UI Design UX Research Information Architecture Prototyping User Research
Tools
Figma Adobe Suite Miro
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The EQS MBUX is Mercedes-Benz's cutting-edge infotainment system. My project focused on redesign the traditional car display using augmented reality technology to improve real-time information delivery, by integrating interactive, AR-enhanced visuals directly into the vehicle’s field of view.
The Problem
We are Redesigning the Mercedes Men’s EQS MBUX system to enhance user experience by making the interface more intuitive and responsive. This redesign focuses on streamlining interactions, reducing cognitive load, and improving personalization tailored to individual driving habits and preferences.
Ideation Process
The opportunities in The EQS MBUX display
Examining the opportunities in re-designing the EQS MBUX display helps us to see what is missing from the current design and how we could elevate the expereence to the next level
User Centered Interaction
Asistive App
Passenger Interaction
Design Process
Information Architecture
We started by laying out the structure of the system. We designed different modes and designed color schemes and design styles accordingly.
Wire Frame
Flow Diagram
Remote Control
We can use remote control to summon the car, unlock the car, change light settings and control for handle ejection.
Final Deliverables
Design Language
We started by laying out the structure of the system. We designed different modes and designed color schemes and design styles accordingly.
INTUITIVE
MINIMAL
STYLISH
MAXIMIZE DIFFERENT
LEVELS OF AUTONOMY
MAIN COLORS
ADDITIONAL COLORS
User Select Functions
The following showcase the navigation screen and how each function are related to one another
Navigation screen for users to select the right functions
Flow diagram of how each categories are inter-related
Categories of all possible functions
Mode Change for User Experience
User can select their prefered mode based on their mood and activities.
Light Adjustment
We use responsive ambient light change for user to change light and do environment adjustments
Seat Comfort and Adjustments
Change our percepetion of how comfortable seat can be to the next level
Entertainment
Change our perception of how comfortable seat can be to the next level
Design Process
System Navigation
User can select their prefered mode based on their mood, activity.
Design Process
Seat Comfort and Adjustments
Change our perception of how comfortable seat can be to the next level
Design Process
Carplay
The driver can manipulate the car-play while the passenger can assist them while driving
Reflection
User Interview
We invited participants to test our system with the technology of VR headset
Design Process
Mode Change for User Experience
User can select their prefered mode based on their mood, activity.
Design Process
Light Adjustment
We use responsive ambient light change for user to change light and do environment adjustments
Design Process
Remote Control
We can use remote control to summon the car, unlock the car, change light settings and control for handle ejection.
