Meghan Jones 


Columbia GSAPP Masters 24’ 
University of Virginia BS Arch 19’
Graduating Award for Design Excellence 
Architectural Sequence TA 


a. architectural studies


a museum of practice

a bird sanctuary
a school
a housing project
a boathouse
a transit hub 
a bienalle pavillion
a recycled structure 1-1
a floorplan
a sketch
a study of wood


b. professional



work completed at mattaforma
work completed at studio gang
professional work hart howerton


c. material experiments


a material study of 1acre of land
a painting

a figure




Porfolio
Instagram
CV
Home

 



Meghan Jones


Columbia GSAPP Masters 24’
University of Virginia BS Arch 19’
Graduating Award for Design Excellence
Architectural Sequence TA


a. architectural studies


a museum of practice

a bird sanctuary
a school
a housing project
a boathouse
a transit hub
a bienalle pavillion
a recycled structure 1-1
a floorplan
a sketch
a study of wood


b. professional



work completed at mattaforma
work completed at studio gang
professional work hart howerton


c. material experiments


a material study of 1acre of land
a painting

a figure




Porfolio
Instagram
CV
Home



a study of wood: the machines of soho


Professor: Lindsey Wikstrom, Mattaforma
Term: Fall 2021, GSAPP
Location: New York, New York


This project presents a renovation strategy for five historical SoHo warehouse buildings facing imminent demolition. The structures, each approximately 6-8 stories high, boast wooden frameworks, and their potential demolition would contribute significantly to New York’s already substantial waste stream. Rather than opting for demolition, this proposal advocates for a transformative approach, aiming to repurpose the buildings and create adaptable, flexible spaces. The wood, constituting the second most wasted Construction and Demolition (C&D) material at 26%, is sourced from the floor joists. It is repurposed to craft partition walls across the occupiable floor plates. The harvested wood undergoes a process of collection, steaming, and bending on-site. Slits in the floor plates facilitate the insertion and removal of the wood panels, allowing for easy reconfiguration when necessary. The outcome is a self-rejuvenating closed-loop system that offers limitless possibilities for reconfiguration, contributing to sustainability and minimizing waste in the built environment.