Senior UVM Verification Engineer

An established semiconductor company is looking for a Senior UVM Verification Engineer to play a key role in the verification of advanced ICs for automotive and sensing applications.

This is a high-impact opportunity for a UVM specialist who wants to work beyond traditional block-level verification. You'll take ownership of system-level verification, developing sophisticated System Verilog/UVM environments across complex digital, analog and embedded software functionality.

• Lead and execute functional verification activities using System Verilog and UVM for complex semiconductor products.
• Develop, maintain and enhance UVM-based verification environments, test benches, sequences, monitors, scoreboards and functional coverage.
• Define verification strategies and plans based on high-level system requirements and digital specifications.
• Develop high-level functional models and verification components to support system-level and top-level simulation.
• Perform detailed verification of digital functionality and its interaction with analog/mixed-signal circuitry and embedded software.
• Identify, investigate and debug complex functional and verification issues across multiple engineering domains.
• Work closely with system, analog, digital, embedded software and test engineers to ensure comprehensive product verification.

• Master's degree in Electronic Engineering, Microelectronics or a related discipline.
• 5+ years of experience in verification within the semiconductor / microelectronics industry.
• Strong, hands-on expertise in System Verilog and UVM, this is a core requirement for the role.
• Proven experience developing and deploying UVM verification environments and methodologies for complex digital or mixed-signal ICs.
• Strong understanding of verification concepts including functional coverage, constrained-random verification, assertions, score boarding and reusable verification components.
• Experience with top-level or system-level verification of complex semiconductor products.
• Exposure to mixed-signal environments, with an understanding of the interaction between analog, digital and/or embedded software functionality.
• Ability to translate high-level requirements and specifications into effective verification strategies and test scenarios.
• Experience debugging complex issues across multiple levels of a semiconductor design.
• Strong communication skills and the ability to collaborate effectively with system, analog, digital, software and test development teams.