Panotech
11/19-3/20
Panotech is a smart monitor that rotates to capture a live stream feed of faces in a public space. A robotic surveillance system created with a body, the goal of Panotech is to both humanize and critique the ever-present, growing reality of public surveillance, while bringing awareness and information about surveillance to the public. Panotech incorporates UI design, Raspberry Pi, and Arduino hacks to bring the design probe to life.
My team and I created this project for our Critical Practices art class, where we learned about making interactive and provocative art pieces that could leave an impact on an audience. We chose to target the idea of video surveillance in society for our final project. This ripe topic - which was garnering public attention from controversial lawsuits at the time - was not only a solid ground for provocation, but also felt important to us all. After finishing, we were fortunate enough to receive a grant from the Innovation Catalysts program to fund further development of the project.
Created along with the great pleasure of Serena Chen, Alyssa Yang, Zeke Medley, and Noah Saso.
GitHub
Skills utilized:
CAD (Fusion 360)
Microcontroller use and custom electronics
Firmware programming (C++)
Digital fabrication (laser cutting and FDM 3D printing)
Woodworking
Awards and Recognition:
Innovation Catalysts Ignite Grantee (Spring 2020)
Work exhibited at 99 Robots art show
Design and Manufacturing
Working on a tight timeline from our professor, the design of this robot was devised around simplicity and ease of construction. We knew we wanted the robot to move to the viewer, so we chose to have it rotate upon the base of a swivel chair. The rotation was powered by a hand drill whose trigger was manipulated by a cam attached to a servo. The frame is made from up-sourced wood and metal, all pre-designed in Fusion 360 so that the manufacturing could be done in one go.