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THE HOUR GLASS

An interactive LED motion sculpture that projects climate change data

Background

This is meant to be an awareness project. The idea: How can I get people’s attention on a serious issue like climate change? My solution: a moving, glowing LED sculpture. This is meant to be a playful communication of (somewhat) serious research.  Shaped like an hour glass to symbolize the waning time we have left to solve this issue of climate change. A prototype and concept that I would love to expand one day.

Technical Description

Two stacked 3D printed disks with neopixel strips along the outside mounted to a 12V DC motor, designed to be used as a data visualizer for projecting climate change information. The user toggles through 7 data points about climate change on a p5.js sketch, each has a correlating visual on the sculpture. The sketch sends data to the sculpture via serial communication and an arduino. Some of the data points are static, some are interactive, as are the visuals. One of the interactive slides uses an API that provides real time Air Quality Index (AQI) for any major city in the world. Sourced from the World Air Quality Index project: a non-profit project started in 2007 that provides transparent air quality information for more than 88 countries, covering more than 11,000 stations in 1000 major cities, via those two websites: aqicn.org and waqi.info.

Github Code: https://github.com/juliantisomathews/Hour-Glass/tree/master

Design Inspiration

I have always been intrigued by the ability of motion and kinetic sculptures to attract attention. At this time, I was feeling inspired by Calder's precision & elegance and influenced by Tinguely's pandemonium.

Spooky Grooves

Day of the dead inspired physical computing project.

Background

Caren and I came up with the idea of creating a multimedia device with various analog and digital inputs that would trigger multiple visuals and sounds. What we ended up with was Spooky Grooves.

Technical Description

The first step was figuring out how to connect each input to their respective output. Then, we had to put all of the inputs together on the same arduino board and all of the outputs together on the same p5.js canvas using serial.println. Finally, fabrication and designing visuals took place using a laser cutter on acrylic and some hand tools.

Labs

Various introductory physical computing labs and exercises using various sensors, analog and digital inputs.