yoursmaterially
AGRICULTURAL WASTE01.
02.crop*d
B.A.A Material Research
Material Research
WASTE BRICK

03.
04.
05.
06. Waste in the Brick Industry
Waste Bricks Build BetterWaste Brick Market
The Strand Theatre Research Manifesto
Public Infrastructure
Public Infrastructure
Adaptive Re-Use Performance Space 
WASTE WOOD

07.
08.

Bring your A(Fr)-ame
Screech Owl

Workforce Housing  
Bird Blind
SMALL SCALE INFRASTRUCTURES
09.
10.
11.
12.
13.
14.
A Manual for Extraction 
Synergy 
Jam and Pickle Pantry 
Toilet 01
Library 
Waste Bricks Build Better Infrastructure
Treehouse
Food Eclologies
Public Infrastruture
Public Infrastructure
Public Infrastructure
BIO-BASED MATERIAL RESEARCH/DESIGN15.
16.
17.
18. Ruin or Relic 
Tarsh_Can
Up_Rooted
Bio-Plastic Printing  Food Incubator
Waste Recycling Facility 
Mixed-Use Research Centre
Material Research RESEARCH

19.
20.
21. The Material Fit-Bit 
Water Collection Systems 
Waste in the Brick Industry Carbon calculation & Research 
Research and publication 
Research Manifesto
yoursmaterially
AGRICULTURAL WASTE01.
02.crop*d
B.A.A Material Research
Material Research
WASTE BRICK

03.
04.
05.
06. Waste in the Brick Industry
Waste Bricks Build BetterWaste Brick Market
The Strand Theatre Research Manifesto
Public Infrastructure
Public Infrastructure
Adaptive Re-Use Performance Space 
WASTE WOOD

07.
08.

Bring your A(Fr)-ame
Screech Owl

Workforce Housing  
Bird Blind
SMALL SCALE INFRASTRUCTURES
09.
10.
11.
12.
13.
14.
A Manual for Extraction 
Synergy 
Jam and Pickle Pantry 
Toilet 01
Library 
Waste Bricks Build Better Infrastructure
Treehouse
Food Eclologies
Public Infrastruture
Public Infrastructure
Public Infrastructure
BIO-BASED MATERIAL RESEARCH/DESIGN15.
16.
17.
18. Ruin or Relic 
Tarsh_Can
Up_Rooted
Bio-Plastic Printing  Food Incubator
Waste Recycling Facility 
Mixed-Use Research Centre
Material Research RESEARCH

19.
20.
21. The Material Fit-Bit 
Water Collection Systems 
Waste in the Brick Industry Carbon calculation & Research 
Research and publication 
Research Manifesto
20.The Material Fit-Bit 





Weigh your day.
 Material Resarch



Circuits, circles and loops: Towards regenerative architecture. 
Harvard GSD Corss registeration.
In just two years, materials travel nearly 500,000 kilometers to meet the needs of one individual among 8 billion. On the day I moved into my house, I cataloged everything I purchased within a single day. I then analyzed the major materials in those items—for instance, the metal in my glasses and traced their journey from extraction, through manufacturing, and finally to my purchase in Cambridge (In the form of Km).
Even before extraction, the Big Bang occurred 13.7 billion years ago. Some of the metal in the Earth likely formed later with the first supernova explosion, but most metals were created then. Steel and other heavy metals carry within them the memory of the universe’s explosive origins. So, quite literally, our materials have been here since the beginning of time, traveling far longer than we often realize—perhaps even longer than we ever will.
 
Embodied Carbon Emisions (Flow) X 2600 Kg/Year 400 kg CO2e/yr
Embodied Carbon Emisions (Stock) X 2600 Kg/Year 657 kg CO2e/yr
Operational Carbon Emisions (Flow) 3832 Kwh / Year X 3300 kgCO₂/year
Total Materials Travelled : 564,570 Km
Total Emisions
4357 kgCO₂/year