SoC Design Verification Engineer

Intuition IT Solutions; Cambridge; Presencial; GBP 65.000 - 90.000; Jornada completa

Descripción de la vacante

Intuition IT Solutions is seeking experienced SoC Design Verification (DV) Engineers to verify next-generation multi-die SoC designs in a contract role (Inside IR35). The work involves subsystem and SoC-level verification using SystemVerilog/UVM and processor-driven C tests on embedded cores.

Candidates should have hands-on SV/UVM verification, experience with existing UVM testbenches, and a strong grasp of SoC architectures and bus protocols.

Formación

• Experience with SystemVerilog/UVM-based verification environments.
• Familiarity with constrained-random verification, coverage, assertions, scoreboards, and checkers.
• Ability to debug and enhance existing UVM testbenches and verification components.
• Experience in subsystem- or SoC-level verification.
• Understanding of ARM-based SoC architectures and peripherals.

Responsabilidades

• Subsystem- and SoC-level functional verification.
• Reuse and enhancement of SystemVerilog/UVM testbenches.
• Development and verification of processor-based C tests.
• Run regressions, debug failures, and drive coverage closure.
• Collaborate on verification planning and execution.

Conocimientos

SystemVerilog

UVM

Embedded C

Python scripting

SoC architecture

Debugging RTL

Bus protocols

Educación

Bachelor's or Master’s in Electronics/EE/CE/VLSI

Herramientas

Verilog simulators

Waveform tools

Version control

Descripción del empleo

Location: Cambridge/Bristol UK,

Employment Type: Contract (Inside Ir35).

Role Overview

We are looking for experienced SoC Design Verification (DV) Engineers to work on the verification of a next-generation, multi-die System-on-Chip (SoC) design.

Engineers will be responsible for subsystem-level and SoC-level functional verification using System Verilog/UVM methodology, as well as processor-driven verification using C-based test programs executing on embedded processor cores.

The role requires strong debugging and analytical skills, an understanding of ARM processor based SoC architecture, and the ability to efficiently adapt existing verification environments to evolving design requirements.

Key Responsibilities-

1. 1. Subsystem and SoC Functional Verification
2. 2. System Verilog/UVM Testbench Reuse and Enhancement
3. 3. Processor-Based C Test Development and Verification
4. 4. Regression Execution, Debugging, and Coverage Closure
5. 5. Verification Planning and Collaboration

Required Technical Skills

• Strong hands-on experience in digital design verification using System Verilog and UVM.
• Experience working with existing UVM testbenches, including modifying, extending, and debugging reusable verification components.
• Good understanding of constrained-random verification, functional coverage, assertions, scoreboards, and checkers.
• Experience in subsystem-level or SoC-level functional verification.
• Strong understanding of SoC architectures, bus protocols, register interfaces, and processor-controlled peripherals.
• Experience developing, executing, or debugging embedded C tests for processor-based SoC verification.
• Ability to debug complex RTL simulation failures using industry-standard simulators and waveform debugging tools.
• Experience executing regressions, analyzing failures, and driving functional coverage closure.
• Working knowledge of scripting languages such as Python, Perl, or shell scripting.
• Familiarity with version control systems and verification development workflows.

Candidate Profile

• Have strong practical experience in debugging and enhancing existing verification environments.
• Be comfortable understanding complex, previously developed UVM testbenches rather than relying exclusively on developing new environments from scratch.
• Demonstrate the ability to analyze design changes and identify required verification updates.
• Possess strong RTL debugging and problem-solving capabilities.
• Have experience working with large SoC verification regressions.
• Be capable of independently owning verification activities for assigned subsystems.
• Understand the relationship between UVM-based verification and processor-driven C test verification.

Educational Qualifications

Bachelor's or Master's degree in Electronics, Electrical Engineering, Computer Engineering, VLSI, or a related discipline.