Daylighting Design for Sustainable Architecture

Designing buildings that make the most of natural light is essential for energy efficiency and human well-being. This text-based course introduces you to the core principles of daylighting design in modern architecture. You will learn how to balance natural and electric lighting systems, evaluate daylight availability, and design spaces that prioritize occupant comfort. Through written explanations and practical design scenarios, you will develop the foundational skills needed to analyze and implement daylighting strategies in your architectural projects. What you will learn: Understand the fundamental physics of light, solar geometry, and sky models; Analyze daylighting metrics, including daylight factor and climate-based daylight modeling; Integrate electric lighting controls with natural light to maximize energy efficiency; Evaluate architectural elements like shading devices, glazing types, and light shelves; Assess occupant comfort by identifying and mitigating glare and thermal discomfort; Apply modern sustainability standards and daylighting guidelines to your designs. The course begins with foundational concepts of solar paths and light behavior before guiding you through analytical methods, simulation concepts, and practical integration strategies. You will read through detailed case studies and complete written exercises to reinforce your learning. This course is designed for beginner architecture students, interior designers, and sustainable building enthusiasts, with no prior experience in lighting design required. Start reading today to design brighter, healthier, and more sustainable architectural spaces.