11. Describe how you have used AI tools in your day-to-day work.
Use one real engineering workflow, name the task and tool boundary, explain what the candidate personally did, how output was checked before use, what sensitive data or authority was withheld, and the measurable effect on speed, quality or learning.
Use STAR to structure your answer: briefly explain the Situation and Task, make Action the most detailed part, and finish with the Result. For example, describe a real engineering workflow where you used an AI coding assistant for a limited task, checked its output before using it, kept sensitive data and production authority outside the tool, and explain how this improved speed, quality, or learning.
In my last role, I used an AI coding assistant as part of my normal engineering workflow. One common task was improving Python code and tests around a model evaluation pipeline. I used the tool to help draft test cases, explain unfamiliar code, and suggest small refactoring ideas.
My responsibility was to use the tool to save time without treating its output as trusted code. I still owned the design, correctness, testing, and final decision. I also needed to make sure sensitive information and production access stayed outside the AI tool.
I first gave the tool only the minimum context needed for the task. I did not provide secrets, private customer data, credentials, or other sensitive information. For example, when I wanted help creating tests, I shared a small code pattern and expected behavior instead of copying production data. I used the AI output as a draft. I read every suggested change and checked whether it matched the actual requirement. For code changes, I ran the existing unit tests and added tests for important edge cases. I also used static checks, which are automated checks for common code problems, and reviewed the final diff myself. If the tool suggested an API or library behavior that I was not sure about, I checked the official documentation before using it. I never gave the tool authority to merge code, deploy changes, change production settings, or make a final technical decision. When a suggestion was wrong or too broad, I reduced the request, corrected the assumptions, and used only the useful part.
This workflow reduced the time I spent on first drafts and routine investigation while keeping the same review process for production code. It also helped me explore edge cases earlier because the tool could suggest cases that I would then verify. The main lesson was that AI tools are most useful when I give them a clear boundary. I use them to speed up thinking and drafting, but I keep verification, sensitive data, and final authority with the engineer.
Interviewers ask this question to understand whether a candidate can use AI tools productively without giving up engineering judgment. A strong answer shows practical use of AI, clear limits on what the tool can access or decide, careful verification of its output, and an understanding of where AI improves daily work.