Outside Temperature

Inside Temperature

Feels Likes Temperature

Mode

Existing Control :

Problem Statement:
In the pursuit of creating an unparalleled "Experience Device on Four Wheels," our goal is to reimagine and elevate the car experiences, the ambient control.


Currently, the climate control interface is operated through traditional physical buttons, which often require extensive manual adjustments, detracting from the seamless driving experience.


To address this challenge, we aim to revolutionize the way users interact with the car climate control system.


Key Objective:

  1. Transform the conventional climate control interface into an Augmented Reality (AR) Head-Up Display (HUD) system.

  2. Enable intuitive and precise adjustments, Enhance the driving experience with different ambient modes and settings with informative visual cues.

  3. Elevate the overall driving experience by consolidating multiple interactions into a single interactive element.

  4. One single right element, at the right place and in the right time.

27°C

Design Process :

Our design journey initiated with the pursuit of a suitable form, and it led us to the realization that circular elements, such as radial buttons or circular interface, offer the advantage of user-friendliness.


These shapes bear a resemblance to the conventional buttons commonly found in regular vehicles, control button, speedometer, as an example,


making 80% of our testing group instantly grasp the function.

Why?

Our D-1

Exploration Time!

AMBIENT INTELLIGENCE

FIRST ITERATION

LAST ITERATION

TO ADJUST

TO TELL

27°C

27

27

27°C

ENERGY SUFFICIENCY

CAMPING

WINTER WARM

AFTER GYM

Experience Device

on Four Wheels

27

FEELS LIKE

27

Design
.
Test
.
Validate
.
Design
.
Repeat

Outside Temperature

Inside Temperature

Feels Likes Temperature

Mode

Existing Control :

Problem Statement:
In the pursuit of creating an unparalleled "Experience Device on Four Wheels," our goal is to reimagine and elevate the car experiences, the ambient control.


Currently, the climate control interface is operated through traditional physical buttons, which often require extensive manual adjustments, detracting from the seamless driving experience.


To address this challenge, we aim to revolutionize the way users interact with the car climate control system.


Key Objective:

  1. Transform the conventional climate control interface into an Augmented Reality (AR) Head-Up Display (HUD) system.

  2. Enable intuitive and precise adjustments, Enhance the driving experience with different ambient modes and settings with informative visual cues.

  3. Elevate the overall driving experience by consolidating multiple interactions into a single interactive element.

  4. One single right element, at the right place and in the right time.

27°C

Design Process :

Our design journey initiated with the pursuit of a suitable form, and it led us to the realization that circular elements, such as radial buttons or circular interface, offer the advantage of user-friendliness.


These shapes bear a resemblance to the conventional buttons commonly found in regular vehicles, control button, speedometer, as an example,


making 80% of our testing group instantly grasp the function.

27

27°C

27°C

27

Why?

D-1

Exploration

DESIGN - TEST - VALIDATE - DESIGN - REPEAT

AMBIENT INTELLIGENCE

Experience Device on Four Wheels

FIRST ITERATION

LAST ITERATION

TO ADJUST

TO TELL

ENERGY SUFFICIENCY

AFTER GYM

WINTER WARM

CAMPING

27

FEELS LIKE

27

27

FEELS LIKE

27

Behind The Design

Behind The Design

Behind The Design

27

FEELS LIKE

27

(+)

Outside Temperature

Inside Temperature

Feels Likes Temperature

Mode

Existing Control :

Problem Statement:
In the pursuit of creating an unparalleled "Experience Device on Four Wheels," our goal is to reimagine and elevate the car experiences, the ambient control.


Currently, the climate control interface is operated through traditional physical buttons, which often require extensive manual adjustments, detracting from the seamless driving experience.


To address this challenge, we aim to revolutionize the way users interact with the car climate control system.


Key Objective:

  1. Transform the conventional climate control interface into an Augmented Reality (AR) Head-Up Display (HUD) system.

  2. Enable intuitive and precise adjustments, Enhance the driving experience with different ambient modes and settings with informative visual cues.

  3. Elevate the overall driving experience by consolidating multiple interactions into a single interactive element.

  4. One single right element, at the right place and in the right time.

27°C

Design Process :

Our design journey initiated with the pursuit of a suitable form, and it led us to the realization that circular elements, such as radial buttons or circular interface, offer the advantage of user-friendliness.


These shapes bear a resemblance to the conventional buttons commonly found in regular vehicles, control button, speedometer, as an example,


making 80% of our testing group instantly grasp the function.

Why?

Our D-1

Exploration Time!

AMBIENT INTELLIGENCE

FIRST ITERATION

LAST ITERATION

TO ADJUST

TO TELL

27°C

27

27

27°C

ENERGY SUFFICIENCY

CAMPING

WINTER WARM

AFTER GYM

Experience Device

on Four Wheels

27

FEELS LIKE

27

Design
.
Test
.
Validate
.
Design
.
Repeat