AMD’s behavioral questions come in the hiring manager and HR rounds and test how you work on long hardware and software projects with distributed teams: owning quality, communicating directly, and collaborating across sites. The questions reported most often are a detailed walkthrough of your research or main project, why AMD, and how you handled a bug or a disagreement. AMD’s careers page names five key behaviors: Push the Limits, Drive Excellence, Be Direct and Humble, Collaborate Deeply, and Be Inclusive, Always.
In the AMD interview process this comes after the technical rounds or alongside them. A 2025 Austin intern had a 30-minute behavioral interview before the technical round; a 2025 Santa Clara intern had in-depth behavioral interviews about a research project; India candidates usually finish with an HR round. Reported loops are on the AMD interview experience page.
AMD’s five key behaviors
AMD’s careers page lists:
- Push the Limits: challenge assumptions and take on complexity.
- Drive Excellence: high standards, results with quality and precision.
- Be Direct and Humble: communicate with clarity and respect, listen first, keep learning.
- Collaborate Deeply: trust each other across perspectives toward shared goals.
- Be Inclusive, Always: teams where everyone belongs and every idea can rise.
Common AMD behavioral questions
1. Tell me about your research or main project
What to cover: Explain the problem, your specific contribution, the tools you used (for example SystemVerilog, UVM, C++ or Python), a measurable result, and one thing that went wrong. A 2025 Santa Clara intern’s behavioral interviews went into their research project in detail, so prepare to go several levels deep.
Sample answer: “For my master’s project I verified a small AXI-Lite interconnect. I wrote a UVM environment with two master agents and a scoreboard, then constrained-random sequences for back-to-back writes. Coverage stalled at 82% because no test hit simultaneous writes to the same slave; I added a directed sequence for it and found an arbitration bug that dropped the second write. Final coverage was 97%.”
2. Why AMD?
What to cover: Tie your answer to a product line and the team’s work, such as CPU or GPU verification, AI accelerators, drivers or compilers, and to something you have done that matches the job description. AMD interviewers ask from the job description, so name one requirement you meet.
3. Tell me about a time you found a bug others missed
What to cover: Describe the symptom, how you narrowed it down, the root cause, and the regression test or check you added. This maps to AMD’s Drive Excellence behavior: delivering results with quality and precision.
STAR sample: “Situation: A regression failed once in about 300 seeds. Task: The team had marked it flaky. Action: I reran the failing seed with waveforms and saw a FIFO full flag asserting one cycle late when read and write happened together. Result: RTL fixed the flag logic; I added an assertion so the case is checked on every run.”
4. Tell me about a time you disagreed with a senior engineer
What to cover: State the technical point, the data you brought, how you raised it respectfully, and what was decided. AMD’s Be Direct and Humble behavior asks for clear, respectful communication and listening first, so show both.
5. Tell me about a time you worked with a team in another location
What to cover: Describe the time-zone or site split, how you kept handoffs clean, and the result. AMD verification postings ask for experience collaborating with engineers in different sites and time zones, and Collaborate Deeply is one of its key behaviors.
Sample answer: “Our RTL team was in Austin and I was in Bengaluru. I started posting a daily summary of failing tests with waveform links before I logged off, so they could fix overnight their time. Turnaround on bugs went from about two days to one.”
6. Where do you see yourself in five years?
What to cover: Give a technical direction tied to the role, such as owning verification for a block, then a subsystem, or becoming the go-to engineer for a driver area. Keep it specific and connected to AMD’s products.
7. Tell me about the hardest technical problem you solved
Sample direction (Push the Limits): Pick a problem where the first two approaches failed. Explain what you learned from each failure.
8. Tell me about a mistake you made
Sample direction (Be Direct and Humble): A real mistake, how quickly you told people, the fix and what you changed. Hardware mistakes found late are expensive, so show early disclosure.
9. How do you prioritize when several tests or bugs fail at once?
Sample direction (Drive Excellence): Triage by signature, group failures with the same root cause, fix the ones blocking the most tests first, and keep a list others can see.
10. Tell me about a time you included someone whose view was ignored
Sample direction (Be Inclusive, Always): A review or meeting where you asked a quiet teammate for their view and it changed the outcome.
11. Walk me through your current job profile
Sample direction: Experienced India candidates in 2025 reported questions on their current role and the job description. Map each part of your current work to a line in the posting.
12. Do you have any questions for us?
- “Which block or product would I work on first?”
- “How are regressions and bug triage split between sites?”
- “What does the first six months look like for a new engineer here?”
Stories to prepare for AMD
| Story | AMD key behavior | What it tests |
|---|---|---|
| Hardest technical problem | Push the Limits | Persistence and depth |
| Bug others missed | Drive Excellence | Quality and rigor |
| Disagreement with a senior | Be Direct and Humble | Communication |
| Cross-site project | Collaborate Deeply | Teamwork at distance |
| Included a quiet voice | Be Inclusive, Always | Team behavior |
Answers that hurt at AMD
- Project stories with no tool, block or code named
- Claiming UVM or C++ depth you cannot back up when the manager asks a technical follow-up
- “Why AMD” answers about stock price or gaming GPUs with no link to the role
- Blaming another site or team for delays
Similar companies
NVIDIA · Intel · Qualcomm · Texas Instruments · Synopsys · Epic Systems