Kingspan Light + Air

This Continuing Professional Development (CPD) session presented by Kingspan Light, Air + Water delves into the transformative power of daylighting in modern building design. It is designed to equip architects and specifiers with the knowledge and tools to harness natural light for improved health, well-being, and energy efficiency. Participants will learn about the profound impact of natural light on health, including its role in regulating circadian rhythms and enhancing productivity, as well as strategies to minimize lighting energy use and leverage daylight to reduce overall energy demand. The session covers key technical standards such as BREEAM, LEED, EN 17037, and Part L, and essential daylighting system specifications like U-Value, SHGC, and Daylight Factor concepts. Additionally, it explores the latest materials and technologies in daylighting through case studies of innovative designs that enhance energy efficiency and occupant comfort. This CPD session is ideal for professionals involved in building design and construction who are looking to enhance their knowledge and application of daylighting strategies, providing actionable insights and practical knowledge to implement in their projects. By the end of this CPD you should know about: 1. Daylighting & Human Wellbeing: Understanding the health and wellbeing benefits of daylighting, its impact on circadian rhythms and productivity, and the role of natural light in visual performance. 2. Energy Efficiency & Sustainable Design: The importance of minimizing lighting energy use and utilizing daylight to reduce energy demand. 3. Technical Standards & Compliance: The need to comply with technical standards such as BREEAM, LEED, EN 17037, and Part L, and understanding daylighting system specifications like U-Value, SHGC, and Daylight Factor concepts. 4. Innovative Materials & Design Strategies: The use of new materials and technologies for daylighting and presents case studies of innovative designs that enhance energy efficiency and comfort.