Architectural Tectonics and Temporal Design

Architecture is often treated as a permanent, static monument, yet every structure exists in a state of constant physical transformation. This course introduces you to the concept of temporal design, where material decay, weathering, and environmental change are treated as active design strategies rather than failures. You will learn to work alongside natural forces and thermodynamic realities to create adaptable, resilient structures. By shifting your perspective from permanent forms to dynamic processes, you will unlock a deeper understanding of how materials interact with time, site, and climate. What you'll learn: Understand the foundational principles of tectonics as an ongoing material process; Analyze how thermodynamics, weathering, and decay affect different structural materials; Design architectural interventions that incorporate duration, mutability, and change as core strategies; Evaluate site-specific environmental forces to predict material transformations; Apply modern sustainable lifecycle concepts to minimize negative environmental impacts over a building's lifespan; Master the terminology of dynamic architecture, from indeterminacy to material recovery. This course begins with core definitions of tectonics and thermodynamic principles before guiding you through material studies, site analysis, and temporal design methodologies. It is designed specifically for beginners, aspiring architects, and urban planners, requiring no prior technical background. Start thinking beyond the finished structure and learn to design for the entire lifespan of your architecture.