Mixed-Signal Verification Engineer – SoC Co-Simulation

onsemi; Cork; On-site; EUR 70,000 - 100,000; Full time

Job summary

onsemi is seeking a Mixed Signal Verification Engineer to join its Core Analog IP Development Centre of Excellence in Cork, Ireland. You will verify mixed-signal IP and complex SoCs, coordinating with analog and digital teams to ensure verification closure across power, clock, monitoring and reset functions.

You will develop verification plans, reusable environments and RNM models, using SystemVerilog/UVM with co-simulation to balance accuracy and performance.

Qualifications

• Bachelor's or Master's degree in electrical/electronic engineering or closely related discipline.
• 4-8 years of relevant IC verification experience.
• Proficiency with SystemVerilog, UVM and mixed-signal verification.
• Experience with co-simulation of analog with RTL/digital logic.

Responsibilities

• Develop verification plans for mixed-signal IP, SoCs and digital-on-top subsystems.
• Build reusable SystemVerilog/UVM environments integrating analog models.
• Verify analog/digital interactions and testbench coverage.
• Develop directed and constrained-random tests for power, clock, sequencing and faults.
• Implement assertions and scoreboards; drive coverage closure.
• Execute regressions and document verification results and risks.

Skills

SystemVerilog

UVM

Verilog-AMS

RNM modelling

Python scripting

Linux environment

mixed-signal verification

co-simulation

Education

Bachelor's or Master's in Electrical/Electronic Engineering

Tools

Cadence

Synopsys

Siemens EDA

Job description

onsemi is seeking a Mixed Signal Verification Engineer to join its Core Analog IP Development Centre of Excellence in Cork, Ireland. You will verify mixed-signal IP and complex SoCs, coordinating with analog and digital teams to ensure verification closure across power, clock, monitoring and reset functions.

You will develop verification plans, reusable environments and RNM models, using SystemVerilog/UVM with co-simulation to balance accuracy and performance.