Vacancy expired!
The Principal SOC Verification Design Engineer is based in San Diego.
This is a 3-6 months Contract to Hire full-time position based in San Diego. In addition to benefits and perks below, Client offers relocation assistance!
Effective communicators.
Job Requirements
Master's degree in engineering (or equivalent).
10+ years of experience in design verification -
Proven experience in full chip verification from
test plan development to tape-out sign-off.
Experience constructing chip-level System
Verilog and UVM test bench environments,
writing System Verilog Assertions (SVAs), with
embedded software design and test.
Experience executing block or chip-level
verification plans.
Experience with HW/SW Co-Verification -
Developing test benches, test cases/use-cases,
APIs, their execution, and debug.
Excellent debug skills, with experience
debugging RTL in block and/or chip-level
environments.
Extensive experience with a variety of
verification tools and environments, and a deep
understanding of their differences and
capabilities to optimize the right methodology
with schedules as the top priority.
Experienced in SystemVerilog, UVM, and
scripting languages like Python and Tcl.
Expertise in using industry standard simulation
tools such as NC Verilog, VCS, QuestaSim, etc.
Excellent communication skills, energetic and
self-motivated.
Key Responsibilities
Construct IP, SoC level test benches using
verification components developed at the IP level.
Test bench architecture for random/directed
testing, stimulus generation, and checking to
include custom and off the shelf VIP/UVCs.
Develop and execute SoC verification plans
focused on IP block interoperability and
SOC/System level. Develop and execute
verification plans based on design specifications
and collaboration with architects and designers.
Construct HW/SW Co-Verification
Be part of a dynamic and functionally diverse team
with opportunities for gaining exposure to
modeling (TLM), HW emulation/acceleration, and
SW driven verification.
Utilize constrained random verification, functional
coverage, code coverage and assertions to
achieve goals.
