The document discusses a construction project on St. Criox Island in the Virgin Islands. The island has a delicate ecosystem containing mangrove forests that are easily fragmented and harmed by construction. The project, called RE-ASSEMBLED, aims to minimize environmental impact by using pre-assembled shipping container modules placed on elevated columns determined by the site to avoid trees. This modular, expandable design allows construction with minimal harm and future growth suited to program needs while protecting the fragile ecosystem.

1. RE-ASSEMBLED//
Located on the Island of St. Criox, Virgin Islands, the site provides an ecosystem that is quite delecate in which any type of contruction would bring
harm to the habitat. Several issues that exist in the site is forest fragmentation. What this problem causes is the dispersement of forest in this case
more specifically the mangrooves which are native to the site, which slowly destroys the ecosystem as it no longers works as a whole but as a frag-
mented system which can no longer bare the natural conditions and gradually disappears.
Therefore because the site is located specifically in the ecological preserve in which the mangrooves are bieing preserved, it is absolutley crucial that
only the minimal amount of construction should be assigned to the site. The project RE-ASSEMBLED// is a sustainable laboratory aimed at providing
a means of sustainable building by RE using shipping containers and their frames through a system of pre-ASSEMBLED// modules. This system of pre
assembly allows for the contruction on site to be reduced in a major way, without impacting the site in a harmful way as a system of networks
connected to several columns raised above the ground. The columns location is predetermined as it is driven by the site and are placed in a position in
which least harm would be done to the site which is where there is the least amount of trees.
The advantage of this system of column placement, and pre-ASSEMBLED modules allows for a system in which in the future can grow depending on
the type of programatic demands the building needs. This allows for an always expanding building that grows in a sustainable manner as it not only
takes the site into consideration but allows the site to RE- generate.
Mass Grid Fill Explode Network

2. Wind Diagram
Roof System
Exterior Render- Green Roof
Administration Theater Section
Summer
Community Outreach
Winnter
Lecture/ Teaching
Collections
PM
Laboratories
Maintenence
AM
N
Boat Dock
Living/ Housing
Site Conditions
PHASE 1 PHASE 2

3. Water Collection through
Steel Truss
Detail Connection
Roof Axon
Horizontal Circulation
Vertical Circulation
Module Connections
PHASE 3

4. PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
3rd Floor Plan
Student Resident Axon
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Staff Resident Axon
Open Module Axon
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Theater Module Axon
PRODUCED BY AN AUTODESK EDUCATIONAL PRODUCT
Laboratory Axon
1st Floor Plan
PHASE 4