Principal Engineer, Physical Design

InnoPhase IoTSan Diego, CA
115d

About The Position

As a Physical Design Principal Engineer, you will be responsible for the entire SOC implementation and verification flow from RTL-to-GDS that includes floorplan, place and route, CTS, STA, PV/EMIR/Noise/SigEM cleanup and signoff on lower power SoC. You will be joining a team of engineers dedicated to pushing the envelope for a leading fabless wireless semiconductor platform company specializing in extreme low power wireless radio solutions.

Requirements

  • Master’s degree or above in electrical/computer science engineering with 10+ years of industry experience, or bachelor’s degree in electrical/computer science engineering plus 15+ years of industry experience
  • Strong experience in Power/Ground grids, Partitioning, Timing ECO implementation, and physical verification.
  • The entire SOC implementation and verification flow from RTL-to-GDS that includes fullchip floorplan, place and route, CTS, and layout verification signoff on lower power SoC
  • Netlist (or RTL)-GDS physical implementation experience
  • In depth knowledge of major EDA tools/design flows
  • Strong Cadence experience/background
  • Experience with TSMC N22 or below technology
  • Experience in chip integration and signoff
  • Experience in Perl/TCL language programming

Nice To Haves

  • Strong experience in Low-power implementation methodology
  • Strong experience in Advanced timing signoff methodology
  • Knowledge of DFT (BSCAN, MBIST, SCAN) and understanding of their impact on physical design flows
  • Able to independently complete Netlist-GDS P&R, signoff task
  • Proven record in multi-million gate design production tapeouts

Responsibilities

  • Complete entire physical implementation of the block and chip level
  • Perform synthesis and physical implementation steps – synthesis, floor-planning, power delivery, place&route, timing noise, physical verification, IR/RV.
  • Collaborate with the SOC design team to drive architectural feasibility studies, develop timing, power, and area design targets, and explore RTL/design tradeoffs
  • Analyze the quality of the floorplan and Customized Clock tree structure and Place & Route
  • Implement ECOs for timing closure
  • Signal EM/Noise and Power IR/EM analysis and fix
  • DRC/LVS/ERC/ANTENNA analysis and clean up
  • Timing verification and signoff
  • Physical verification and sign off
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