BREATHE MEDITATION TIMER
Spring 2019 - 2.5 Weeks
Interactive Products with professors James Hallam & Dr. Hyunjoo Oh​​​​​​​

CHALLENGE: Design a timer that uses provided sensors and Arduino for some innovative function. Build a functioning, integrated model.

Tools and techniques used include Redboard prototyping, programming in Processing, 3D modeling in Fusion 360, rendering in Keyshot, and vector graphics in Sketch.
Development
Progression: timer applications > impactful timers > nature-inspired forms
Fabrication
initial setup
initial setup
testing with code!
testing with code!
soldering & assembling model
soldering & assembling model
all in the housing
all in the housing
s q u i s h
s q u i s h
LEDs, button, & soft pot coming through
LEDs, button, & soft pot coming through
now the actual model
now the actual model
all together!
all together!
(In which I learned how to solder)

I chose to use a soft potentiometer to set the duration of the meditation specifically because it would be imprecise. Conceptually, I wanted to emphasize taking a break from the hyper-scheduled productivity fog that many of us live in, and I didn't want people to be able to schedule their meditation down to the second. 

The LEDs I used would be replaced by a LED strip in a final model, but I worked with what I had available. Even as discrete points, the illumination animation was effective—when I conducted an interactive demo, members of the audience told me that they'd involuntarily breathed in time with the lights!
Details
fritzing diagram
fritzing diagram
schematic
schematic
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