Over eight months, I headed a team of six product designers and worked alongside in-house UX designers and 3D artists to develop a functional and intelligent in-car user experience for the FF91, Faraday Future's first flagship consumer car.
This involved designing for 12 different screens, sounds, and voices in this luxury electric vehicle.
Our primary objective was to create a scalable design system that could facilitate the development of a uniform in-car user interface. Our work spanned various screens, including the center information display, door panels, and heads-up display. The task presented a rewarding challenge for our team, as designing for these distinct contexts greatly differed from creating interfaces for traditional digital screens.
To ensure we are creating a fitting user interface for the FF91, we conducted thorough market research and ran a number of workshops with key stakeholders. This allowed us to establish core design principles that guided our subsequent work, establish a visual language, and define the personality traits for the FF91's voice assistant.
The color palette for the interface uses rich, vibrant hues. To achieve a visually striking effect, complementary tones were employed for both night and day modes. Moreover, the interface has a dynamic quality, with a shifting backlight that serves as a representation of the AI assistant. This feature adds an extra layer of immersion and interactivity to the overall user experience.
As a design lead, I introduced and implemented effective tools and workflows that not only helped my team build a scalable design system, but also ensured its sustainability and scalability for Faraday Future.
To achieve this, we leveraged Sketch libraries to establish a comprehensive "single source of truth" for every symbol, and Abstract for collaborative screen layout versioning. Additionally, we utilized Zeplin for seamless handoff to engineers.
Despite being equipped with thorough UX documentation from the project's inception, we continuously refined and optimized user flows during the design process. Furthermore, we played a crucial role in developing essential in-car experiences, including voice control and navigation systems.