7 Sections
25 Lessons
4 Hours
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Foundations of Climate-Responsive Design
3
1.1
Introduction to Climate-Responsive Architecture
1.2
Understanding Climate Zones and Building Context
1.3
Principles of Passive Environmental Design
Site and Climate Analysis
4
2.1
Reading Sun Paths and Solar Angles
2.2
Wind Flow, Ventilation, and Air Movement
2.3
Understanding Humidity, Rainfall, and Thermal Comfort
2.4
Climate Data Interpretation Tools for Architects
Passive Solar Strategies
4
3.1
Building Orientation for Maximum Efficiency
3.2
Daylighting Techniques and Glare Control
3.3
Thermal Mass and Heat Storage Principles
3.4
Shading Devices and Solar Protection Systems
Natural Ventilation and Cooling
4
4.1
Cross Ventilation Design Techniques
4.2
Stack Effect and Passive Cooling Systems
4.3
Courtyards, Verandahs, and Transitional Spaces
4.4
Landscape Strategies for Microclimate Control
Material and Envelope Strategies
4
5.1
Climate-Sensitive Material Selection
5.2
Insulation, Walls, and Roof Performance
5.3
High-Performance Facades and Envelope Design
5.4
Sustainable Construction Techniques
Climate-Specific Design Applications
4
6.1
Designing for Hot and Dry Climates
6.2
Designing for Warm and Humid Climates
6.3
Designing for Composite and Temperate Climates
6.4
Designing for Cold and Mountainous Regions
Advanced Tools and Final Integration
2
7.1
Simulation Software for Climate Analysis
7.2
Final Climate-Responsive Design Project Workflow
Climate-Responsive Design Mastery
Curriculum
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