“THE DISCRETE PHENOMENA OF THE PHYSICAL ENVIRONMENT ARE WHAT DIRECTLY DETERMINE THE PERCEPTUAL ENVIRONMENT - AS SUCH, WE WOULD IDEALLY DESIGN THE PHYSICAL BEHAVIORS TO CREATE THE PERCEPTUAL RESPONSE.”  

        THE EFFECT IS DECOUPLED FROM THE SURFACE; THE SURFACE BECOMES INCIDENTAL. THE BUILDING IS NO LONGER THE INCIDENTAL DETERMINANT OF ITS ENVIRONMENT, BUT THE ARMATURE FOR ITS PERCEPTION.  



 
For the residents of East Harlem, facing some of the highest rates of asthma and heat-vulnerabilty, the report confirmed what many have long known. Their community carries a disproportionate burden of New York City’s biproducts of modern society—power plants, traffic, idling delivery trucks, and acres of impervious concrete surfaces.  



 All of this begs the question, if these modern technologies have wrought such high costs, perhaps we need to look outside modernism for solutions? Perhaps we might find solutions that work as a metabolic system within nature to replace the modernist model of exploitation and waste.

This research set out to explore material/phenomenal ecologies in search of low energy materials-led strategies for mitigating the phenomena contributing to environmental justice issues in East Harlem and beyond. Our proposals would speculate on how urban space might be augmented to mediate these phenomena. The study began with a neighborhood walk with community leaders to collect local insights, and identify opportunities for interventions.


All of this begs the question, if these modern technologies have wrought such high costs, perhaps we need to look outside modernism for solutions? Perhaps we might find solutions that work as a metabolic system within nature to replace the modernist model of exploitation and waste.


 With those inputs, research continued with a literature review, casting a wide net in search of alternative solutions in the domains of vernacular architecture, biological and natural systems, responsive environments, and material sciences.  Narrowing these lines of inquiry, distinct material phenomena were identified and research questions, and experimental methods established.  Teams then began building (and/or growing) materials/components, testing their performance, and iterating until data pointed toward an effective strategy. 




Work then began on turning these experiments into full scale material systems—assemblies to be deployed to filter/harness site phenomena to mitigate the challenge being tackled—culminating in large-scale prototypes, working out structure, modularity, and details of the system. 






Finally case study projects (interventions) were developed for specific sites around the neighborhood to test each system’s versatility.  Programs were proposed and global morphologies developed, tuning the assemblages to the specifics of the site (while considering their potential for adaptation to other sites).


Topics explored were evaporative cooling of bus stops via robotic 3d-printed terracotta bricks, hydrogel panels for dehumidification of outdoor sports facilities, air/noise filtering mycelium structures for parks, and air-purifying/oxegentating algae photobioreactors.






This paper examines a selection of these material systems and associated case studies for East Harlem, speculating on their future applicability, and more generally on an evidence-based, research-led, material practice focused studio approach to spatial justice.





Research TopicsMycellium
Algae
Terracotta




Darrick Borowski
Visiting Associate Professor

dborow64@pratt.edu
darrick@dba.nyc
718.399.4305

http://darrickborowski.com
http://are-a.net
http://materialphenomenal.com

IG:

Mycoshield:
Mycellium

Sarah Cawley
Brianna Martinez-Burns
Saahir Lakhani

Algenosphere:
Algae

Aarav Schroff
Nicolas Gotzev
Mehek Usman
Terraflow:
Terracotta

Brynn Lucky
Vaughn Carson
Olivia Su

Urban Osmosis:
Hydrogel

Zophia Li
Tia Thomspon
Kyle Fish