Context-Aware Ambient Display door panel
This project focused on creating a dynamic, context-aware ambient display system seamlessly integrated into the vehicle’s interior door panels. Featuring a matrix of LEDs running the full length of the door and utilizing an iPad Mini as a mock digital rearview mirror, the system delivers functional and customizable light effects to enhance communication and interaction within the vehicle.
Key Demonstrated Use Cases:
Ambient Lighting: Customizable, user-controlled lighting effects that elevate the in-cabin atmosphere and personalize the driving experience.
Contextual Alerts: Real-time visual cues for events such as incoming calls, potential hazards, and pedestrian proximity during parking.
Safety Warnings: Alerts that notify users when it is unsafe to open the door, such as when bicycles or other obstacles are approaching.
Interconnected Displays: Synchronized driver- and passenger-side panels that react to changes on either side, allowing collaborative control and shared interactions.
Designed as a proof-of-concept demonstrator, this system illustrates how ambient lighting can enhance vehicle safety, improve user experience, and create intuitive, context-aware interactions. By blending innovative HMI design with practical safety features, the project reimagines how light can communicate and connect passengers with their vehicle.
This collaboration between the Faurecia Cockpit of the Future team and the Silicon Valley R&D branch of a French automotive OEM culminated in 2020 with the installation of the system in a vehicle. The result was a highly polished demonstrator showcasing the future of in-vehicle ambient display technology.
Company: Faurecia
Team: Cockpit of the Future
Location: Sunnyvale, CA
Year: 2019-2020
This video captures an informal presentation of the context-aware ambient display system in its early demo stage. In this demonstration, I showcase the prototype setup, featuring the driver- and passenger-side LED panels along with the digital rearview mirror assemblies, arranged on tables to simulate the vehicle doors. I walk through various use cases, including customizable ambient lighting, real-time alerts for incoming calls, safety warnings for potential hazards, and synchronized interactions between the two panels. While the system is not yet installed in a vehicle, the polished look of the demonstrator—complete with LED diffusion panels and seamless synchronization between the two sides—is evident.