Advanced Micro Devices-posted 3 months ago
San Jose, CA
5,001-10,000 employees
Computer and Electronic Product Manufacturing

As a DFT Architect you will drive DFT architecture definitions of Scan, MBIST, PHY, high-speed/high-density IOs, communication controllers and FPGA logics of future AMD products. The role involves working with design architecture, design DFT/DFX, design block owners and physical design teams with ATE manufacturing environment, silicon debug, product quality and test cost perspectives. The DFT architect is expected to apply past technical knowledge, learn new cutting-edge technologies and collaborate with teams to arrive at best manufacturable solution. The DFT architect will ensure that DFT implementation is completed by architecture design specifications. This is the role of overseeing early architecture design definition to successful silicon high-volume production.

  • Promote ATE & production test environment, test cost and test quality enhancements in future AMD products through DFT architecture definitions and specifications
  • Manage DFT activities across architecture, design implementation, verification, and test implementation for new products
  • Drive best manufacturing test solution through early product definition and pre & post silicon activities
  • Work closely with design teams and ensure DFT structures are correctly implemented
  • Drive internal DFT teams to correctly implement and create test solutions
  • Drive firmware driven test solutions
  • Plan for diagnosability and yield improvement
  • Significant DFT engineering experience through DFT pre and post silicon cycles
  • Experience in creating and implementing complex chip-level DFT architecture
  • Experience in DFT implementation including Scan and Scan Compression at IP and SoC level
  • Experience with DFT tools, ATPG (Stuck-At, At-Speed, Path-Delay) and scan compression
  • Strong MBIST knowledge
  • Experience in PHY, high-speed IO, digital communication and functional test development
  • Good understanding of Verilog, synthesis, physical implementation and STA
  • Good understanding of verification methodology
  • Experience with post-silicon debug and bench equipment (e.g., oscilloscope and logic analyser)
  • Good communication skills and works well in a group environment that spans across continents
  • Knowledge of Tessent Streaming Scan Network SSN and hand-on experience
  • Knowledge of FPGA logic, synthesis and design flow
  • Knowledge of embedded design and firmware methodology
  • AMD benefits at a glance
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