The job below is no longer available.
You might also like
in Austin, TX
Design Verification Engineer
•14 days ago
Hours | Full-time, Part-time |
---|---|
Location | Austin, Texas |
About this job
Job Description
Job Description
Role and Responsibilities:
o Defining and writing IP verification plans based on requirements documents (industry standards, product requirements, IP architecture and IP implementation specifications)
o Writing stimulus in System Verilog (UVM), random test scenarios, algorithmic and directed testcases.
o Defining and writing System Verilog Assertion (SVA) cover properties to match the verification plan.
o Writing System Verilog (UVM) monitors, drivers, response checkers and SVAs for correctness.
o Debugging failing testcases to determine source of failure (tool, testcase, checker, Verilog RTL) and track resolution
o Collecting code and functional coverage results from random simulations, and analyzing uncovered events to determine additional test scenarios needed to achieve 100% coverage. Verilog, System Verilog, UVM
Title: Design Verification Engineer
Location: AUSTIN, TX- Onsite role
Location: AUSTIN, TX- Onsite role
Job Qualifications:
o Verilog, System Verilog, UVM coding skills required.
o Verification skills (test planning, testcase, testbench, simulation, debug) required.
o Knowledge of ARM AMBA protocols a plus.
o Knowledge of LPDDR4/5 protocol a definite plus
o Ability to work independently and in small teams without close supervision required
o Verilog, System Verilog, UVM coding skills required.
o Verification skills (test planning, testcase, testbench, simulation, debug) required.
o Knowledge of ARM AMBA protocols a plus.
o Knowledge of LPDDR4/5 protocol a definite plus
o Ability to work independently and in small teams without close supervision required
Role and Responsibilities:
o Defining and writing IP verification plans based on requirements documents (industry standards, product requirements, IP architecture and IP implementation specifications)
o Writing stimulus in System Verilog (UVM), random test scenarios, algorithmic and directed testcases.
o Defining and writing System Verilog Assertion (SVA) cover properties to match the verification plan.
o Writing System Verilog (UVM) monitors, drivers, response checkers and SVAs for correctness.
o Debugging failing testcases to determine source of failure (tool, testcase, checker, Verilog RTL) and track resolution
o Collecting code and functional coverage results from random simulations, and analyzing uncovered events to determine additional test scenarios needed to achieve 100% coverage. Verilog, System Verilog, UVM