Memory Debug Engineer

Intel Intel · Semiconductors · Oregon, Hillsboro, United States +1

Memory Debug Engineer at Intel, focusing on enabling, validating, and debugging memory subsystems for next-generation Intel IA-based platforms. Responsibilities include strategic oversight of memory IO interfaces, ensuring electrical performance and stability, leading complex issue resolution, and optimizing Memory Reference Code (MRC). Requires BS/MS/PhD in EE/CE with 4+ years of experience in DDR/LPDDR protocols and debug tools like oscilloscopes and logic analyzers.

What you'd actually do

  1. Define and execute the overarching validation and debug strategy for memory IO interfaces to achieve optimized functional and electrical performance to hit critical production milestones.
  2. Lead the reproduction and root-cause analysis of high-priority customer-submitted failure sightings.
  3. Ensure all customer memory IO interfaces meet industry-standard electrical signal integrity (SI) compliance and maintain robust system-level margins for stable operation at maximum POR frequencies.
  4. Define Memory Reference Code (MRC) requirements for validation and margin optimization.
  5. Act as the primary liaison between Intel Silicon Engineering, BIOS/Firmware teams, and the customer to resolve architectural bottlenecks.

Skills

Required

  • BS/MS/PhD in Electrical Engineering or Computer Engineering
  • 4+ years of industry experience
  • 3+ years of experience of DDR4/DDR5, LPDDR4/5 protocols and physical layer functionality/working
  • 3+ years of experience of debug tools: high-speed oscilloscopes, logic analyzers, margining tools, profilers (e.g. Intel Vtune etc) and protocol exercisers

Nice to have

  • knowledge with Intel-specific debug tools (ITP, Scan, or VISA)
  • mastery of the Intel System Debugger
  • Experience participating in JEDEC committees or deep familiarity with emerging standards like CXL (Compute Express Link)
  • Proficiency in Python for developing automated debug scripts and data visualization tools

What the JD emphasized

  • memory subsystems
  • memory IO interfaces
  • debug strategy
  • electrical performance
  • stability standards
  • critical production milestones
  • complex issue resolution
  • root-cause analysis
  • high-priority customer-submitted failure sightings
  • component-level debugging
  • deep log analysis
  • signal integrity
  • electrical signal integrity (SI) compliance
  • robust system-level margins
  • maximum POR frequencies
  • MRC Optimization
  • validation and margin optimization
  • product quality and reliability
  • Cross-Functional Influence
  • Silicon Engineering
  • BIOS/Firmware teams
  • architectural bottlenecks
  • task force environments
  • critical bugs
  • complex electrical eye‑diagram issues
  • executive‑ready insights
  • cross‑functional teams
  • external customers
  • DDR4/DDR5, LPDDR4/5 protocols
  • physical layer functionality
  • debug tools
  • high-speed oscilloscopes
  • logic analyzers
  • margining tools
  • profilers
  • protocol exercisers