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PhizenixPosted 1 month ago

ASIC Physical Design Engineer

On-siteBengaluru, Karnataka, India

Full TimeSmall

Job Summary

Own RTL-to-GDSII execution on complex designs, driving PPA and quality-of-results metrics to closure with minimal supervision. Lead methodology discussions with stakeholders and work with cross-functional partners to align on implementation strategy and schedules. Champion new tools and techniques, devising creative solutions to tough challenges through native capabilities or custom scripting. Bring machine-learning-based approaches into the flow to lift productivity and trace complex issues to root causes for resolution with EDA vendor R&D teams. Partner with globally distributed teams and mentor junior engineers as they ramp. Requires hands-on fluency with Cadence Genus, Innovus, Tempus, Quantus, Voltus, Pegasus, and Conformal, plus Tcl/Python/Perl scripting. 5+ years in digital implementation flow on advanced nodes.

Required Qualifications

  • BE / BTech / ME / MS / MTech in Electrical or Electronics Engineering (or a related field)
  • 5+ years in the digital implementation flow on advanced process nodes
  • Deep expertise in one or more areas—synthesis, place-and-route, static timing analysis (STA), or EM/IR
  • Hands-on fluency with the digital implementation toolchain
  • Cadence Genus for RTL synthesis and design-for-test insertion
  • Innovus for PnR
  • Cadence Tempus for signoff static timing analysis (STA)
  • Quantus for parasitic extraction (RC/RCc)
  • Voltus / Voltus-Fi for power, EM, and IR-drop signoff
  • Pegasus (or Siemens Calibre) for physical verification — DRC, LVS, and ERC
  • Cadence Conformal for logic equivalence checking (LEC)
  • Scripting in Tcl, Python, or Perl for flow automation and custom utilities

Desired Qualifications

  • Familiarity with the equivalent Synopsys flow (Design Compiler / Fusion Compiler, IC Compiler II, PrimeTime, StarRC, Formality)
  • Experience implementing high-speed wireline / SerDes-based blocks or SoCs
  • Familiarity with low-power (UPF) methodology, DFT, and full physical signoff flows
  • Hands-on with multiple tape-outs across advanced CMOS / FinFET nodes

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