This course provides an in-depth exploration of polymeric materials in architecture, including their chemical composition, performance characteristics, and applications in exterior cladding. Participants will learn how to select appropriate polymers for different environmental conditions, debunk misconceptions about plastics in architecture, and analyze real-world case studies of successful implementations. The course also covers fire resistance, sustainability, and best practices for seamless integration into modern and traditional designs.
Learning Objectives
- Understand the chemistry behind polymeric materials and how molecular structures impact durability, weather resistance, and flexibility.
- Identify the best polymer for specific architectural applications based on climate, durability, and regulatory standards.
- Debunk common misconceptions about plastics in architecture by comparing lifecycle analyses and sustainability factors.
- Analyze case studies of successful polymeric cladding projects to understand design strategies, aesthetic potential, and installation techniques.
Pre-Requisite: Basic knowledge of building materials and exterior cladding systems is helpful but not required.