Architectural Design: Materiality, Tectonics, and Glass Architecture

Every great building starts with a deep understanding of its physical medium. Architectural design is not just about drawing shapes; it is about how materials, structure, and environmental control come together to create meaningful space. This course guides you through the foundational principles of architectural tectonics, focusing on how materials like glass define light, structure, and space. You will learn to think like a designer who integrates technical fabrication with poetic form, transforming raw materials into beautiful, functional structures. What you'll learn: - Understand the foundational terminology of architectural tectonics and material essence. - Analyze the structural and aesthetic properties of glass in modern design. - Explore how environmental control and thermal performance shape material selection. - Learn how fabrication techniques and assembly methods influence architectural form. - Apply sustainable design principles to balance transparency, insulation, and structural integrity. You will begin by mastering essential architectural terms and historical concepts before moving into detailed studies of glass, structural systems, and environmental performance. Through descriptive readings and design analyses, you will develop a framework for making deliberate, material-driven design decisions. This text-based course is designed for aspiring architects, design students, and creative minds looking to build a strong foundation in materiality. No prior architectural experience is required. Start your journey into the art and science of architectural materiality today.