Formal Verification Engineer

Advanced Micro Devices, IncAustin, TX
Hybrid

About The Position

The Infinity Fabric network on the chip verification team is growing and looking for qualified candidates to help verify our configurable switches and die-to-die interconnect. Infinity Fabric is part of every new AMD product being developed for AI/ML, Client, Server, Graphic Accelerator, and Semi-Custom markets. Team is seeking a highly skilled and motivated person to join our verification team. In this role, you will drive formal verification efforts across complex hardware designs, applying rigorous mathematical methods to prove design correctness and find corner-case bugs that escape simulation. You will serve as a subject matter expert in formal verification methodologies, mentor junior engineers, and collaborate with RTL designers, simulation-based verification engineers, and architects to shift verification left and improve overall design quality.

Requirements

  • Bachelors or Masters degree in computer engineering/Electrical Engineering
  • Minimum 8+ years of experience in design verification with a strong focus on formal verification

Nice To Haves

  • Hands-on experience with VC Formal (Synopsys) and/or JasperGold (Cadence)
  • Strong proficiency in SystemVerilog Assertions (SVA) and formal property specification
  • Experience with formal verification applications: FPV, connectivity checking, register verification, equivalence checking, and coverage analysis
  • Familiarity with scripting languages (TCL, Python, Perl) for flow automation

Responsibilities

  • Develop and execute formal verification strategies using VC Formal and/or JasperGold for property checking (FPV), connectivity checking (CC), register verification (FRV), and sequential equivalence checking (SEQ)
  • Write, review, and debug SystemVerilog Assertions (SVA) — including assumptions, assertions, and cover properties — to verify complex design behaviors
  • Drive convergence on formal proofs by applying abstraction techniques, complexity reduction strategies, and assume-guarantee reasoning
  • Collaborate with RTL designers and architects to define verification plans that incorporate formal methods alongside simulation-based approaches
  • Identify and pursue opportunities to apply formal verification to new design blocks, championing a "formal-first" or "shift-left" verification strategy
  • Develop reusable formal verification infrastructure, including constraint libraries, parameterized property templates, and automated regression flows
  • Mentor and guide MTS and junior engineers in formal verification techniques and best practices

Benefits

  • AMD benefits at a glance
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