Angle Up

Freelance - Smart Hub

 
Untitled-1.jpg

Project description

The design brief and constraints were set by the private technology company Butterfly Energy Systems. The client wanted a new version of the controller for use in a home environment. I needed to specify the device’s features and how a user interacts with it. Then redesign the product’s look and feel.

 

 

ideation & sketch notes

Getting ideas across quickly on paper was the key to ideation. Insights from these rough concepts led to the final form. This allowed me to conclude on specific measurements and other design details during the 3D modeling process. This initial process also allowed me to explore simple geometric forms that are suitable for the product.

Untitled-1.png
Untitled-2.png
 

 

usability & installment & Material

 

The Smart Hub controller is detachable; this mobile feature gives the user the freedom to use the controller anywhere in the house.

A built-in leveler was incorporated into the base mount design. This design feature provides guidance to the user when installing the base mount horizontally on the wall.

 

The front panel and its buttons/symbols are laser cut on stainless steel sheet metal. The functionality of the buttons is thanks to the flexibility of the sheet metal. This front panel design will simplify the manufacturer’s assembling process during production.

Untitled-2.jpg
 

 

base mount & client’s constraints

Untitled-1.jpg

Since the Smart Hub controller is detachable, charging the controller and uploading essential data can be done through the 4 conductors located at the center of the base mount.

Constraint Parameters:

•Internal area of at least 3.5” x 2.25” x 1”

•Micro SD card slot

•USB port

Untitled-2.jpg
 

 

user interaction & Product features

The user may select any of the features on the control panel. The adjustable knob located in the center is designed as a button and as a dial. The user may use the knob to navigate within the selected feature then press the knob to select sub-level functions.

Untitled-1.jpg