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Synopsys

EDA software for chip design

Applications Engineering Staff Engineer

Implementation & Technical Account ManagementConfirmed live in the last 24 hours
Full-timeUnited States

About the Job

Requirements

  • A bachelor's degree in Electrical Engineering, Computer Engineering, Computer Science, or equivalent hands-on experience in ASIC design or EDA applications.
  • At least 5 years of hands-on experience in ASIC or SoC design, logic synthesis, formal equivalence checking, or EDA applications engineering, including at least one production design cycle or tapeout.
  • Strong working knowledge of Verilog or SystemVerilog RTL, logic synthesis fundamentals, timing constraints (SDC), standard-cell libraries, and RTL-to-netlist design flows.
  • Practical experience with formal equivalence checking tools, including setting up comparisons, investigating setup issues, and analyzing proof failures or inconclusive results.
  • Proficiency with Tcl scripting and Linux command-line environments, including writing or modifying scripts to automate flow setup, parse reports, and accelerate debugging.
  • Ability to explain complex synthesis tradeoffs clearly to customer design leads while preserving technical nuance and using data effectively.
  • Ability to manage multiple customer engagements in parallel, prioritize issues, and communicate status and risks clearly.
  • Ability to work with incomplete constraints, messy RTL, and ambiguous requirements, asking questions to resolve gaps.
  • Attention to technical details such as clock uncertainty values, case analysis, and hierarchy decisions.
  • Willingness to investigate unknown issues by examining tool internals, consulting R&D, or building test cases.

Responsibilities

  • Own technical relationships with customer RTL, synthesis, formal verification, and physical design teams from flow evaluation through tapeout, serving as their technical partner for synthesis and equivalence-checking products.
  • Debug complex synthesis and Formality issues reported by customers, reproduce problems when possible, isolate root causes, and deliver recommendations or escalate issues to R&D with documented test cases.
  • Guide customers on RTL-to-netlist methodology using Fusion Compiler, Design Compiler, RTL Architect, and Formality, including hierarchy, datapath optimization, physical-aware synthesis, clock gating, multi-bit registers, and handoff to place-and-route.
  • Analyze synthesis results, timing reports, constraint files, library characterization, and power, performance, and area outcomes to explain design behavior, identify optimization opportunities, and improve correlation with downstream implementation.
  • Create and maintain reusable scripts, reference flows, application notes, debug guides, and training materials for customer programs and global applications teams.
  • Translate recurring customer challenges and feature requests into use cases and product feedback for Synopsys R&D, and validate fixes and enhancements in customer contexts.
  • Support technical evaluations, benchmarks, design reviews, and adoption of new synthesis and formal verification technologies across customer design teams.
  • Share knowledge and provide mentorship to colleagues across global applications, support, and product engineering teams.

Desired Qualifications

  • Direct experience with Synopsys Design Compiler, Fusion Compiler, RTL Architect, or Formality; familiarity with static timing analysis tools such as PrimeTime is also desirable.
  • Experience with UPF, low-power design, hierarchical SoCs, advanced process nodes, or physical-aware synthesis is valuable but not required.

About the Company

Synopsys

EDA software for chip design

Synopsys provides software tools and services for electronic design automation (EDA), helping engineers design, simulate, verify, and optimize semiconductor chips and systems. Its products cover the full design flow, including RTL-to-gating synthesis, place-and-route, timing analysis, verification, and silicon validation, as well as software integrity solutions and hardware-assisted verification. Engineers use these tools to model, simulate, and validate complex chip designs before manufacturing, reducing bugs and improving performance. Compared with many competitors, Synopsys differentiates itself through its broad, end-to-end design toolchain, large ecosystem of IP and integration with simulation and modeling capabilities gained from its 2025 merger with ANSYS, and its global scale and support. The company aims to help designers push the boundaries of chip and system performance, accelerate time-to-market, and enable silicon-to-systems design across a wide range of industries.

Company size
10,001+
Company stage
IPO
Headquarters
Sunnyvale, CA
Founded
1986

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