Client: Research Project

Overview

A “living” cabin for individuals and urban nuclear families to grow and provide for their daily vegetable needs.
Our vision for future iterations of the pod is to naturally grow structures over time, within a new form of mediated arboreal culture, to integrate the biological and mechanical elements more closely, to transform the object into one that grows and changes symbiotically. The Plug-In Ecology project sets out a direction for for healthy biological exchanges with urban inhabitants, and to contribution to the life of urban ecosystems that mediate between autonomy and community.

LOCATION:
Cube Museum
Museumplein 2
6461 MA Kerkrade
Netherlands

MEDIUM:
Laser cut plywood, felt, plastic pots

DIMENSIONS:
10’x10’x10’

Goals

The Urban Farm Pod is an interface with the city, potentially touching upon urban farming, air quality levels, DIY agronomy techniques in test tubes, algal energy production, and bioluminescent light sources, to name a few possibilities. It can be outfitted with a number of optional systems to adapt to different locations, lighting conditions, and habitation requirements. While agricultural food sources are usually invisible in cities such as New York, the pod archetype turns the food system itself into a visible artifact, a bioinformatic message system, and a functional space.

Process

The Plug-In Ecology cabin sphere prototype uses a robotic milled rotegrity ball for the under-grid structure made of reclaimed flat packed materials. A fully operable sub irrigation system and a shaped foam panels serve as sleeves for the potting elements and agronomy tissue culture for micropropagation. A digital monitoring platform relays information about specific plant health to the web. Terreform ONE is committed to promoting the principles of ecotourism and responsible travel. It is important to determine if your trip conserves and improves the places you visit. These mini-lodges are composed of prefabricated pleached structures. Each unit has access to composting toilets, gray water systems, and solar powered lighting.

Additional Information

Credits: PI, Mitchell Joachim, Melanie Fessel, Christian Hubert, Maria Aiolova, Vivian Kuan, Amanda O’Keefe, Bahar Avanoglu, Ipek Avanoglu, Pedro Galindo-Landeira, Yinan Li, Brent Solomon, Jiachen Xu