Multifunctional Active Surfaces

Embedded software

Summary

This innovative project aimed to transform decorative surfaces of the car interior into illuminated interactive zones. I worked on defining the functions, designing the interface, and creating light animations to guide the user.

Context

Product : Integrated animated and interactive surfaces within the cabin
Company : Faurecia
Target users : Drivers and passengers of a premium vehicle
Challenges :
- Imagine new forms of screenless interaction
- Define a clear and intuitive light language
- Create a consistent experience between gesture, visual feedback, and perceived action

Problems to solve

How to guide the user without text or screen?
Risk of ambiguity in the light codes used
Need to harmonize design, technology, and industrial constraints

Methodology

Research and Inspiration :
- Study of gesture and light systems in the automobile
- Reflection on unconventional affordances
Ideation and Prototyping :
- Creation of wireframes and usage scenarios
- Design of light animations for each function (e.g., trunk opening, night mode activation)
- Readability tests in a physical prototype
Collaboration & Tools :
- Work with innovation, HMI, and design studio teams
- Close communication with rapid prototyping teams
Testing and Iterations :
- Review in virtual reality and on a physical board
- Adjustments of light codes based on feedback

Results & Impact

Deliverables :
- Complete interface and scenario for interactive surfaces
- Design pack for animations and UX logic
Impact :
- Validated pilot project for presentation to partner manufacturers
- Study basis for future embedded HMI systems
Feedback :
- This project allowed me to explore alternative forms of interaction and strengthen my collaboration with the innovation teams.