Below are some generic questions for an exprerienced candidate. Please also read language specific questions after this list. 

1. Describe your experience with System Verilog and its applications in your previous projects.

2. How have you used SystemVerilog to handle complex designs and verify their functionality?

3. Can you explain the concept of assertions and how you have used them in your verification environment?

4. Discuss your experience with writing testbenches and how you have applied SystemVerilog methodologies for testbench development.

5. Have you worked with constrained random testing in System Verilog? If so, explain your approach and its benefits.

6. Describe a challenging bug you encountered during your System Verilog development and how you debugged and resolved it.

7. Have you used UVM (Universal Verification Methodology)? If yes, explain your experience with UVM and how you implemented it in your projects.

8. How do you handle functional coverage in your System Verilog verification environment? Explain your methodology.

9. Discuss your experience with using System Verilog assertions for formal verification or property checking.

10. Have you worked with low-power design techniques in System Verilog? If so, describe your experience and the methodologies you used.

11. Explain how you have used interfaces in your System Verilog designs and their role in modular and reusable verification environments.

12. Have you implemented any custom or specialized verification components in System Verilog? If yes, discuss your approach and the benefits you achieved.

13. Describe your experience with System Verilog simulation and debugging tools, and any specific challenges you faced.

14. How do you ensure code reusability and maintainability in your SystemVerilog projects? Explain the design patterns or best practices you follow.

15. Discuss your familiarity with industry standards related to System Verilog, such as IEEE 1800, and any contributions you have made to the System Verilog community.

​

Below are some language specific questions on System Verilog:

​

1. What are the different types of procedural blocks in SystemVerilog, and how do they differ in terms of execution and event sensitivity?
2. Explain the differences between static arrays and dynamic arrays in SystemVerilog.
3. How do you handle clock domain crossing (CDC) issues in SystemVerilog? Describe some techniques or methodologies you have used.
4. What are the differences between continuous assignments and procedural assignments in System Verilog?
5. Explain the purpose and usage of the "disable" statement in System Verilog.
6. How does System Verilog support assertion-based verification (ABV)? Describe the key constructs and methodologies used for ABV.
7. Describe the role and usage of the "bind" directive in System Verilog.
8. How do you handle complex bus protocols (e.g., AXI, PCIe) in System Verilog? Explain the concept of layered and structured verification environments.
9. What are virtual interfaces in System Verilog, and how are they used in verification?
10. Explain the concept of transaction-level modeling (TLM) and how it can be implemented in System Verilog.
11. Discuss the differences between immediate assertions and concurrent assertions in System Verilog.
12. How do you handle functional coverage and code coverage analysis in System Verilog? Describe the methodologies and tools you have used.
13. Explain the concept of assertions and assume-guarantee modeling in System Verilog.
14. Describe the concept of randomization and how it is implemented in System Verilog for stimulus generation in verification.
15. Discuss your experience with using DPI (Direct Programming Interface) in System Verilog and its advantages for integrating System Verilog with other programming languages.

These questions delve deeper into various aspects of the System Verilog language and its application in verification. They cover topics such as procedural blocks, arrays, clock domain crossing, assertions, interfaces, coverage analysis, DPI, and more. Assessing the candidate's knowledge in these areas will help gauge their expertise and proficiency in System Verilog.

​