Fundamentals of Building Technology and Architectural Physics

Every great building must balance aesthetic form with the physical realities of its environment. Understanding how heat, light, air, and structure interact is essential for creating spaces that are safe, comfortable, and sustainable. This text-based course guides you through the foundational physics and engineering principles behind modern building technology. You will learn to analyze how different architectural components work together to support human well-being and minimize environmental impact. What you'll learn: - Understand the fundamental principles of building physics, including heat transfer, airflow, and moisture control. - Explore structural systems and materials that ensure safety, stability, and longevity. - Analyze environmental control systems, from traditional HVAC to modern energy-efficient passive design strategies. - Evaluate lighting and acoustic principles to optimize human comfort and well-being inside architectural spaces. - Discover modern sustainable building practices and smart building technologies that reduce carbon footprints. The course begins with foundational concepts in building science and material properties, then progresses to structural mechanics, environmental control systems, and contemporary sustainable design practices. Designed for beginners, aspiring architects, and construction enthusiasts, this course requires no prior engineering background. Start reading to build a solid foundation in the science and technology of modern architecture.