Product Sense: Creating a Vehicle Concept for People in Later Life
Company: Google
Role: Product Manager
Category: Product Design & Strategy
Difficulty: medium
Interview Round: Other
Create a car meant for seniors. Decide which older people it serves first, which of their problems it solves, and what sets it apart from the cars they can buy today.
```hint Follow one trip
Break a single trip into stages, from walking out to the car to parking at the destination, and note which age-related changes make each stage harder.
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### Clarifying Questions
- Is the goal to help seniors keep driving safely and comfortably, or to get them where they need to go even if they no longer drive?
- Are we designing a whole new vehicle with a car maker, or the features and software that go into existing models?
- Who is the buyer: the senior, an adult child, or a fleet such as a ride service or a retirement community?
- Does "seniors" mean an age band, or people with specific age-related needs such as reduced mobility, weaker night vision or slower reactions?
### What a Strong Answer Covers
- A stated goal and a chosen first segment of older people, with the alternatives set aside
- Pain points tied to specific age-related changes and to the stages of a trip
- Solutions mapped to those pains and prioritized by impact and feasibility into a first version with explicit cuts
- Success metrics that include safety guardrails
- Risks such as overreliance on automation, stigma, cost, and the line between family oversight and the owner's autonomy
### Follow-up Questions
- How would your design change for someone who can no longer drive safely but still needs to get around independently?
- Many older buyers reject products that label them as old. How would you design and market this car so they want it?
- How would you test your ideas with older drivers before committing to expensive hardware changes?
Overview: A product design exercise about creating a car for older people. It tests whether a product manager can set a goal, choose which seniors to serve first, connect age-related changes in mobility, vision and reaction time to concrete design decisions, prioritize a first version and measure success with safety guardrails.