This thesis consists of a theoretical part, which includes research of time perception and its presentation with emphasis on sundial. This is followed by s study of the light and its effect on humans and their health. Alongside this, I have also focused on the meaning of shadows and their presence in human life. Following, is a presentation of glass as a basic material and LED technology. In the theoretical part, I have found that artificial light has a significant effect on human life, health and quality of life. Through research of circadian rhythm and analysis of light in relation to it, I have designed a programmed LED lighting with the most optimal effect on human. With this, I have enabled the outer light to transfer to living space through light fixtures, while also providing time orientation.
Theoretical part is followed by practical production of a design product, which consists of glass part, metal construction and programming scheme of LED lighting with installation.
At the end, a design solution is presented, which intertwines Sun’s natural movement over the horizon with its changing of temperature and movement of shadows.
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