Tree-angulation

Live | Play | Coexist

DESIGN STATEMENT

Although we live, interact, and share our city with many other living and non-living species, we do not see them the same way. Most of the humans' conscious and unconscious acts result in displacement or even discarding other non-human species from the ecosystem web. My design attempts to co-create an environment with rodents, that fosters coexistence with non-human species without establishing or negotiating boundaries, by studying the local culture of Columbus, Indiana.

SQUIRRELS

A charismatic and harmless rodent with a bushy tail, we see every day in landscapes, like birds, brings a place to life merely by its presence. Like all other creatures, squirrels play an essential part in the ecosystem, not only by dispersing seeds but also by feeding on insects that infect their habitat trees. Although we share our city with them, they are not seen in the same way and regarded as a nuisance.

SITE

The two institutional blocks together house three schools and a church with plenty of open space. Further lack of seating along with this openness makes it less engaging for the kids and the neighborhood.

DESIGN INTENT

The open grounds often serve as an extension of the trees for the squirrels. Since these playgrounds also activate the playfulness of the children as their social skills learning extends outside of the classrooms, they function as a common ground for both species to gather, observe, and make a connection.

AMERICAN ELM

American elms have the most beneficial environmental impact over any other tree cover in the state, and their nuts make them one of the preferred habitats of the squirrels.

TRIANGULATION

Because squirrels forget 74% of the nuts they hide during winter, some germinate, resulting in forest regeneration.

NETWORK OF EXISTING TREES

Proposed Structure location

STRUCTURE

STRUCTURE PLACEMENT

ISOMETRIC VIEW

VIEW

HUMANEYE

ENTRY INTO THE ATRIUM

Overall the design intends to promote and enhance life, providing a delightful experience within the middle species via a mixed-use approach reducing the land-use footprint.

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