Lessons In Chemistry

Simplifying Materials

What makes one material better suited for a project than another? In this course, we’ll explore the fundamental chemistry behind the materials most commonly used in interior design and architecture, breaking down their chemical, strength, and sustainability properties. From metals and woods to textiles and composites, this course will help you understand how material choices can impact everything from durability to environmental impact.

We’ll compare materials based on their chemical compositions, resistance to wear and tear, and their eco-friendliness, giving you the tools to make more informed, science-backed decisions. Whether you’re specifying products for a high-traffic commercial space or designing for a sustainable project, you’ll leave with a deeper understanding of the strengths and weaknesses of various materials.

Key Topics Covered:

• Chemical Properties of Common Materials: Explore the chemistry behind metals, woods, textiles, and composites, and how these properties affect material performance in interior environments.
• Strength and Durability: Compare materials based on their tensile strength, resistance to wear, and long-term performance in high-traffic spaces.
• Sustainability Properties: Examine the sustainability of different materials, including recycled content, renewable resources, and life-cycle impact, to better understand their environmental footprint.
• Material Comparison for Workplace Design: How to select the right materials for various workplace needs, balancing durability, aesthetics, and sustainability.
• Fire Resistance and Safety: A look at the fire-retardant and safety properties of different building materials and how they meet industry safety standards.
• Case Studies: Real-world examples comparing material performance in commercial interior projects, and how chemistry informs the choice of materials for strength, durability, and sustainability.