Memory Chip Design Engineer

Western DigitalSan Jose, CA
1d

About The Position

The job opening is for a full-time Research Staff Member in the Design Group in Western Digital's research department. The role will be a part of a multi-functional team whose aim is to develop and eventually commercialize Western Digital's strategic radiation hardened memory technology.

Requirements

  • Minimum of a Bachelor's degree in Electrical Engineering, Physics, or closely related field with 8+ years of professional experience or a Ph.D. with 3+ years is required.
  • Previous design layout, tape out and validation of high density memory chip designs
  • Capability to develop design layout schedules that meet chip functional requirements and timelines
  • Proficiency in Cadence Virtuoso (VXL), Mentor Graphics Calibre, or Synopsys IC Validator
  • Capability to work closely with circuit designers to iterate on schematics and with process engineers to understand fabrication constraints
  • Deep understanding of CMOS fabrication processes, Phase-Shift Mask Development and Multi-Patterning Techniques

Nice To Haves

  • Experience developing memory cell models for inclusion in simulation tool environment, such as Verilog-A
  • Experience with emerging memories such as MRAM, ReRAM, or PCM
  • Experience developing Radiation Tolerant Layouts
  • Track record of publications and patents related to memory design layout

Responsibilities

  • Developing high density memory chip custom layout
  • Including shared operational circuitry along with at pitch line drivers
  • All phases of chip design layout to be included: From architecture definition, density and performance optimization, final verification up to and including tape out
  • Running and Debugging Physical Verification flows including DRC, LVS, ERC and Antenna Checks
  • Minimize parasitic resistance and capacitance (R and C) in critical paths to meet timing and power consumption specifications
  • Comprehend and address reliability engineering issues such as electromigration, IR Drop and Design For Manufacturing robustness
  • Coordination of a Split-Fab Design and Development between WD (for Memory Array Layers) and a CMOS Foundry (for Operational Circuitry)
  • Developing and Harmonizing CMOS Foundry wafer requirements to allow for continued processing of Memory Array layers in WD’s Fabrication Line
  • Development of EDA Tool Design Rules for WD’s Memory Array Layers
  • Defining and executing the split-fab tape out flow

Benefits

  • paid vacation time
  • paid sick leave
  • medical/dental/vision insurance
  • life, accident and disability insurance
  • tax-advantaged flexible spending and health savings accounts
  • employee assistance program
  • other voluntary benefit programs such as supplemental life and AD&D, legal plan, pet insurance, critical illness, accident and hospital indemnity
  • tuition reimbursement
  • transit
  • the Applause Program
  • employee stock purchase plan
  • the Western Digital Savings 401(k) Plan
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