Cpu Cores Validation Senior Staff Engineer

AMD AMD · Semiconductors · Fort Collins, CO · Engineering

This role is for a Senior Staff Engineer in CPU Cores Validation at AMD. The primary focus is on validating the functionality and testability of next-generation CPU cores and caches through hardware system setup, x86 software development, and debugging. The role requires strong analytical and problem-solving skills, attention to detail, and the ability to drive project deliverables across cross-functional teams. While the company mentions AI and next-generation computing, the core responsibilities are in traditional silicon validation engineering, not direct AI/ML model development or deployment.

What you'd actually do

  1. Work in a silicon lab helping to creatively solve challenging problems
  2. Set up hardware systems to enable at-speed testing and debug
  3. Based on thorough understanding of the design architecture, develop, run, and debug x86 software to validate functionality and testability operation of the microprocessor design, leveraging programming and scripting skills
  4. Drive project deliverables/dependencies with cross-discipline/site RTL, DFT and Implementation design teams along with product manufacturing teams
  5. Solve design and tool problems requiring ground-breaking approaches and champion innovation across the organization

Skills

Required

  • x86 software development
  • programming and scripting skills
  • analytical thinking
  • problem-solving skills
  • attention to details
  • self-motivation
  • commitment to meeting deadlines
  • creativity
  • organization
  • innovation
  • verbal and written communication skills
  • teamwork

Nice to have

  • validation of microprocessors/ASIC hardware in a lab setting
  • DFT feature knowledge with JTAG -1149.x, Memory, Logic and I/O Built-In-Self-Test (BIST) and Scan design(LSSD/MuxD) structures and protocol
  • programming proficiency in x86 assembly, C/C++, Perl, Ruby and Python languages
  • logic simulation competence
  • Verilog HDL and System Verilog
  • modern computer architecture

What the JD emphasized

  • pushing the envelope on chip performance
  • status quo must be challenged
  • ground-breaking approaches