) is seeking an experienced Hardware Validation Engineer to support the validation of electrical test hardware for NXP product analysis. The ideal candidate will have a strong Test Engineering background and experience. This role involves verifying board design quality using translated test patterns, troubleshooting hardware issues, debugging test pattern or test flows, and documenting validation results through detailed reports. The engineer will collaborate closely with the Failure Analysis Enablement (FAE), Hardware Design, Test Engineering, and Failure Analysis teams to ensure successful validation and release of test hardware.
Key Responsibilities:
Qualifications & Skills:
Specific Experience:
Candidates should have knowledge and hands-on experience in the following areas:
Basic Concepts:
Familiarity with the following concepts is an advantage:
The Failure Analysis Enablement Team, part of the Product Diagnostic & Quality Center (PDQC) under NXP Global Quality, is responsible for designing, validating, and deploying test hardware solutions as well as enabling software tools such as CAD, memory bitmap, and scan diagnostic database to ensure on-time failure analysis (FA) readiness for every NXP product. The team’s work supports comprehensive product analysis from development to end-of-life, ensuring the highest quality standards for NXP customers.
The FA Enablement Team provides global support across PDQC locations in Austin (USA), Bangkok (Thailand), Kaohsiung (Taiwan), Kuala Lumpur (Malaysia), Nijmegen (Netherlands), and Tianjin (China).
Automotive semiconductors and secure embedded solutions
NXP Semiconductors designs and sells semiconductor chips for vehicles and other devices. Its products include automotive-grade microcontrollers and other ICs used in engines, infotainment, safety systems, and networked car architectures. These chips process data, run software, and enable features such as advanced driver assistance and vehicle connectivity, often with strong security and real-time performance. Unlike some peers, NXP became an independent company after Philips spun off its semiconductor unit in 2006 and later merged with Freescale in 2015, building a focused strength in automotive semiconductors and microcontrollers. This gives it a clear niche in the market and the goal of growing as a standalone leader in smarter, connected vehicles and related technologies.
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