Product design question

Design an alarm clock for the blind.

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

Accessibility-first product design grounded in specific sensory constraints.

Define the user: a blind or low-vision person who cannot rely on a visual display to set or read the time.
Identify pain points with existing alarm clocks: visual-only displays, touchscreen controls with no tactile feedback, and visual-only alarm indicators.
Prioritize audio and tactile interaction: voice-based time setting, spoken time announcements, and physical, distinctly-shaped tactile buttons.
Design the alarm itself to use a distinct escalating sound plus optional vibration, avoiding reliance on any visual cue.
Ensure compatibility with existing screen-reader habits and conventions blind users already rely on, rather than inventing a new interaction paradigm.
Define success metrics: successful wake-up and set-time accuracy, validated with blind user testing.

Grounds design choices in concrete sensory needs, like tactile button shapes and audio-first setting, not just 'add voice control.'
Explains why the alarm sound and vibration pattern design must be distinct and escalating, since a blind user can't glance at a snoozed display.
Proposes testing with real blind users via existing accessibility organizations rather than assuming sighted-designer intuition is enough.
Notes the importance of following established screen-reader and accessibility conventions instead of inventing new ones.

Treating this as the same problem as designing for the elderly, when blindness has distinct constraints.
Relying on a touchscreen-only interface with no tactile or audio alternative.

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