Strategic Objectives
• Master the principles of urban microclimatology to create livable streetscapes.
• Understand the mechanics of the Urban Heat Island effect and how to mitigate it.
• Learn to use wind as a design tool rather than a structural hazard.
• Discover how humidity and thermal comfort impact pedestrian behavior and commerce.
The Core Challenge
Modern cities are becoming concrete ovens, where wind tunnels and heat islands threaten pedestrian health and urban vitality.
01
The Pedestrian Perspective
02
Defining Thermal Comfort
03
The Urban Heat Island Effect
04
Fluid Dynamics at Street Level
05
The Canyon Effect
06
Wind Tunnel Mechanics
07
Albedo and Surface Reflectance
08
The Power of Evapotranspiration
09
Humidity and Perceived Heat
10
Urban Forestry and Canopy Cover
11
The Sky View Factor
12
Computational Fluid Dynamics
13
Anthropogenic Heat Sources
14
The Physics of Convection
15
Bioclimatic Architecture
16
The Role of Permeable Surfaces
17
Psychrometrics for Planners
18
Pedestrian Wind Comfort Criteria
19
Thermal Stress and Public Health
20
Smart Cities and Climate Sensors
21