7 Sections
25 Lessons
4 Hours
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Foundations of Healthy Building Design
3
1.1
Introduction to Healthy Buildings and Human Well-Being
1.2
Why Daylighting Matters in Architecture
1.3
Understanding Human Comfort and Indoor Environmental Quality
Daylighting Principles and Strategies
4
2.1
Sun Path Analysis and Solar Geometry
2.2
Building Orientation for Optimal Daylight
2.3
Window Design, Placement, and Sizing
2.4
Controlling Glare and Excess Heat Gain
Advanced Daylighting Systems
4
3.1
Skylights, Clerestories, and Light Wells
3.2
Reflective Surfaces and Light Distribution Techniques
3.3
Smart Glass and Dynamic Facade Systems
3.4
Daylighting Integration With Artificial Lighting
Indoor Environmental Quality and Wellness
4
4.1
Air Quality and Ventilation Strategies
4.2
Thermal Comfort and Occupant Satisfaction
4.3
Acoustics and Sound Comfort in Buildings
4.4
Biophilic Design and Connection to Nature
Materials and Healthy Interiors
4
5.1
Low-VOC and Non-Toxic Material Selection
5.2
Sustainable Interior Finishes and Furnishings
5.3
Moisture Control and Mold Prevention
5.4
Designing Spaces for Mental and Physical Wellness
Performance Evaluation and Standards
4
6.1
Measuring Daylight Performance and Metrics
6.2
Simulation Tools for Daylighting Analysis
6.3
WELL, LEED, and Healthy Building Standards
6.4
Post-Occupancy Evaluation and User Feedback
Real-World Applications and Future Trends
2
7.1
Case Studies of Daylit and Healthy Buildings
7.2
The Future of Human-Centered Sustainable Design
Daylighting & Healthy Building Design
Curriculum
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