Develop comprehensive verification plans for digital designs, ensuring all critical functionalities are covered.

Create and maintain test benches using SystemVerilog and UVM to verify complex digital circuits.

Write and debug test cases to validate the functionality and performance of digital designs.

Perform code coverage analysis to identify gaps in verification and improve test suite effectiveness.

Collaborate with design engineers to understand design specifications and identify potential verification challenges.

Run simulations and analyze results to identify and debug design issues.

Automate verification flows using scripting languages like Python or Perl to improve efficiency.

Document verification results and create reports for stakeholders.

Participate in code reviews to ensure code quality and adherence to coding standards.

Developing comprehensive verification plans and strategies for digital designs, ensuring thorough coverage.

Creating robust and reusable testbenches using SystemVerilog, UVM, or similar verification languages.

Running simulations to verify the functionality and performance of digital designs under various conditions.

Identifying and debugging functional and performance issues in digital designs, finding root causes.

Analyzing code and functional coverage to identify gaps in verification and improve test strategies.

Developing assertions and monitors to detect design errors and ensure compliance with specifications.

Using formal verification techniques to prove the correctness of digital designs.

Maintaining and managing regression suites to ensure consistent verification quality.

Creating detailed documentation of verification plans, testbenches, and results.

Collaborating with design and architecture teams to understand requirements and provide feedback.

Developing scripts and automation tools to improve verification efficiency.

Analyzing the performance of digital designs and identifying areas for improvement.