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Material Intelligence / Environmental Systems / Data Infrastructure
The A|WA Lab is the operational core of the research platform. It functions as a system for translating indigenous architectural knowledge into measurable environmental performance and deployable design strategies.
Developed in alignment with research at Taubman College of Architecture and Urban Planning, the Lab integrates material analysis, environmental simulation, data modeling, and prototype development into a continuous research pipeline.
The Challenge:
The Challenge:
Standard architectural surveys are static. They measure length and width but miss the invisible dynamics of indigenous architecture: airflow, thermal lag, and craft transmission.
The Solution:
The Solution:
The Mobile-Field Studio is an agile, multi-scalar forensic framework designed to capture the "Total Performance" of the West African built environment. We treat the field site not as a ruin, but as a live thermodynamic experiment.
THE RESEARCH PIPELINE
A|WA operates through a structured, multi-stage methodology designed to move from observation to implementation.
01-DIGITAL FORENSICS (THE HARDWARE)
Objective: Capture the geometry and the physics. We deploy a suite of compact, high-fidelity tools to document structures before they are lost to climate volatility.
LiDAR Scanning: Generating sub-millimeter point-cloud models to analyze structural load path and masonry deformation over time.
Environmental Sensing: Deploying portable data loggers (HOBO UX100) to log precise temperature, humidity, and airflow velocity within Tubali walls and Afin courtyards over multiday diurnal cycles.
Photogrammetry: Creating texture-mapped 3D assets to preserve the visual fidelity of material weathering.
02-ETHNOGRAPHIC & ARCHIVAL RECORD (THE SOFTWARE)
Objective: Capture the code, not just the container. A building is a crystallized process. We cross-reference live human intelligence with historical baselines.
Colonial Archival Extraction: Cross-referencing modern field data against 19th and early 20th-century British colonial architectural surveys and ethnographic records to map how micro-climates and material systems have degraded over time. (UK Archival Research Phase)
Oral Histories: Documenting the recipes for Tubali mortar, the harvest cycles for thatch and the ritual maintenance schedules.
Guild Mapping: Tracing the lineage of masons and carpenters across the Sahel and the Coast.
03-SIMULATION & DATA MODELING (BI INTEGRATION)
Objective: Convert raw forensics into institutional design intelligence. Supported advanced architectural research facilities at Taubman College, all outputs are structured into comparative datasets.
CFD (Computational Fluid Dynamics): Running wind tunnel simulations on digital twins of indigenous courtyards to quantify passive cooling and air change rates (ACH).
Thermal Stress Testing: Simulating solar gain on earth-wall models to empirically validate their superiority over concrete in tropical zones.
Business Intelligence (BI) Layer: Structuring unstructured field data into comparative matrices, thermal response curves, and visualizational dashboards. We translate building physics into undeniable Carbon ROI metrices for institutional grantors.
04-PROTOTYPE & IMPLEMENTATION (PM INTEGRATION)
Objective: Transition from research to deployable architecture. The Lab extends beyond data by translating findings into testable material assemblies using rigorous project management frameworks.
Digital-to-Physical Translation: Preparing data for 1:1 fabrication, translating ancient dimensions into modern CNC routing and hydraulic brick-pressing workflows.
Implementation Strategy: Organizing research into phased development timelines, materials sourcing strategies, and live-site construction workflows (e.g., Touch Root Vocational Center).
THE HUMAN FEEDBACK LOOP PROTOCOL
We reject extractive research. A|WA operates on a circular knowledge economy.
Thermal and structural data collected from the field is processed, optimized, and returned directly to local craft guilds.
By bridging advanced university fabrication labs with localized construction, we empower the custodians of these traditions to deploy highly scalable, digitally optimized earth-block technology in their own communities.
"We do not go to the field to find the past. We go to the field to download the updates for the future of sustainable housing." — A|WA
The Mobile-Field Studio integrates digital sensing, historical archives, and business intelligence to study how indigenous architecture performs in extreme climates. It transforms vernacular structures into living laboratories where cultural intelligence, data science, and environmental physics converge.
The Mobile-Field Studio integrates digital sensing, historical archives, and business intelligence to study how indigenous architecture performs in extreme climates. It transforms vernacular structures into living laboratories where cultural intelligence, data science, and environmental physics converge.
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