Google Design Verification Engineer interview questions
based on 6 ratings - Updated Apr 20, 2026
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How others got an interview
50%
Employee Referral
Employee Referral
50%
Applied online
Applied online
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6 interviews
Viewing 1 - 5 of 6 Interviews
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Design Verification Engineer applicants have rated the interview process at Google with 3.7 out of 5 (where 5 is the highest level of difficulty) and assessed their interview experience as 67% positive. To compare, the company-average is 74.1% positive. This is according to Glassdoor user ratings.
Candidates applying for Design Verification Engineer roles take an average of 16 days to get hired, when considering 3 user submitted interviews for this role. To compare, the hiring process at Google overall takes an average of 30 days.
Common stages of the interview process at Google as a Design Verification Engineer according to 3 Glassdoor interviews include:
Other: 25%
One on one interview: 25%
Phone interview: 25%
Skills test: 25%
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The first two interviews focused on writing a driver for a specific protocol provided during the session, followed by several iterations of refining the protocol and adapting the driver accordingly. The third interview covered a basic programming question, some fundamental questions about coverage — its purpose, the difference between code coverage and functional coverage — and designing a simple configurable shifter module in Verilog. The final interview was behavioral, centering on how I handled various situations in the workplace.
I applied online. The process took 1 day. I interviewed at Google (Bengaluru) in Jul 2025
Interview
Round 0 – Resume Screening: I optimized my resume using ATS tools like ResumeWorded, aligning keywords with the job description and quantifying impact (e.g., “Improved functional coverage by 30% using constraint randomization”).
Round 1 – SystemVerilog Fundamentals: Covered arrays, IPC, fork-join, OOP (inheritance, polymorphism), constraints (weighted, implication), and assertions. Emphasis was on explaining concepts clearly and debugging edge cases.
Round 2 – UVM Concepts: Focused on class hierarchy, factory methods, config_db vs resource_db, and RAL integration. I demonstrated how I build modular, reusable testbenches using UVM phases and configuration techniques.
Round 3 – Problem Solving & Debugging: Included designing and verifying FIFO and protocol-based modules. I debugged failing simulations using waveform analysis and refined coverage goals using targeted sequences.
Interview questions [1]
Question 1
How would you debug a failing simulation where coverage is not met?
was a long and interesting process, it contains four interviews, it was a difficult process but a beneficial one, for each interview I learned a lot.
in the last interview