VELUX Company Ltd

This CPD will discuss the importance of daylight in designing residential spaces. Topics covered include the use of daylight in creating different lighting effects, the background of daylight in architecture, bespoke rooflight and smart automation technology, and technical considerations for bespoke rooflight solutions. By the end of the seminar you should have a greater understanding of: - The fundamentals of the daylight design - Bespoke rooflight solutions and inspiration on how to use them- Lighting design techniques using natural light- Technical considerations for bespoke rooflights

We are the Indoor Generation! We spend 90% of our time indoors. Furthermore, the indoor environment is 5 times more polluted than the outdoor. This has a negative effect on our Health, as we are living in unhealthy homes.Daylight & Fresh Air is vital for a healthier home. This seminar explores a rethink of how buildings can help resolve global climate and health challenges through sustainable solutions and practical action.By the end of the CPD you should have a greater understanding of:- How a healthy indoor climate is vital for Health & Well Being- The Importance of Natural Daylight & Ventilation in Buildings- Active House Principles- How the choice of different materials can reduce the CO2 in a building.

An examination on the use of appropriate products in conservation and historic properties that make up a large percentage of UK housing stock. With focus on usage of conservation roof windows and materials that conserve and respect character and uniqueness. It covers guidelines for usage by local authorities and recommendations from historic England. Examining the particular properties and benefits of typical industry products.

Creating natural Daylight and Ventilation in buildings is essential for a healthy indoor environment. However, due to the continuous increased in global temperature, we need to mitigate excess heat.This CPD will demonstrate the best use of Natural Daylight in a ground floor extension as well as managing Part "O" overheating.