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Timon McPhearson
New York UniversityMeeting roles in:
A spatially explicit framework for place-based green infrastructure planning to enhance urban flood resilience
From Weeks to Seconds: ClimateIQ’s ML Engine Redefines Flood and Heat Modeling
uMORPH: A High Resolution Global Urban Morphology Dataset for Urban Numerical Weather Prediction
Towards high-fidelity, interoperable and scalable urban flood modeling
Risk Assessment of Air Pollution Based on a New Clustering Approach: A Scalable and Low-Emission Framework for Urban Climate Hazard Modeling
Architecting ClimateIQ’s Frontend: Delivering High-Resolution Hazard Data Through Scalable, User-Centered Interfaces
AI for Urban Floods: Real-World Scaling of a ConvLSTM-based Framework
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