Design Verification Engineer (W2-Requirement)

Role: Design Verification Engineer (W2-Requirement)

Location: San Jose, CA (Onsite)

Duration: Long term

Required Skills:

Demonstrated expertise in developing and implementing advanced verification environments using Universal Verification Methodology (UVM) for complex digital designs.

Strong proficiency in C programming language for developing test benches, reference models, and verification utilities within a robust verification framework.

Preferred Skills:

Familiarity with scripting languages such as Python or Perl for automation of verification flows and data analysis is highly advantageous.

Experience with formal verification techniques and tools to complement simulation-based verification efforts would be beneficial.

Additional Skills:

Proven ability to contribute to the architectural definition of verification methodologies and infrastructure improvements.

Strong understanding of digital design principles, computer architecture, and hardware/software co-verification concepts.

Job Responsibilities:

Design and implement advanced verification environments for complex digital designs using Universal Verification Methodology (UVM).

Develop comprehensive test plans and verification strategies to ensure functional correctness and coverage for various IP blocks and sub-systems.

Lead the creation of reusable verification components, including UVM agents, sequences, and functional models, to enhance verification efficiency.

Execute verification campaigns, debug failures, and analyze coverage metrics to achieve tape-out quality for ASIC or SoC designs.

Contribute to the architectural definition of verification methodologies and infrastructure improvements to support future projects.

Collaborate closely with design engineers to understand specifications, identify potential design issues, and drive timely resolutions.

Mentor junior verification engineers on best practices, UVM methodology, and effective debugging techniques to foster team growth.

Develop and maintain C-based reference models and test benches for co-simulation and validation of hardware-software interfaces.

Drive the adoption of advanced verification techniques such as formal verification and assertion-based verification to improve verification completeness.

Optimize verification flows and tools to improve efficiency, reduce simulation time, and enhance overall productivity.

Ensure adherence to industry standards and internal quality processes throughout the entire verification lifecycle.

Participate in design reviews and provide critical feedback on design for testability and verifiability.

Take ownership of specific verification blocks or sub-systems, ensuring their thorough validation and sign-off.