Product design question

How would you design an alarm clock for a deaf person?

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

Product design for a sensory substitution use case, requiring genuine consideration of the accessibility need.

Define the user: deaf or hard of hearing individuals who cannot rely on an audible alarm sound to wake up.
List pain points: existing alarms depend on sound, leaving this user group without a reliable wake up method.
Prioritize non-audio alerting: strong vibration under the pillow or mattress paired with flashing light in the room.
Design for reliability: ensure the alarm can still function if a paired phone dies or loses connection, since safety depends on it.
Consider a snooze and stop mechanism accessible without needing to read small text half asleep.
Define success as reliable wake up rate reported by users compared to their prior solution.

Centers non-audio alerting, vibration and light, as the primary mechanism rather than a louder sound as an afterthought fix.
Addresses reliability explicitly, since a failed wake up has real consequences like missing work, unlike a typical convenience feature.
Considers physical design, like a strong bed shaker, showing understanding of what's actually usable half asleep.
Picks a meaningful outcome metric, reliable wake up rate, tied directly to the core safety need.

Treating this as a standard alarm clock with a stronger vibration bolted on without deeper accessibility thought.
Ignoring reliability and failure modes, which matter more here than for a typical hearing user's alarm.

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