ASIC CAD/EDA Flow/Methodology Developer

Overview

On Site
Depends on Experience
Accepts corp to corp applications
Contract - W2
Contract - 12 Month(s)

Skills

ASIC/SOC CAD
CAD
Utilize Synopsys (ICC/ICC2) and Cadence (Innovus
Virtuoso) tools.

Job Details

Currently, we have an opening for ASIC CAD/EDA Flow/Methodology Developer with our Client in Santa Clara, CA. I appreciate your time and look forward to hearing from you.

Role: ASIC CAD/EDA Flow/Methodology Developer
Location: Irvine or San Jose, CA & Minneapolis, MN



Job Summary:
We are seeking a highly skilled ASIC CAD/EDA Flow/Methodology Developer with a strong background in analog/mixed-signal layout and advanced nodes (including FinFET technologies). The ideal candidate is experienced in developing and improving ASIC/SOC design methodologies, with solid programming skills and deep knowledge of CAD tools and flow.

Required Experience and Skills:

  • 8+ years in analog/mixed-signal layout design with deep submicron CMOS circuits.
  • 3+ years of recent experience with advanced nodes, including FinFET technologies.
  • Strong understanding of ASIC/SOC CAD flows and methodologies.
  • Proficient in programming with SKILL, Perl; Python is a strong plus.
  • Solid fundamentals in software development and design automation.
  • Familiarity with EMIR (RV) and physical design verification (DRC, LVS, PEX, ERC, waivers).
  • Understanding of circuit design concepts: device characteristics, SPICE, Verilog netlists, simulations.
  • Excellent communication and interpersonal skills.


Key Responsibilities:

  • Influence tool development, design flows, and methodologies for design construction, signoff, and optimization using a data-driven approach.
  • Drive signoff closure: timing (SI, OCV), power, IR, and physical verification at both block and chip levels.
  • Perform block-level and full-chip integration.
  • Interpret and resolve LVS, DRC, and ERC issues efficiently.
  • Deliver high-quality layout meeting performance, area, and power constraints using advanced CAD tools.
  • Implement timing closure techniques and signal integrity (SI) fixes.
  • Utilize Synopsys (ICC/ICC2) and Cadence (Innovus, Virtuoso) tools.
  • Develop design automation scripts; proficient with UNIX systems.
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