Georgia Tech’s research-focused MS in Architecture empowers designers to fuse generative algorithms with environmental justice. Studio labs leverage robotic fabrication arms, VR feedback loops, and urban digital-twin models to test carbon-negative timber towers and climate-adaptive public housing. Collaboration with the Kendeda Living Building turns campus into a live case study for regenerative practices.
AI-guided mass-timber diagrid optimizing embodied carbon and daylight
AR participatory-design toolkit for community rezoning workshops
Building-performance twin predicting net-zero retrofits for 1970s offices
Parametric façade integrating algae photobioreactors for CO₂ capture
Heat-island mitigation plan using porous-pavement and tree-canopy models
Neural-network predictive model for occupant thermal comfort
VR simulation of wayfinding for neurodiverse museum visitors
Material circularity index dashboard for adaptive-reuse proposals
Sensor network mapping indoor air-quality in schools near highways
Generative urban block morphology maximizing passive cooling winds
3-D printed earth-composite wall system lifecycle assessment
Policy analysis of embodied-carbon credits in municipal building codes
Acoustic-responsive ceiling tiles fabricated from ocean plastic waste
Machine-vision masonry robot for heritage-building restoration
Mixed-reality stakeholder charrette for transit-oriented developments
Design resilient spaces with computation and conscience.
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