In-Car Music & Live Events

A conceptual product designed to make driving safer and
more enjoyable by connecting Spotify music with live event discovery,
using hands-free interactions.

Problem

The idea for this project started with a personal frustration while driving. I wanted to simply double tap my car screen to like a song on Spotify and add it to my playlist, but realized it wasn’t possible.

This highlighted a few issues:

  • Safety risk → interacting with Spotify in the car requires too much attention, making it unsafe.

  • Missed opportunity → I often missed saving songs I liked while driving.

  • Poor adaptation → the Spotify app does not fully adjust to in-car screens and driving conditions.

Process

To design a safer, more engaging in-car music experience, I combined user research, market analysis, and product frameworks:

  • Research & Personas: Defined customer criteria (25–45, frequent drivers, music/event enthusiasts), conducted interviews, and created three personas: Tech-Savvy Commuter, Music Enthusiast Road Tripper, and Family-Oriented Driver.

  • Market & Data Analysis: Analyzed reports showing >500M music streaming subscribers, $31B live music industry growth, and 60% of U.S. cars equipped with connected tech.

  • Prioritization: Used RICE scoring and MoSCoW to select MVP features: voice commands, offline listening, minimal screen interaction, and event notifications.

  • Product Roadmap: Planned delivery in phases — Phase 1: Voice commands + offline listening; Phase 2: Minimal screen interaction; Phase 3: Event notifications.

  • Usability Testing: Ran structured tests with tech-savvy and family users; validated 3 core features with 80–90% success rates and gathered actionable feedback for improvements.

Solution

Based on user research and prioritization, I designed an in-car music app optimized for safety, simplicity, and discovery. The MVP focused on four core features:

  • Voice Commands: Hands-free playback controls (play, pause, skip) to minimize distraction while driving.

  • Minimal Screen Interaction: Large-button interface with simplified navigation for essential music actions.

  • Offline Listening: Downloaded playlists to ensure uninterrupted playback in low connectivity areas.

  • Live Event Discovery: Map-based notifications of nearby concerts and events, integrated with Spotify preferences.

Prototypes & Testing

  • Built wireframes (Figma) and interactive flows for key use cases.

  • Conducted usability tests with 7 users, achieving 80–90% task success rates.

  • Iterations improved voice responsiveness, clarified offline options, and simplified family-friendly navigation.

Value Delivered

  • For drivers: Safer, distraction-free music experience.

  • For music lovers: Seamless connection to live events.

  • For families: Reliable, intuitive controls tailored to all passengers.

Further Material:

Full Presentation

Survey results

Kano model Framework

Figma Wireframes