6 Sections
25 Lessons
4 Hours
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Understanding Time in Architecture
4
1.1
Why Buildings Change Over Time
1.2
Architecture Beyond the Day It Opens
1.3
Weathering, Patina, and Material Transformation
1.4
Emotional and Cultural Memory in Architecture
Materials and Aging Processes
4
2.1
How Concrete, Wood, Steel, and Stone Age
2.2
Designing With Durable and Adaptable Materials
2.3
Understanding Maintenance and Lifecycle Costs
2.4
Designing Buildings That Improve With Age
Flexibility and Adaptability in Design
4
3.1
Designing Spaces for Future Change
3.2
Modular and Expandable Architecture
3.3
Adaptive Reuse and Long-Term Relevance
3.4
Future-Proofing Buildings Against Obsolescence
Climate, Environment, and Longevity
4
4.1
Designing for Harsh Weather and Climate Change
4.2
Water, Sunlight, and Environmental Wear
4.3
Sustainable Design Through Long Building Lifespans
4.4
Nature, Vegetation, and the Aging Process
Lessons From Historic and Contemporary Architecture
4
5.1
Ancient Buildings That Survived Centuries
5.2
Japanese Concepts of Impermanence and Wabi-Sabi
5.3
Modern Buildings That Aged Poorly
5.4
Architects Who Design for Longevity
Applying Time-Based Thinking in Design
5
6.1
Sketching Buildings Across Different Time Periods
6.2
Designing for Maintenance and Repair
6.3
Creating Architecture That Gains Character Over Time
6.4
Common Mistakes in Designing for Longevity
6.5
Final Project: Designing a Building for the Next 100 Years
Designing for Time (How Buildings Age)
Curriculum
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