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Lead Test Security Engineer – Silicon

Lead Test Security Engineer – Silicon

CompanyGoogle
LocationSan Diego, CA, USA
Salary$156000 – $229000
TypeFull-Time
DegreesBachelor’s
Experience LevelSenior

Requirements

  • Bachelor’s degree in Electrical Engineering, Mechanical Engineering, Materials Science, Chemical Engineering, a related field or equivalent practical experience.
  • 5 years of experience in Security implementation across System Level Test (SLT), Bench and Automatic Test Equipment (ATE) platforms.
  • Experience with object oriented programming languages (Java/C++) in collaborative environments.
  • Experience with Linux, Google Workplace and Android systems.
  • Experience with OTP fusing for identification, security, calibration, yield and feature configuration.

Responsibilities

  • Conduct Automatic Test Equipment (ATE) test program development on UFLEX, 93K, or other ATE platforms.
  • Develop a BenchTop and high volume manufacturing System Level Test (SLT) solution working with SLT vendors and internal cross-functional teams.
  • Work on IC product bring-up, verification and characterization on ATE NPI production program release.
  • Work on new products Defective Parts Per Million (DPPM) correlation, and product correlation between system and ATE.
  • Troubleshoot on different failure modes and test coverage improvements on ATE and SLT.

Preferred Qualifications

  • Experience implementing secure end-to-end manufacturing solutions including key provisioning, lifecycle management and SOC security.
  • Experience in secure infrastructure deployment for secure manufacturing touch points.
  • Experience with development of secure digital and mixed signal test and automation methodologies and support internal tools for ATE test program generation, test vector tracking and test program release.
  • Experience in the development of multisite libraries to implement ATE OTP programming, memory repair and validation methodologies and processes.
  • Experience in reliable OTP programming incorporating fuse redundancy, characterization and failure analysis techniques.
  • Knowledge of hardware on various ATE test platforms and measurement equipment (Advantest 93k).