Smart footwear product design: choose users, the problem and a first version

Quick Overview

A product design prompt asking a product manager to create a smart shoe: define what smart means, choose a user segment and its problem, prioritize features for a first version, and set success metrics. It tests product sense, segmentation, hardware trade-offs and metric thinking.

Smart footwear product design: choose users, the problem and a first version

Company: Google

Role: Product Manager

Category: Product Design & Strategy

Difficulty: medium

Interview Round: Other

You are a product manager asked to create a smart shoe. Decide what "smart" should mean, who the shoe is for and which of their problems it solves, then propose a first version, prioritize its features, and explain how you would know whether it is succeeding. ```hint Start from the foot Ask what a shoe can sense or do that a phone or a watch cannot, and which group of people has a problem that only that capability solves well. ``` ### Clarifying Questions - Who is building it: a footwear brand adding technology, a technology company entering footwear, or a startup? - Is the goal adoption of a new product category, revenue from the hardware, or engagement with a wider platform the shoe connects to? - Does "smart" have to mean sensing and software, or can it include shoes that adjust physically, such as self-tightening laces? - Are there limits on price or target market, and should the shoe work with a companion phone app? ### What a Strong Answer Covers - A working definition of "smart" and a goal for the product, tied to who is building it - Several user segments compared, with one chosen and the reason for the choice - That segment's pain points, and why a shoe rather than an existing device is the right form to address them - Prioritized features for a first version that respect hardware limits such as battery life, durability, washing, comfort, sizing and cost - Success metrics with guardrails, and the main risks, including the privacy of body and location data ### Follow-up Questions - Shoes wear out much sooner than electronics do. How does that shape your design and business model? - How would you test demand before building the hardware? - What would make you expand to a second user segment, and which one would it be?

Overview: A product design prompt asking a product manager to create a smart shoe: define what smart means, choose a user segment and its problem, prioritize features for a first version, and set success metrics. It tests product sense, segmentation, hardware trade-offs and metric thinking.

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Google
Apr 20, 2024
mediumProduct ManagerOtherProduct Design & Strategy
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You are a product manager asked to create a smart shoe. Decide what "smart" should mean, who the shoe is for and which of their problems it solves, then propose a first version, prioritize its features, and explain how you would know whether it is succeeding.

Clarifying Questions Guidance

  • Who is building it: a footwear brand adding technology, a technology company entering footwear, or a startup?
  • Is the goal adoption of a new product category, revenue from the hardware, or engagement with a wider platform the shoe connects to?
  • Does "smart" have to mean sensing and software, or can it include shoes that adjust physically, such as self-tightening laces?
  • Are there limits on price or target market, and should the shoe work with a companion phone app?

What a Strong Answer Covers Guidance

  • A working definition of "smart" and a goal for the product, tied to who is building it
  • Several user segments compared, with one chosen and the reason for the choice
  • That segment's pain points, and why a shoe rather than an existing device is the right form to address them
  • Prioritized features for a first version that respect hardware limits such as battery life, durability, washing, comfort, sizing and cost
  • Success metrics with guardrails, and the main risks, including the privacy of body and location data

Follow-up Questions Guidance

  • Shoes wear out much sooner than electronics do. How does that shape your design and business model?
  • How would you test demand before building the hardware?
  • What would make you expand to a second user segment, and which one would it be?