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SPEC understanding

Verification plan

Test planning

Testcases development (Random constrained and directed tests)

Assertion based verification 

Achieving Code coverage 100% 

Achieving Functional coverage 100%

Formal verification if needed 

final sign off if everything above is achieved

In one of my previous roles, I was tasked with debugging a critical issue in a design verification testbench. The problem seemed minor initially, so I chose to focus on a quick fix without thoroughly analyzing the root cause. While the testbench passed some initial runs, the issue resurfaced in a different part of the design during integration, causing delays in the overall verification process.

This experience taught me the importance of addressing issues systematically rather than opting for quick fixes. Now, whenever I encounter a problem, I take the time to dig into the root cause, even if it requires additional effort upfront. This approach has significantly improved the reliability of my contributions and prevented similar issues from recurring in subsequent projects

1. Reusability

2. Maintainability

3. Standard methodology makes it easier to understand the data flow for new members

4. Built-in code helps to do things in a standard way and also avoids minor mistakes

5. Scalability increases