Product design question

How would you design a last-mile delivery solution using autonomous vehicle technology?

Practice this question out loud. An AI interviewer asks it, follows up like a real interviewer would, and scores your answer. Type or speak.

What this question tests

Tests product design for a technically constrained, safety-critical logistics problem, matching AV capability to a realistic use case.

Clarify scope: sidewalk robots versus full-size autonomous vans, and confirm delivery type with the interviewer.
Identify the core constraint: current AV tech is strongest in controlled, low-speed, mapped environments.
Pick a realistic beachhead: a suburban, low-traffic delivery zone with wide streets, not dense urban cores first.
Design the handoff: since AVs can't walk to a doorstep, use a secure on-vehicle locker with PIN-based access.
Prioritize safety and reliability metrics over speed in the pilot phase, given regulatory scrutiny on AVs.
Define success as autonomous delivery completion rate without human intervention, and pickup satisfaction.

Picks a realistic operating environment instead of assuming AVs can handle any last-mile scenario today.
Solves the actual hard part, the final handoff, with a concrete mechanism, a secure PIN-based locker.
Prioritizes safety and reliability metrics appropriate to an early AV pilot over pure speed.

Assuming AVs can deliver to a doorstep like a human courier, without addressing the handoff.
Picking a dense, complex urban environment for the initial pilot.

Chapters of the AI PM course that teach what this question tests.