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Microsoft·Product Manager·Onsite - Product Sense / Strategy·Intermediate

IntermediatePrefer not to say
May 2026

Summary

Got a product design question at Microsoft that I thought would be straightforward but ended up being more open-ended than I expected.

Questions Asked (1)

Q1

How would you redesign a car dashboard?

Product Sense & IdeationAdaptability & Ambiguity
Author's notes

I jumped straight into features without defining who I was designing for, which was a mistake.

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AI HintsAI Generated

Suggested Approach

Start by clarifying the goal and context of the redesign—are we targeting safety, user experience, or integration with emerging tech? Then structure your answer around user needs, current pain points, and a prioritized set of features, while balancing innovation with feasibility and regulatory constraints.

Pro tip: Acknowledge that the dashboard is a safety-critical interface and that any redesign must minimize driver distraction—this shows you understand the stakes and can prioritize responsibly.

1. Clarify Objectives and Constraints

Ask questions to understand the goal (e.g., improve safety, enhance UX, integrate new tech) and constraints (regulations, cost, existing hardware).

2. Identify User Segments and Needs

Define primary users (e.g., daily commuters, long-haul drivers) and their key needs, such as quick access to critical information and minimal distraction.

3. Analyze Current Pain Points

Highlight common issues with traditional dashboards: clutter, poor ergonomics, outdated interfaces, and lack of personalization.

4. Propose a Redesign Vision

Outline a user-centric design with prioritized features, such as customizable digital displays, voice control, and adaptive layouts based on driving context.

5. Validate and Iterate

Suggest methods to test the design (e.g., user testing, simulations) and metrics to measure success (e.g., reduced glance time, user satisfaction).

Key Points to Mention

  • Safety and distraction reduction as a primary design principle
  • Personalization and adaptability to different drivers and driving conditions
  • Integration with existing and emerging technologies (e.g., smartphone connectivity, AR, voice assistants)
  • Simplicity and intuitive controls (e.g., tactile feedback, minimal touch interaction)
  • Regulatory and compliance considerations (e.g., FMVSS, ISO standards)
  • Scalability and cost-effectiveness for different car models

AI-generated suggestions, not part of the candidate's original notes. May be inaccurate — verify before relying on them.