Facade Design and Engineering for Modern Building Envelopes

The facade is more than just the face of a building; it is a complex system that regulates energy, light, and structural integrity. Understanding how these layers interact is essential for creating high-performance architecture in today's climate-conscious world. This course provides a technical foundation in the materials and methods used to develop modern building skins. You will move from a basic understanding of building exteriors to a technical grasp of how various facade components work together to ensure durability, comfort, and efficiency. What you'll learn: - Understand the fundamental terminology and structural requirements of modern building envelopes - Identify the materials and assembly methods used in curtain walls, glass systems, and opaque cladding - Apply principles of thermal performance and moisture control to improve building energy efficiency - Analyze the impact of solar orientation and daylighting strategies on facade design - Evaluate sustainable material choices focusing on embodied carbon and circular economy principles - Practice solving technical design challenges through written scenarios and case study analysis The course begins with foundational concepts and material science before progressing into structural engineering principles and environmental performance strategies. You will learn to navigate the balance between aesthetic goals and technical constraints through clear, written explanations. This course is designed for beginners, architecture students, or engineering professionals looking to specialize in building envelopes; no prior facade engineering experience is required. Start building your technical foundation in facade engineering today.