7 Sections
25 Lessons
4 Hours
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Introduction to Smart Material Selection
3
1.1
Why Material Selection Shapes Architecture
1.2
Understanding Material Performance and Properties
1.3
Balancing Aesthetics, Cost, and Sustainability
Structural and Core Building Materials
4
2.1
Concrete Innovations and Low-Carbon Alternatives
2.2
Steel, Timber, and Hybrid Structural Systems
2.3
Masonry, Earth, and Traditional Building Materials
2.4
Selecting Materials Based on Climate and Context
Smart and Advanced Materials
4
3.1
Introduction to Smart and Responsive Materials
3.2
Self-Healing, Phase-Change, and Adaptive Materials
3.3
High-Performance Glass and Facade Technologies
3.4
Nanotechnology and Future Material Innovations
Sustainable and Circular Material Strategies
4
4.1
Embodied Carbon and Material Lifecycle Thinking
4.2
Recycled, Reclaimed, and Upcycled Materials
4.3
Low-Impact Finishes and Interior Materials
4.4
Circular Economy Principles in Construction
Material Performance and Building Efficiency
4
5.1
Thermal, Acoustic, and Moisture Performance
5.2
Fire Resistance and Safety Considerations
5.3
Durability, Maintenance, and Lifecycle Value
5.4
Healthy Materials and Indoor Environmental Quality
Specification and Professional Practice
4
6.1
Writing Effective Material Specifications
6.2
Material Budgeting and Cost Analysis
6.3
Collaborating With Manufacturers and Suppliers
6.4
Avoiding Common Material Selection Mistakes
Case Studies and Future Trends
2
7.1
Case Studies of Innovative Material Applications
7.2
The Future of Smart and Sustainable Materials in Architecture
Smart Material Choices for Architects
Curriculum
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