Dear younger Me
If you were given a window into the past, what would you say to yourself?
Overview
Dear Younger Me is an interactive window installation designed, built, and exhibited with collaborators Sam Chasan and Tong Wu. The piece invites people to share their joy, their love, their advice, their regrets, and their heartbreak with their younger selves via text message. Each message is printed out onto a continuous feed of paper, slowly filling the window and allowing passersby to read messages others have sent to themselves.
A live, searchable archive of every message sent to Dear Younger Me is available online at www.dearyounger.me. All code for the project is available under the MIT Creative Commons license on Github.
Shown At
ITP Pop Up Windows
ITP Winter Show 2018
FABRICATION
Dear Younger Me is a 8’ x 5’ frame of 2”x4” studs covered with 1/4” plywood. A space was cut for an oversized mailbox with a hand router, and the mailbox was cut to size with an electric nibbler. The children silhouettes were milled from birch plywood on a TechnoRouter CNC before being painted black, fitted with RGB LEDs, and mounted to the flat. The entire flat was primed and painted with latex paint. The lettering was laser cut from two layers of foam core and painted with latex paint.
Software Development
Primarily development for Dear Younger Me was done in Python 3. MySQL and Arduino C++ were also used to control various elements of the installation. All code for the project is available under the MIT Creative Commons license on Github.
TOOLKIT
Arduino
Python 3
MySQL
Twilio
AWS
Illustrator
PHP
JQuery & Ajax
HTML & CSS
Vectorworks
MasterCAM
Techno CNC Router
BILL OF MATERIALS
Arduino Nano
RGB leds (ws2812b)
P95 light diffusing acrylic
(10x) 2’ x 4’ studs
Birch/luan plywood
Foam core
Latex paint
CATEGORIES
Interaction design
Physical computing
3D design & printing
Web design & development
Woodworking
Digital fabrication
Installation
My role
Concept creation
Interaction design
Software development
Web development
Woodworking
Digital fabrication