GPU Physical Design Engineer Lead

Intel Intel · Semiconductors · California, Folsom, United States +1

This role is for a GPU Physical Design Engineer Lead at Intel, focusing on ASIC design for graphics and AI SoCs. Responsibilities include floor-planning, clocking, synthesis, GDS, static timing analysis, formal verification, and EM/IR/PDN verification. The candidate will lead a small team and interact with architecture and design teams to improve IP and product quality. Requires a Bachelor's or Master's in Electrical/Computer Engineering with significant relevant experience in VLSI/ASIC design flows.

What you'd actually do

  1. In this position, the candidate will be part of a team implementing ASIC designs for Integrated/Discrete Graphics and AI SoCs on leading edge process technology and EDA tools.
  2. The team is responsible for all SoC level physical design and optimization flows ranging from Floor-planning, Clocking, Synthesis through GDS and parallel verification aspects such as Static Timing Analysis, Formal Verification, EM/IR/PDN verification, Quality Assurance, Layout Verification etc.
  3. Responsibilities may also include defining design requirements such as frequency, operating voltages, power, etc. to achieve optimized designs on new technologies, processes and architectures.
  4. The candidate would be required to work closely with the rest of the project team members to resolve issues which arise during the design cycle and take the key learnings into the next product cycle.
  5. The ideal candidate will be capable of leading a small team as well as interacting with architecture and design teams to improve IP and ultimate product quality and performance.

Skills

Required

  • Bachelor’s in Electrical/Computer Engineering with 9+ years relevant work experience, or Master's in Electrical/Computer Engineering with 6+ years relevant work experience.
  • Logic Design
  • VLSI/ASIC Design
  • Computer Architecture
  • floorplanning
  • clock construction
  • synthesis
  • place and route
  • static timing analysis
  • layout verification
  • Unix/Linux
  • Perl
  • TCL

Nice to have

  • SoC integration methodologies
  • floorplan/timing integration
  • Clock Construction Methodology
  • Power estimation/optimization

What the JD emphasized

  • leading a small team