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Analog Design, Staff Engineer

Synopsys

Armenia · On-siteSalary not disclosedfull-timeSynopsys Careers

At Synopsys, you will contribute to the development of non-volatile memory IP deployed across a broad spectrum of process technologies from advanced 2nm nodes to mature 180nm processes.

Responsibilities

  • Design and develop analog circuit blocks for non-volatile memory IP, including charge pumps, high-voltage switches, sense amplifiers, bandgap references, bias generators, low-dropout regulators, and oscillators
  • Conduct comprehensive pre-layout and post-layout simulation campaigns across process, voltage, and temperature corners, including Monte Carlo analysis, aging effects, and electromigration and IR-drop verification
  • Support IP-level integration activities, addressing analog-digital interface requirements, power domain architecture, multi-supply coordination, and technology node portability across the 2nm to 180nm range
  • Collaborate with physical design teams to execute design rule checking, layout versus schematic verification, parasitic extraction, and mixed-signal co-simulation
  • Contribute to reliability analysis and qualification programs, including gate-oxide stress evaluation, hot carrier injection assessment, bias temperature instability characterization, electrostatic discharge protection, latch-up prevention, high-temperature operating life testing, data retention validation, and…
  • Prepare comprehensive IP documentation and deliverables, including technical datasheets, behavioral models in Verilog and Liberty formats, physical views in LEF and GDS formats, and customer integration guidelines
  • The Impact You Will Have
  • Your circuit implementations will directly influence the yield, data retention characteristics, endurance performance, access speed, power consumption, and silicon area efficiency of non-volatile memory IP deployed across multiple foundry partnerships
  • You will contribute to improved correlation between pre-silicon simulation and post-silicon measurement, reducing qualification cycle time and minimizing the risk of design iterations
  • Your attention to circuit robustness under high-voltage stress and low-voltage operating conditions will enable deployment in automotive, industrial, and consumer applications with stringent reliability requirements

Languages

    Work format
    On-site
    Seniority
    Senior
    Posted
    5 Nov 2026
    Last verified
    In the last 3 days

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