What kinds of questions are typically asked in an MIT admissions interview for a computer science applicant?

MIT interviews usually are not technical screenings, even for computer science applicants. You should expect a conversational interview focused on how you think, what you care about, and how you engage with learning, rather than coding quizzes or advanced math problems.

For a CS applicant, common questions often include why you’re interested in computer science, what projects or problems you’ve worked on, how you approach challenges, and what you do when something does not work. An interviewer may ask about a favorite project, a class that excited you, something you built outside school, or how you collaborate with others. They may also ask broader questions like what you do for fun, what kind of community you want in college, or why MIT specifically.

What matters most is being able to talk concretely about your experiences. If you say you love programming, be ready to describe one or two specific things you made, what problem they solved, what choices you made, and what you learned from mistakes or revisions. For example, being able to explain why you chose a certain approach in an app or how you debugged a stubborn issue is usually much more useful than trying to sound impressive.

You may also get reflective questions such as describing a setback, a time you worked on a team, a topic you taught yourself, or something non-academic that matters to you. MIT tends to value curiosity, initiative, collaboration, and hands-on problem solving, so interview questions often give you room to show those qualities naturally.

A strong way to prepare is to review your application themes, pick experiences you can discuss in detail, and practice explaining them in plain language. Also prepare a thoughtful answer for why MIT, ideally tied to MIT’s maker culture, research mindset, collaborative environment, or the way CS connects with your interests. The best preparation is clarity and specificity, not rehearsed perfection.