Role: Smart Products Designer
Project Type: Playful Expressive Wearable [2 week]

Role: Kitchen Utility Designer

Project Type: Breville Bambino - Low Price-Point Iteration

Prompt:
In two weeks, create a unique wearable device that senses a quantifiable emotional input to trigger an expressive visual output [have fun].

Prompt:
In two weeks, create a unique wearable device that senses a quantifiable emotional input to trigger an expressive visual output [have fun].

Solution:
A wearable upper body turtle shell that senses your embarrassment or nerves and rises up off your shoulders to hide you from disaster.

Solution:
A wearable upper body turtle shell that senses your embarrassment or nerves and rises up off your shoulders to hide you from disaster.

Outcomes:

Outcomes:

Coded and engineered an electric wearable from scratch that translates abstract input to dynamic output.

Coded and engineered an electric wearable from scratch that translates abstract input to dynamic output.

Leveraged Arduino, Python, Sparkfun Hardware, and Home-made machine parts in unison to create a cohesive smart product.

Leveraged Arduino, Python, Sparkfun Hardware, and Home-made machine parts in unison to create a cohesive smart product.

Smart Products @ Georgia Tech

Python, Hardware, & Engineering.

Using code, motors, and custom parts to translate input to output.

Using code, motors, and custom parts to translate input to output.

Using Basic Python Code in an Arduino server, I was able to read metrics off of a soft potentiometer in the user's pocket, sense stress, and trigger a reaction. The code senses fidgeting, and activates a 150V DC motor that triggers my custom laser-cut acrylic rack & pinion to lift the shell off the user's shoulders.